BEASTX Wiki - User contributions [en]

Manuals:BXFbl:Parameters/de

2026-04-23T14:21:47Z

FuzzyBot: Updating to match new version of source page

{{TOC_BXFbl/de|Manuals:BXFbl:Gains/de|Manuals:BXFbl:Quicktrim/de|PARAMETERMENU|}}
__NOTOC__
 

Es gibt viele verschiedene Parameter, um das System zu optimieren und an deine persönlichen Bedürfnisse anzupassen. Nachfolgend findest Du eine Übersicht und eine kurze Beschreibung der Parameter. Einige Parameter können direkt über das Gerätemenü geändert werden. Parameter, die eine komplexere Einstellung erfordern, können über die StudioX-App angepasst werden. Details zu den Parametern findest Du in den nachfolgenden Abschnitten dieses Handbuchs. 
 

Beim MICROBEAST PLUS / ULTRA wird der aktuelle Menüschritt durch die LED-Buchstaben angezeigt. Im PARAMETERMENÜ muss die Menü-LED blinken! 
 

Beim NANOBEAST wird der aktuelle Menüschritt durch die Anzahl der Blinksignale der Status-LED angezeigt. Im PARAMETERMENÜ blinkt die Status-LED violett. Die Schritte A bis G werden durch 1 bis 7 Blinksignale angezeigt. Ab den Schritten H bis M blinkt der aktuelle Menüschritt ebenfalls 1 bis 7 Mal. Das erste Blinksignal ist hier jedoch lang. 
 
 

<html> 
<style>
table#overview tr td:nth-child(2)
{
text-align: left;
width: 130px;
}

table#overview tr td:nth-child(3),
table#overview tr td:nth-child(4),
table#overview tr td:nth-child(5),
table#overview tr td:nth-child(6),
table#overview tr td:nth-child(7),
table#overview tr td:nth-child(8)
{
width: 100px;
}
</style>
</html>

<div class="mw-translate-fuzzy">
'''PARAMETER MENU overview'''
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="color:white; background-color: #F18308 ;" | Description
! style="color:white; background-color:black;" | off
! style="color:white; background-color:#CC66CC;" | purple
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! style="color:white; background-color:#FF3300;" | red
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! style="color:white; background-color:#0066FF;" | blue
|- style="font-size: 80%;"
| style="font-size: 125%;" | '''A''' || style="font-size: 125%;" | [[#A_-_Quick_Trim|Quick Trim]] || colspan = "7" style = "background-color: #EAECF0;" |
|-
| '''B''' || [[#B_-_Control_Style|Control Style]] || custom || normal || sport || pro || extreme || linear
|-
| '''C''' || [[#C_-_Speed_flight_stability|Speed flight stability]] || custom || very low || low|| medium|| high|| very high
|-
| '''D''' || [[#D_-_Rudder_rate_consistency| Rudder rate consistency ]] || custom || very low || low|| medium|| high|| very high
|-
| '''E''' || [[#E_-_Stick deadzone | Stick deadzone ]] || custom || very small || small || medium|| large || very large
|-
| '''F''' || [[#F_-_Revo_Mix | Revo Mix]] || custom || off || low - left || low - left || low - right|| high - right
|-
| '''G''' || [[#G_-_Cyclic_response | Cyclic response]] || custom || normal || more reactive|| very reactive|| aggressive|| very aggressive
|}
 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= A - Quick Trim =
Tap or hold sticks for pitch/elevator and roll/aileron to trim swashplate in desired cyclic direction. Use rudder stick to trim the collective. When using RESCUE function (only RESCUE or PROEDITION firmware) enable the rescue function on the radio to enable trim fucntion for artifical horizon. Here you can trim the pitch or roll axis by tapping/holding the corresponding stick on the radio. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= B - Control Style =
Tap rudder stick to select Control Style (change LED color). The higher the value, the more responsive your helicopter will be and the higher is the maximum rotation rate. Use setting "linear" if you like to use expo and rate function on the radio. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= C - Speed flight stability =
Tap rudder stick to select Speed flight stability (change LED color). The higher the value, the more locked in your helicopter will be in fast forward flight. It's best to try finding the lowest suitable setting. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= D - Rudder rate consistency =
Tap rudder stick to select Rudder rate consistency (change LED color). It determines how hard the tail gyro tries to maintain a given rotation rate. If the value is set too low, pirouettes will be inconsistent during fast forward flight and the helicopter will slowly drift on the vertical axis in stationary hovering flight with crosswinds. It's best to try finding the lowest suitable setting. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= E - Stick dead zone =
Tap rudder stick to select Stick dead zone (change LED color). It defines the range around the very center of the stick in which the system will not react to stick inputs. It's best to try finding the lowest suitable setting. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= F - Revo Mix =
Tap rudder stick to select amount of Revo Mixing (torque precompensation) and direction (change LED color). Use Revo Mix when the tail goes away in torque direction when applying a sudden collective or cyclic input. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= G - Cyclic response =
Tap rudder stick to select amount of Cyclic response (change LED color). This determines how aggressive the system will responds to cyclic control commands (roll and pitch). Use the normal setting for linear reaction or gradually increase for a more reactive feeling. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= H - Pitch boost =
Tap rudder stick to select amount of Pitch boost (change LED color). This function will transfer quick thrust stick movements into an overshooting pitch movement. This can be especially useful in 3D aerobatics when very rapid collective pitch changes are necessary for certain flight maneuvers. With pitch boost you don't need to move the stick over full range of movement. Small movements are sufficient when moving the stick quick enough. 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= I - Throttle response =
 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= J - Slow rampup speed =
 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= K - Fast rampup speed =
 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= L - Operation mode =
 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
= M - Rescue pitch =
 
 
</div>

<div lang="en" dir="ltr" class="mw-content-ltr">
 
 
</div>

Manuals:BXFbl:Parameters/en

2026-04-23T14:21:47Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:PARAMETER MENU overview|noerror}}
{{TOC_BXFbl|Manuals:BXFbl:Gains/en|Manuals:BXFbl:Quicktrim/en|PARAMETERMENU|}}
__NOTOC__
 

There are a lot of different parameters to optimize the system and tweak it to your personal preference. Here is an overview and a short description of the parameters. Some parameters can be directly changed from the device's menu. More complex parameters can be adjusted using the StudioX app. You will get more details about the parameters in the following sections. 
 

On MICROBEAST PLUS / ULTRA the current menu step is indicated by the LED letters. In PARAMETER MENU the menu LED must be flashing. 
 

With NANOBEAST the current menu step is indicated by number of flashes of the Status LED. In PARAMETER MENU the Status LED will flash in purple color. Steps A to G are indicated by 1 to 7 flashes. From steps H to M onwards again there will be 1 to 7 flashes to indicate the current menu step. But here the first flash will be long. 
 
 

<html> 
<style>
table#overview tr td:nth-child(2)
{
text-align: left;
width: 130px;
}

table#overview tr td:nth-child(3),
table#overview tr td:nth-child(4),
table#overview tr td:nth-child(5),
table#overview tr td:nth-child(6),
table#overview tr td:nth-child(7),
table#overview tr td:nth-child(8)
{
width: 100px;
}
</style>
</html>

'''PARAMETER MENU overview'''
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="color:white; background-color: #F18308 ;" | Description
! style="color:white; background-color:black;" | off
! style="color:white; background-color:#CC66CC;" | purple
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! style="color:white; background-color:#FF3300;" | red
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! style="color:white; background-color:#0066FF;" | blue
|- style="font-size: 80%;"
| style="font-size: 125%;" | '''A''' || style="font-size: 125%;" | [[#A_-_Quick_Trim|Quick Trim]] || colspan = "7" style = "background-color: #EAECF0;" |
|-
| '''B''' || [[#B_-_Control_Style|Control Style]] || custom || normal || sport || pro || extreme || linear
|-
| '''C''' || [[#C_-_Speed_flight_stability|Speed flight stability]] || custom || very low || low|| medium|| high|| very high
|-
| '''D''' || [[#D_-_Rudder_rate_consistency| Rudder rate consistency ]] || custom || very low || low|| medium|| high|| very high
|-
| '''E''' || [[#E_-_Stick deadzone | Stick deadzone ]] || custom || very small || small || medium|| large || very large
|-
| '''F''' || [[#F_-_Revo_Mix | Revo Mix]] || custom || off || low - left || low - left || low - right|| high - right
|-
| '''G''' || [[#G_-_Cyclic_response | Cyclic response]] || custom || normal || more reactive|| very reactive|| aggressive|| very aggressive
|-
| '''H''' || [[#H_-_Pitch_boost| Pitch boost]] || custom || off || low || medium || high || very high
|}
 
Governor parameters ''(only when Governor feature is installed)'' 
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="color:white; background-color: #F18308 ;" | Description
! style="color:white; background-color:black;" | off
! style="color:white; background-color:#CC66CC;" | purple
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! style="color:white; background-color:#FF3300;" | red
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! style="color:white; background-color:#0066FF;" | blue
|- style="font-size: 80%;"
| style="font-size: 125%;" | '''I''' || style="font-size: 125%;" | [[#I_-_Throttle_response|Throttle response]] || style="font-size: 125%;" | soft|| style="font-size: 125%;" | normal || style="font-size: 125%;" | quick || style="font-size: 125%;" | hard || style="font-size: 125%;" | aggressive || style="font-size: 125%;" | very aggressive
|-
| '''J''' || [[#J_-_Slow_rampup_speed|Slow rampup speed]] || custom || 50 || 100 || 200 || 300 || 400
|-
| '''K''' || [[#K_-_Fast_rampup_speed|Fast rampup speed]] || custom || slow rampup || 300 || 500 || 700 || 900
|}
 
AttitudeControl parameters ''(only when Rescue feature is installed)'' 
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="color:white; background-color: #F18308 ;" | Description
! style="color:white; background-color:black;" | off
! style="color:white; background-color:#CC66CC;" | purple
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! style="color:white; background-color:#FF3300;" | red
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! style="color:white; background-color:#0066FF;" | blue
|- style="font-size: 80%;"
| style="font-size: 125%;" | '''L''' || style="font-size: 125%;" | [[#L_-_Operation_mode|Operation mode]] || style="font-size: 125%;" | disabled || style="font-size: 125%;" | Angular Mode || style="font-size: 125%;" | Bail out rescue || style="font-size: 125%;" | Bail out w. Pitch || style="font-size: 125%;" | 3D - Mode || style="font-size: 125%;" | 3D w. Pitch
|-
| '''M''' || [[#M_-_Rescue_pitch|Rescue pitch]] || > 20% of max|| > 30% of max || style = "background-color: #EAECF0;" | || > 50% of max || style = "background-color: #EAECF0;" | || > 70% of max
|}
 

= A - Quick Trim =
Tap or hold sticks for pitch/elevator and roll/aileron to trim swashplate in desired cyclic direction. Use rudder stick to trim the collective. When using RESCUE function (only RESCUE or PROEDITION firmware) enable the rescue function on the radio to enable trim fucntion for artifical horizon. Here you can trim the pitch or roll axis by tapping/holding the corresponding stick on the radio. 
 

= B - Control Style =
Tap rudder stick to select Control Style (change LED color). The higher the value, the more responsive your helicopter will be and the higher is the maximum rotation rate. Use setting "linear" if you like to use expo and rate function on the radio. 
 

= C - Speed flight stability =
Tap rudder stick to select Speed flight stability (change LED color). The higher the value, the more locked in your helicopter will be in fast forward flight. It's best to try finding the lowest suitable setting. 
 

= D - Rudder rate consistency =
Tap rudder stick to select Rudder rate consistency (change LED color). It determines how hard the tail gyro tries to maintain a given rotation rate. If the value is set too low, pirouettes will be inconsistent during fast forward flight and the helicopter will slowly drift on the vertical axis in stationary hovering flight with crosswinds. It's best to try finding the lowest suitable setting. 
 

= E - Stick dead zone =
Tap rudder stick to select Stick dead zone (change LED color). It defines the range around the very center of the stick in which the system will not react to stick inputs. It's best to try finding the lowest suitable setting. 
 

= F - Revo Mix =
Tap rudder stick to select amount of Revo Mixing (torque precompensation) and direction (change LED color). Use Revo Mix when the tail goes away in torque direction when applying a sudden collective or cyclic input. 
 

= G - Cyclic response =
Tap rudder stick to select amount of Cyclic response (change LED color). This determines how aggressive the system will responds to cyclic control commands (roll and pitch). Use the normal setting for linear reaction or gradually increase for a more reactive feeling. 
 

= H - Pitch boost =
Tap rudder stick to select amount of Pitch boost (change LED color). This function will transfer quick thrust stick movements into an overshooting pitch movement. This can be especially useful in 3D aerobatics when very rapid collective pitch changes are necessary for certain flight maneuvers. With pitch boost you don't need to move the stick over full range of movement. Small movements are sufficient when moving the stick quick enough. 
 

= I - Throttle response =
 
 

= J - Slow rampup speed =
 
 

= K - Fast rampup speed =
 
 

= L - Operation mode =
 
 

= M - Rescue pitch =

Translations:Manuals:BXFbl:Parameters/21/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

= M - Rescue pitch =

Translations:Manuals:BXFbl:Parameters/20/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

= L - Operation mode =

Translations:Manuals:BXFbl:Parameters/19/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

= K - Fast rampup speed =

Translations:Manuals:BXFbl:Parameters/18/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

= J - Slow rampup speed =

Translations:Manuals:BXFbl:Parameters/17/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

= I - Throttle response =

Translations:Manuals:BXFbl:Parameters/16/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

= H - Pitch boost =
Tap rudder stick to select amount of Pitch boost (change LED color). This function will transfer quick thrust stick movements into an overshooting pitch movement. This can be especially useful in 3D aerobatics when very rapid collective pitch changes are necessary for certain flight maneuvers. With pitch boost you don't need to move the stick over full range of movement. Small movements are sufficient when moving the stick quick enough.

Translations:Manuals:BXFbl:Parameters/8/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

= A - Quick Trim =
Tap or hold sticks for pitch/elevator and roll/aileron to trim swashplate in desired cyclic direction. Use rudder stick to trim the collective. When using RESCUE function (only RESCUE or PROEDITION firmware) enable the rescue function on the radio to enable trim fucntion for artifical horizon. Here you can trim the pitch or roll axis by tapping/holding the corresponding stick on the radio.

Translations:Manuals:BXFbl:Parameters/7/en

2026-04-23T14:21:44Z

FuzzyBot: Importing a new version from external source

'''PARAMETER MENU overview'''
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="color:white; background-color: #F18308 ;" | Description
! style="color:white; background-color:black;" | off
! style="color:white; background-color:#CC66CC;" | purple
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! style="color:white; background-color:#FF3300;" | red
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! style="color:white; background-color:#0066FF;" | blue
|- style="font-size: 80%;"
| style="font-size: 125%;" | '''A''' || style="font-size: 125%;" | [[#A_-_Quick_Trim|Quick Trim]] || colspan = "7" style = "background-color: #EAECF0;" |
|-
| '''B''' || [[#B_-_Control_Style|Control Style]] || custom || normal || sport || pro || extreme || linear
|-
| '''C''' || [[#C_-_Speed_flight_stability|Speed flight stability]] || custom || very low || low|| medium|| high|| very high
|-
| '''D''' || [[#D_-_Rudder_rate_consistency| Rudder rate consistency ]] || custom || very low || low|| medium|| high|| very high
|-
| '''E''' || [[#E_-_Stick deadzone | Stick deadzone ]] || custom || very small || small || medium|| large || very large
|-
| '''F''' || [[#F_-_Revo_Mix | Revo Mix]] || custom || off || low - left || low - left || low - right|| high - right
|-
| '''G''' || [[#G_-_Cyclic_response | Cyclic response]] || custom || normal || more reactive|| very reactive|| aggressive|| very aggressive
|-
| '''H''' || [[#H_-_Pitch_boost| Pitch boost]] || custom || off || low || medium || high || very high
|}
 
Governor parameters ''(only when Governor feature is installed)'' 
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="color:white; background-color: #F18308 ;" | Description
! style="color:white; background-color:black;" | off
! style="color:white; background-color:#CC66CC;" | purple
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! style="color:white; background-color:#FF3300;" | red
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! style="color:white; background-color:#0066FF;" | blue
|- style="font-size: 80%;"
| style="font-size: 125%;" | '''I''' || style="font-size: 125%;" | [[#I_-_Throttle_response|Throttle response]] || style="font-size: 125%;" | soft|| style="font-size: 125%;" | normal || style="font-size: 125%;" | quick || style="font-size: 125%;" | hard || style="font-size: 125%;" | aggressive || style="font-size: 125%;" | very aggressive
|-
| '''J''' || [[#J_-_Slow_rampup_speed|Slow rampup speed]] || custom || 50 || 100 || 200 || 300 || 400
|-
| '''K''' || [[#K_-_Fast_rampup_speed|Fast rampup speed]] || custom || slow rampup || 300 || 500 || 700 || 900
|}
 
AttitudeControl parameters ''(only when Rescue feature is installed)'' 
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="color:white; background-color: #F18308 ;" | Description
! style="color:white; background-color:black;" | off
! style="color:white; background-color:#CC66CC;" | purple
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! style="color:white; background-color:#FF3300;" | red
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! style="color:white; background-color:#0066FF;" | blue
|- style="font-size: 80%;"
| style="font-size: 125%;" | '''L''' || style="font-size: 125%;" | [[#L_-_Operation_mode|Operation mode]] || style="font-size: 125%;" | disabled || style="font-size: 125%;" | Angular Mode || style="font-size: 125%;" | Bail out rescue || style="font-size: 125%;" | Bail out w. Pitch || style="font-size: 125%;" | 3D - Mode || style="font-size: 125%;" | 3D w. Pitch
|-
| '''M''' || [[#M_-_Rescue_pitch|Rescue pitch]] || > 20% of max|| > 30% of max || style = "background-color: #EAECF0;" | || > 50% of max || style = "background-color: #EAECF0;" | || > 70% of max
|}

Help:FAQ Nanobeast/de

2026-04-19T16:49:15Z

FuzzyBot: Updating to match new version of source page

<div class="mw-translate-fuzzy">
{{DISPLAYTITLE:Nanobeast und Shape S2 Heli|noerror}}
[[File:Nanobeast.png|200px|left]] 
 
 
</div>

<div class="mw-translate-fuzzy">
= Programmierung mit dem externen Tastschalter =
Der Shape S2 Heli wird mit einem kleine Tastschalter ausgeliefert, der über einen Knopf und 3 DIP Schalter verfügt. Das Nanobeast auf dem Shape S2 ist vorprogrammiert, so dass es nicht notwendig ist, die Grundeinstellung über die StudioX App zu machen. Stattdessen muss lediglich das Fernsteuersystem eingerichtet werden und dann muss einmal der Fernsteuersystem am Nanobeast angelernt werden. Hierfür wird der Tastschalter benötigt. Weitere Infos findes Du im [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 Handbuch]. 
 
Zur Info: Tatsächlich wird derzeit nur der Knopf für die Programmierung benötigt. Die 3 DIP Schalter haben bei der aktuellen Firmware keine Funktion. Möglicherweise finden sie bei künftigen Versionen Verwendung. 
 
Noch ein Hinweis: Der Tastschalter kann auch mit der Standard Nanobeast Firmware verwendet werden, um den Empfängerscan zu starten. Wie das genau funktioniert, das steht im [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 Handbuch] (kurz: Tastschalter an SYS anstecken, Gerät einschalten, während die LED rot blinkt den Knopf drücken und halten, loslassen wenn die LED dauerhaft leuchtet, dann nochmal kurz auf den Knopf drücken zum Starten des Scanvorgangs). 
 
 
[[File:Nanobeast_Programming.PNG|x300px|border]] 
 
</div>

= NANOBEAST firmware recovery process =
When it isn't possible to establish connection with NANOBEAST from StudioX Flow app by USB2SYS or BLE2SYS please try to connect using the firmware recovery mode. 
 
'''Required items:'''
* power source 5 - 8 Volts (i.e. 2s LiPo battery or BEC power from helicopter ESC)
* jumper wire with apprx. 10 - 15cm length 
 
'''Putting device into boot mode:'''
* Connect jumper wire to signal pin of SYS port. (When looking from the front it's the bottom pin on the very left. 
 
[[File:Nanobeast jumperwire front.jpg|x200px|none]] 
* Connect other end of the jumper wire to signal pin of CH5. (When looking from top on the NANOBEAST CH5 is the last socket at the bottom. The signal pin again is on the left here.) 
 
[[File:Nanobeast jumperwire top.jpg|x200px|none]] 
* Now connect the power source to the DI port which is above SYS port. (Watch out for correct polarity). The Status LED will show red color immediately. 
 
[[File:Nanobeast bootmode poweron.jpg|x200px|none]]
 
* Remove jumper wire while keeping device powered and attach USB2SYS or BLE2SYS to SYS port. 
 
[[File:Nanobeast bootmode poweronble.jpg|x200px|none]]
 
* Finally: Connect with StudioX Flow. It should indicate Recovery Mode now. 
 
[[File:StudioXFlow Nanobeast recoverymode.png|x200px|none]]
 
* Click menu on the top left corner and go to '''Firmware Update''' screen. Flash latest firmware on the device. (Don't worry, usually it won't erase all your settings. The warning maybe incorrect as StudioX Flow will not be able to check settings version!) 
 
[[File:StudioXFlow FirmwareUpdate Recovery.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate Nanobeast.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate EraseWarning.png|x200px|none]]
 
* After update process StudioX Flow will reconnect automatically and should indicate successful firmware update. 
 
[[File:StudioXFlow Nanobeast Mainscreen.png|x200px|none]]

Help:FAQ Nanobeast/en

2026-04-19T16:49:14Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Nanobeast and Shape S2 FAQ|noerror}}
__TOC__
 
[[File:Nanobeast.png|200px|left]] 
 
 

= External programming device for nanobeast / Shape S2 heli =
The Shape S2 helicopter is shipped with a small programming device that has a button and a 3 DIP switches. As the Nanobeast on the Shape S2 is pre-programmed it is not necessary to perform initial setup procedure for the helicopter with the StudioX App. Instead you just have to setup your radio system and start radio system detection on the Nanobeast once. For this the included programming device is used. For further information please see the [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 instruction manual]. 
 
FYI: In fact only the push button on the device is needed. The 3 DIP switches are no in use with current firmware and may be used for other programming tasks in future. 
 
Additional note: The programming button can be used in combination with the standard nanobeast firmware in order to initiate automatic receiver scan, too. Please refer to the [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 instruction manual] (basically procedure is as follows: connect programmer, power up, push and hold button while LED is flashing red, release when LED goes solid, again push briefly to start scan). 
 
 
[[File:Nanobeast_Programming.PNG|x300px|border]] 
 
 

= NANOBEAST firmware recovery process =
When it isn't possible to establish connection with NANOBEAST from StudioX Flow app by USB2SYS or BLE2SYS please try to connect using the firmware recovery mode. 
 
'''Required items:'''
* power source 5 - 8 Volts (i.e. 2s LiPo battery or BEC power from helicopter ESC)
* jumper wire with apprx. 10 - 15cm length 
 
'''Putting device into boot mode:'''
* Connect jumper wire to signal pin of SYS port. (When looking from the front it's the bottom pin on the very left. 
 
[[File:Nanobeast jumperwire front.jpg|x200px|none]] 
* Connect other end of the jumper wire to signal pin of CH5. (When looking from top on the NANOBEAST CH5 is the last socket at the bottom. The signal pin again is on the left here.) 
 
[[File:Nanobeast jumperwire top.jpg|x200px|none]] 
* Now connect the power source to the DI port which is above SYS port. (Watch out for correct polarity). The Status LED will show red color immediately. 
 
[[File:Nanobeast bootmode poweron.jpg|x200px|none]]
 
* Remove jumper wire while keeping device powered and attach USB2SYS or BLE2SYS to SYS port. 
 
[[File:Nanobeast bootmode poweronble.jpg|x200px|none]]
 
* Finally: Connect with StudioX Flow. It should indicate Recovery Mode now. 
 
[[File:StudioXFlow Nanobeast recoverymode.png|x200px|none]]
 
* Click menu on the top left corner and go to '''Firmware Update''' screen. Flash latest firmware on the device. (Don't worry, usually it won't erase all your settings. The warning maybe incorrect as StudioX Flow will not be able to check settings version!) 
 
[[File:StudioXFlow FirmwareUpdate Recovery.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate Nanobeast.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate EraseWarning.png|x200px|none]]
 
* After update process StudioX Flow will reconnect automatically and should indicate successful firmware update. 
 
[[File:StudioXFlow Nanobeast Mainscreen.png|x200px|none]]

Translations:Help:FAQ Nanobeast/2/en

2026-04-19T16:49:09Z

FuzzyBot: Importing a new version from external source

= External programming device for nanobeast / Shape S2 heli =
The Shape S2 helicopter is shipped with a small programming device that has a button and a 3 DIP switches. As the Nanobeast on the Shape S2 is pre-programmed it is not necessary to perform initial setup procedure for the helicopter with the StudioX App. Instead you just have to setup your radio system and start radio system detection on the Nanobeast once. For this the included programming device is used. For further information please see the [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 instruction manual]. 
 
FYI: In fact only the push button on the device is needed. The 3 DIP switches are no in use with current firmware and may be used for other programming tasks in future. 
 
Additional note: The programming button can be used in combination with the standard nanobeast firmware in order to initiate automatic receiver scan, too. Please refer to the [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 instruction manual] (basically procedure is as follows: connect programmer, power up, push and hold button while LED is flashing red, release when LED goes solid, again push briefly to start scan). 
 
 
[[File:Nanobeast_Programming.PNG|x300px|border]]

Translations:Help:FAQ Nanobeast/1/en

2026-04-19T16:49:09Z

FuzzyBot: Importing a new version from external source

{{DISPLAYTITLE:Nanobeast and Shape S2 FAQ|noerror}}
__TOC__
 
[[File:Nanobeast.png|200px|left]]

Help:FAQ Nanobeast/en

2026-04-19T16:47:57Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Nanobeast and Shape S2 FAQ|noerror}}
[[File:Nanobeast.png|200px|left]] 
 
 

= External programming device for nanobeast / Shape S2 heli =
The Shape S2 helicopter is shipped with a small programming device that has a button and a 3 DIP switches. As the Nanobeast on the Shape S2 is pre-programmed it is not necessary to perform initial setup procedure for the helicopter with the StudioX App. Instead you just have to setup your radio system and start radio system detection on the Nanobeast once. For this the included programming device is used. For further information please see the [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 instruction manual]. 
 
FYI: In fact only the push button on the device is needed. The 3 DIP switches are no in use with current firmware and may be used for other programming tasks in future. 
 
Additional note: The programming button can be used in combination with the standard nanobeast firmware in order to initiate automatic receiver scan, too. Please refer to the [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 instruction manual] (basically procedure is as follows: connect programmer, power up, push and hold button while LED is flashing red, release when LED goes solid, again push briefly to start scan). 
 
 
[[File:Nanobeast_Programming.PNG|x300px|border]] 
 

= NANOBEAST firmware recovery process =
When it isn't possible to establish connection with NANOBEAST from StudioX Flow app by USB2SYS or BLE2SYS please try to connect using the firmware recovery mode. 
 
'''Required items:'''
* power source 5 - 8 Volts (i.e. 2s LiPo battery or BEC power from helicopter ESC)
* jumper wire with apprx. 10 - 15cm length 
 
'''Putting device into boot mode:'''
* Connect jumper wire to signal pin of SYS port. (When looking from the front it's the bottom pin on the very left. 
 
[[File:Nanobeast jumperwire front.jpg|x200px|none]] 
* Connect other end of the jumper wire to signal pin of CH5. (When looking from top on the NANOBEAST CH5 is the last socket at the bottom. The signal pin again is on the left here.) 
 
[[File:Nanobeast jumperwire top.jpg|x200px|none]] 
* Now connect the power source to the DI port which is above SYS port. (Watch out for correct polarity). The Status LED will show red color immediately. 
 
[[File:Nanobeast bootmode poweron.jpg|x200px|none]]
 
* Remove jumper wire while keeping device powered and attach USB2SYS or BLE2SYS to SYS port. 
 
[[File:Nanobeast bootmode poweronble.jpg|x200px|none]]
 
* Finally: Connect with StudioX Flow. It should indicate Recovery Mode now. 
 
[[File:StudioXFlow Nanobeast recoverymode.png|x200px|none]]
 
* Click menu on the top left corner and go to '''Firmware Update''' screen. Flash latest firmware on the device. (Don't worry, usually it won't erase all your settings. The warning maybe incorrect as StudioX Flow will not be able to check settings version!) 
 
[[File:StudioXFlow FirmwareUpdate Recovery.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate Nanobeast.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate EraseWarning.png|x200px|none]]
 
* After update process StudioX Flow will reconnect automatically and should indicate successful firmware update. 
 
[[File:StudioXFlow Nanobeast Mainscreen.png|x200px|none]]

Help:FAQ Nanobeast/de

2026-04-19T16:47:56Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Nanobeast und Shape S2 Heli|noerror}}
[[File:Nanobeast.png|200px|left]] 
 
 

= Programmierung mit dem externen Tastschalter =
Der Shape S2 Heli wird mit einem kleine Tastschalter ausgeliefert, der über einen Knopf und 3 DIP Schalter verfügt. Das Nanobeast auf dem Shape S2 ist vorprogrammiert, so dass es nicht notwendig ist, die Grundeinstellung über die StudioX App zu machen. Stattdessen muss lediglich das Fernsteuersystem eingerichtet werden und dann muss einmal der Fernsteuersystem am Nanobeast angelernt werden. Hierfür wird der Tastschalter benötigt. Weitere Infos findes Du im [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 Handbuch]. 
 
Zur Info: Tatsächlich wird derzeit nur der Knopf für die Programmierung benötigt. Die 3 DIP Schalter haben bei der aktuellen Firmware keine Funktion. Möglicherweise finden sie bei künftigen Versionen Verwendung. 
 
Noch ein Hinweis: Der Tastschalter kann auch mit der Standard Nanobeast Firmware verwendet werden, um den Empfängerscan zu starten. Wie das genau funktioniert, das steht im [https://www.beastx.com/download/manual/nanobeast/ShapeS2_Handbuch_V101_web.pdf Shape S2 Handbuch] (kurz: Tastschalter an SYS anstecken, Gerät einschalten, während die LED rot blinkt den Knopf drücken und halten, loslassen wenn die LED dauerhaft leuchtet, dann nochmal kurz auf den Knopf drücken zum Starten des Scanvorgangs). 
 
 
[[File:Nanobeast_Programming.PNG|x300px|border]] 
 

= NANOBEAST firmware recovery process =
When it isn't possible to establish connection with NANOBEAST from StudioX Flow app by USB2SYS or BLE2SYS please try to connect using the firmware recovery mode. 
 
'''Required items:'''
* power source 5 - 8 Volts (i.e. 2s LiPo battery or BEC power from helicopter ESC)
* jumper wire with apprx. 10 - 15cm length 
 
'''Putting device into boot mode:'''
* Connect jumper wire to signal pin of SYS port. (When looking from the front it's the bottom pin on the very left. 
 
[[File:Nanobeast jumperwire front.jpg|x200px|none]] 
* Connect other end of the jumper wire to signal pin of CH5. (When looking from top on the NANOBEAST CH5 is the last socket at the bottom. The signal pin again is on the left here.) 
 
[[File:Nanobeast jumperwire top.jpg|x200px|none]] 
* Now connect the power source to the DI port which is above SYS port. (Watch out for correct polarity). The Status LED will show red color immediately. 
 
[[File:Nanobeast bootmode poweron.jpg|x200px|none]]
 
* Remove jumper wire while keeping device powered and attach USB2SYS or BLE2SYS to SYS port. 
 
[[File:Nanobeast bootmode poweronble.jpg|x200px|none]]
 
* Finally: Connect with StudioX Flow. It should indicate Recovery Mode now. 
 
[[File:StudioXFlow Nanobeast recoverymode.png|x200px|none]]
 
* Click menu on the top left corner and go to '''Firmware Update''' screen. Flash latest firmware on the device. (Don't worry, usually it won't erase all your settings. The warning maybe incorrect as StudioX Flow will not be able to check settings version!) 
 
[[File:StudioXFlow FirmwareUpdate Recovery.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate Nanobeast.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate EraseWarning.png|x200px|none]]
 
* After update process StudioX Flow will reconnect automatically and should indicate successful firmware update. 
 
[[File:StudioXFlow Nanobeast Mainscreen.png|x200px|none]]

Translations:Help:FAQ Nanobeast/3/en

2026-04-19T16:47:53Z

FuzzyBot: Importing a new version from external source

= NANOBEAST firmware recovery process =
When it isn't possible to establish connection with NANOBEAST from StudioX Flow app by USB2SYS or BLE2SYS please try to connect using the firmware recovery mode. 
 
'''Required items:'''
* power source 5 - 8 Volts (i.e. 2s LiPo battery or BEC power from helicopter ESC)
* jumper wire with apprx. 10 - 15cm length 
 
'''Putting device into boot mode:'''
* Connect jumper wire to signal pin of SYS port. (When looking from the front it's the bottom pin on the very left. 
 
[[File:Nanobeast jumperwire front.jpg|x200px|none]] 
* Connect other end of the jumper wire to signal pin of CH5. (When looking from top on the NANOBEAST CH5 is the last socket at the bottom. The signal pin again is on the left here.) 
 
[[File:Nanobeast jumperwire top.jpg|x200px|none]] 
* Now connect the power source to the DI port which is above SYS port. (Watch out for correct polarity). The Status LED will show red color immediately. 
 
[[File:Nanobeast bootmode poweron.jpg|x200px|none]]
 
* Remove jumper wire while keeping device powered and attach USB2SYS or BLE2SYS to SYS port. 
 
[[File:Nanobeast bootmode poweronble.jpg|x200px|none]]
 
* Finally: Connect with StudioX Flow. It should indicate Recovery Mode now. 
 
[[File:StudioXFlow Nanobeast recoverymode.png|x200px|none]]
 
* Click menu on the top left corner and go to '''Firmware Update''' screen. Flash latest firmware on the device. (Don't worry, usually it won't erase all your settings. The warning maybe incorrect as StudioX Flow will not be able to check settings version!) 
 
[[File:StudioXFlow FirmwareUpdate Recovery.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate Nanobeast.png|x200px|none]]
[[File:StudioXFlow FirmwareUpdate EraseWarning.png|x200px|none]]
 
* After update process StudioX Flow will reconnect automatically and should indicate successful firmware update. 
 
[[File:StudioXFlow Nanobeast Mainscreen.png|x200px|none]]

StudioXm:Connection/en

2026-03-31T13:13:33Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Connections|noerror}}
{{TOC_StudioXFlow/en}}
__TOC__
 

= Connection to BEASTX device=
All BEASTX gyros come with a serial communication port which typically is marked with the letters ''SYS''. Connect the servo wire coming from your USB interface to this port. Make sure to connect the wire in correct polarity on both sides! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| When using the USB2SYS interface you have to power the device with a separate power supply, i.e. receiver battery or BEC of the R/C model. It will not be powered from the USB port.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Connecting the BLE2SYS is similar. Just plug it into [SYS] port and you're good to go.
|}
 
Also you can use a RX2SIM Wireless Multi-Sim Adapter instead of the USB2SYS interface. For this you can switch the RX2SIM into an USB2SYS emulation mode (push button on the RX2SIM several times until the LED lights up in orange color). 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In this configuration the BEASTX gyro will be powered from the USB port. Anyhow, this only will work when receiver and servos are not connected to the gyro! Otherwise the power of the USB port will not be sufficient to supply all consumers. In this case you have to power the device from the receiver battery as well.</td>
<td style= "font-size: x-small; padding: 10px 50px;">But here when using more than 6 Volts (i. e. using a 2s Lipo battery as receiver power supply) you must disconnect the red wire (plus pole) from the servo wire going to the interface. '''Otherwise you will damage the RX2SIM and/or USB port of your computer!'''</td>
</tr>
</table> 
 

{{SHORT_QUOTE|width=100|Since BEASTX '''firmware version 5.9.x''', it is possible to connect a '''telemetry receiver''' to the [SYS] port to transfer telemetry data and menu settings to and from the BEASTX device (EXBUS/SBUS2/F.Port). In order to connect the interface for the StudioX app, you can temporarily remove the receiver and connect the SYS interface to the [SYS] port. However, in this case, it may not be possible to control the system from the radio in the StudioX menus! 
 
As a workaround, connect the USB2SYS/BLE2SYS interface to the side of your MICROBEAST PLUS/MICROBEAST ULTRA instead of using the [SYS] port. This will require an adapter from the standard servo connector to the JST 6-pin format. 
 
Using EXBUS telemetry with NANOBEAST you can connect the EXBUS receiver to the DI port temporarily, so you can connect your interface to SYS port and will be able to use radio control for the setup. 
 
Using a CRSF receiver simply disconnect the TX line from SYS port and make sure the radio transmitter is OFF before powering up your BEASTX device. Then after 5 seconds power ON your transmitter. In this case the telemetry will be disabled on SYS port and you can connect your interface for configuration with StudioX Flow app while still be able to control the helicopter with the radio.}} 
 
 

= Connection to StudioX Flow app=
On a Windows or mac computer you can connect either per USB or Bluetooth. With smartphone/tablet only Bluetooth can be used. Click the USB or BLE symbol to initiate connection to your BEASTX device. In the following you'll see a list of ports/interfaces that have been found. Choose the port name that belongs to your interface. 
 
The USB2SYS is usually named /dev/tty.usbserial-0001 or /dev/tty.SLAB_USBtoUART on macOS computers. On Windows systems it'll be named COMxy. If you can't find out which port name your device has, simply disconnect the USB once and click the background to abort connection. Click "Scan USB" button again and check out the names on the device list. Click the background again, reconnect USB2SYS and click "Scan USB" button again. Now choose the item, that was not there before. 
 
With the BLE2SYS the device in the list usually is named "BLE2SYS" unless the name has been changed by the user. Here the scan process usually takes around 5 seconds. '''If the scan process finishes immediately and the box stays empty it is very likely the bluetooth function is switched off on your phone/computer or the app has no rights to access the bluetooth connection!''' So check system settings of your device in this case. 
 
In case you are asked for the BLE2SYS pin code, this usually is 1111. If that doesn't work, please try 0000 or 1234. 
 
 
{|
|style= "padding: 0px 50px;" | [[File:Connect dialog.png|x250px]]
|style= "padding: 0px 50px;" | [[File:Mainscreen usbports.png|x250px]]
|}
 
 
'''Autoconnect option''' 
Please note that it's possible to speed up connection sequence once you've determined the interface name. Go to "Settings" and enable the "Autoconnect" button. When using StudioX Flow later onwards, it'll automatically recognize the listed device names and will connect with these if they're present. 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:Settings autoconnect.png|x250px]]
|}

StudioXm:Connection/de

2026-03-31T13:13:33Z

FuzzyBot: Updating to match new version of source page

<div class="mw-translate-fuzzy">
{{TOC_StudioXm/de}}
__TOC__
 
</div>

=Verbindung mit dem BEASTX System=
Sämtliche BEASTX Systeme verfügen über eine serielle Schnittstelle für die Kommunikation mit externen Geräten. Der Anschluss am Gerät ist üblicherweise mit ''SYS'' gekennzeichnet. Hier wird das Kabel angesteckt, dass zum Kommunikations-Interface (USB2SYS oder BLE2SYS) führt. Achte beim Anschließen bitte darauf, dass das Verbindungskabel auf beiden Seiten richtig herum angesteckt ist (mit korrekter Polarität)! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das USB2SYS Interface versorgt das BEASTX System NICHT mit Strom vom USB Anschluss des Computers! Es muss gesondert mit Strom versorgt werden, z. B. über die Empfängerbatterie oder die Stromversorgung des Motorreglers des Modells.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das BLE2SYS Interface wird genauso am SYS Anschluss angesteckt. Es ist dann sofort betriebsbereit.
|}
 
Wenn ein RX2SIM Multi-Sim Adapter als Kommunikations-Interface verwendet wird, dann muss dieser zuerst in den USB2SYS Modus gebracht werden. Drücke dazu mehrfach auf den Knopf am RX2SIM, sooft bis die LED in gelber/orangener Farbe leuchtet. 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In dieser Konfiguration wird das BEASTX System vom USB Anschluss des Computers mit Strom versorgt. Hierbei ist aber zu beachten, dass der Strom nicht ausreicht, um auch den Empfänger und die Servos zu versorgen! Falls also Servos und Empfänger am BEASTX System angesteckt sind, muss auch hier die Stromversorgung über eine separate Stromquelle erfolgen.</td>
<td style= "font-size: x-small; padding: 10px 50px;">Diese darf aber nicht mehr als 6 Volt haben!!! Andernfalls (z. B. wenn ein 2s Lipo Akku als Stromversorgung verwendet wird) muss unbedingt das rote Kabel (=Pluspol) in der Verbindungsleitung zwischen RX2Sim und BEASTX System getrennt werden. '''Bei Nichtbeachtung können der RX2Sim und/oder der Computer beschädigt werden!!!'''</td>
</tr>
</table> 
 

{{SHORT_QUOTE|width=100|Seit BEASTX '''Firmware-Version 5.9.x''' kann ein '''Telemetrie-Empfänger''' an den [SYS]-Port angeschlossen werden, um Telemetriedaten und Menüeinstellungen an das BEASTX-Gerät (EXBUS/SBUS2/F.Port) zu übertragen und von diesem zu empfangen. Um die Schnittstelle für die StudioX-App anzuschließen, kann der Empfänger vorübergehend entfernt werden, um das Interface an den [SYS]-Port anzuschließen. In diesem Fall ist es jedoch nicht möglich, das System über die Fernsteuerung bei manchen Menüpunkten zu steuern! 
 
Als Alternative kann daher das USB2SYS/BLE2SYS an der Seite des MICROBEAST PLUS/MICROBEAST ULTRA angeschlossen werden, anstatt den [SYS]-Port zu verwenden. Hierfür wird ein Adapter vom Standard-Servostecker auf das JST-6-Pin-Format benötigt. 
 
Bei Verwendung von EXBUS Telemetrie am NANOBEAST kann der EXBUS-Empfänger vorübergehend an den darüber liegenden DI Port angeschlossen werden, um den SYS-Port freizugeben und die Fernsteuerung während der Einrichtung zu nutzen. 
 
Bei Verwendung eines CRSF-Empfängers entferne einfach die TX-Leitung vom SYS-Port vorübergehend und stelle sicher, dass der Sender ausgeschaltet ist, bevor Du das BEASTX-Gerät einschaltest. Schalte dann den Sender nach 5 Sekunden wieder ein. So wird die Telemetrie am SYS-Port deaktiviert und Du kannst ihn zur Konfiguration mit der StudioX Flow App nutzen, während Du den Hubschrauber weiterhin über die Fernsteuerung steuern kannst.}} 
 
 

= Starten der StudioX Flow App=
Auf einem Windows- oder Mac-Computer kann die Verbindung entweder per USB oder Bluetooth hergestellt werden. Mit Smartphones/Tablets ist nur Bluetooth möglich. Klicke auf das USB- oder BLE-Symbol, um die Verbindung zu Ihrem BEASTX-Gerät herzustellen. Anschließend wird eine Liste der gefundenen Ports/Schnittstellen angezeigt. Wähle den Portnamen von Deinem Interface aus. 
 
Der Port vom USB2SYS heißt auf macOS-Computern üblicherweise /dev/tty.usbserial-0001 oder /dev/tty.SLAB_USBtoUART. Unter Windows heißt er COMxy. Falls Du den Portnamen des Geräts nicht finden kannst, trenne die USB-Verbindung und klicke auf den Hintergrund, um die Verbindung abzubrechen. Klicke erneut auf „USB scannen“ und merke Dir die Namen in der Geräteliste. Klicke wieder auf den Hintergrund, verbinde das USB2SYS erneut und klicken nochmal auf „USB scannen“. Wähle jetzt das Gerät aus, das zuvor nicht angezeigt wurde. 
 
Beim BLE2SYS heißt das Gerät in der Liste normalerweise „BLE2SYS“, es sei denn, der Name wurde vom Benutzer geändert. Der Scanvorgang dauert in der Regel etwa 5 Sekunden. Sollte der Scanvorgang sofort abgeschlossen sein und nichts weiter angezeigt werden, dann ist Bluetooth höchstwahrscheinlich auf Deinem Smartphone/Computer deaktiviert oder die App hat keine Berechtigung für den Zugriff auf die Bluetooth-Verbindung! Überprüfe in diesem Fall die Systemeinstellungen Deines Geräts. 
 
Falls nach dem BLE2SYS-PIN-Code gefragt wird, lautet dieser üblicherweise 1111. Sollte das nicht funktionieren, versuche es bitte mit 0000 oder 1234. 
 
 
{|
|style= "padding: 0px 50px;" | [[File:Connect dialog.png|x250px]]
|style= "padding: 0px 50px;" | [[File:Mainscreen usbports.png|x250px]]
|}
 
 
'''Autoconnect Funktion''' 
Beachte, dass die Verbindungsherstellung beschleunigt werden kann, sobald Sie der Schnittstellennamen einmal ermittelt wurde. Gehe zu den „Einstellungen“ und aktiviere dort die Option „Autoconnect“. Bei der späteren Verwendung von StudioX Flow werden die aufgelisteten Gerätenamen automatisch beim Verbinden ausgewählt, sofern das Interface physisch vorhanden ist. 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:Settings autoconnect.png|x250px]]
|}

Translations:StudioXm:Connection/1/en

2026-03-31T13:13:30Z

FuzzyBot: Importing a new version from external source

{{DISPLAYTITLE:Connections|noerror}}
{{TOC_StudioXFlow/en}}
__TOC__

StudioXm/de

2026-03-31T13:12:59Z

FuzzyBot: Updating to match new version of source page

<div class="mw-translate-fuzzy">
{{DISPLAYTITLE:StudioX Flow App|noerror}}
{{TOC_StudioXm/de}}
__NOTOC__
 
[[File:StudioX flow Heli logo.png|400px]]
</div>

StudioX Flow ermöglicht die vollständige Konfiguration Deines MICROBEAST PLUS, MICROBEAST ULTRA und NANOBEAST. Damit kannst Du sämtliche Einstellungen bequem vom Computer oder Smartphone aus vornehmen. 
{{SHORT_QUOTE|color=#f0f7ff|width=100|
Im Januar 2026 haben wir die neue StudioX Flow App veröffentlicht. Diese App ersetzt die StudioX / StudioXm App auf allen Plattformen. Bitte verwenden StudioX Flow insbesondere für Firmware-Updates. Die StudioX / StudioXm App wird künftig nicht mehr gepflegt oder aktualisiert. 
Download-Links findest Du auf der BEASTX-Website: 
[[https://www.beastx.com/deu/index.php?id=support www.beastx.com]] 
 
Stelle sicher, stets die neueste Version zu verwenden, um mit den aktuellen Firmware-Updates für die BEASTX Geräte kompatibel zu sein! 
}}

= Installation =
Falls noch nicht geschehen, lade die neueste Version von StudioX Flow aus dem Apple Store, dem Google Play Store oder dem Microsoft Store herunter und installiere diese. Die Download-Links findest Du auf der BEASTX-Website: 
 
[[https://www.beastx.com/deu/index.php?id=support www.beastx.com]] 
 

Beim ersten Start der App wirst Du in der Regel aufgefordert, der App bestimmte Berechtigungen zu erteilen. Stelle dabei unbedingt sicher, dass der App die Berechtigung zur Nutzung der Bluetooth-Verbindung sowie zum Schreiben von Daten in den internen Speicher erteilt wird. Erlaube außerdem den Zugriff auf die Internetverbindung, um Firmware-Update-Dateien für das Gerät herunterladen zu können. Unter iOS wirst Du direkt beim ersten Start zur Vergabe der Berechtigungen aufgefordert. Auf Android-Geräten kann es erforderlich sein, diese manuell in den App-Einstellungen zu setzen! 
 
{{SHORT_QUOTE|width=100|Wenn die StudioX App nicht in den internen Speicher schreiben darf, werden die benutzerspezifischen Einstellungen nicht gespeichert, z. B. Sprache oder Port-Einstellungen. Wenn Probleme mit der Bluetooth-Verbindung oder den Einstellungen bestehen, überprüfe daher zuerst die Berechtigungen der App!}} 
 

= Benötigte Hardware =
Um den BEASTX-Controller mit dem Smartphone/Tablet zu verbinden, wird die Bluetooth-Smart-Schnittstelle BLE2SYS benötigt. Diese wird an den SYS-Anschluss des Geräts angeschlossen und dient der drahtlosen Kommunikation mit dem Smartphone/Tablet.
{|class="gallery"
|[[File:Ble2sys.jpg|none|200px]]
|} 
 
 
Um Dein BEASTX Gerät mit dem Computer zu verbinden, kann Alternativ eines der folgenden USB Interfaces verwendet werden: 
 
 
{|class="gallery"
|width="150pt" style="padding:0px 0px; " align="center"|[[File:Stacks-image-9BB8209.png|none|100px]]
|width="150pt" style="padding:0px 20px;" align="center"|[[File:SPMA3030 art.png|none|90px]]
|style="padding:0px 20px;" align="center"|[[File:Stacks image 1478.png|none|150px]]
|-
|width="150pt" style="padding:0px 0px; vertical-align: top; text-align: center; font-size: x-small;"|BEASTX USB2SYS Interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|SPEKTRUM SPMA3030 Interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|RCWARE RX2SIM Wireless Multi-Sim Adapter mit USB2SYS Emulation
|} 
Bitte beachte, dass einige dieser Geräte nicht mehr erhältlich sind. Alternativ kann ein USB-zu-Seriell-Interface eines anderen Herstellers verwendet werden, falls die Nutzung des BLE2SYS Interface nicht möglich ist.

StudioXm/en

2026-03-31T13:12:55Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:StudioX Flow app - Introduction|noerror}}
{{TOC_StudioXFlow/en}}
__NOTOC__
 
[[File:StudioX flow Heli logo.png|400px]]

StudioX Flow allows to fully configure your MICROBEAST PLUS, MICROBEAST ULTRA and NANOBEAST. You can use it to do all the configuration from the computer or smartphone. 
 
{{SHORT_QUOTE|color=#f0f7ff|width=100|
In January 2026 we released new StudioX Flow app. This app replaces the StudioX / StudioXm app on all platforms. Please use StudioX Flow especially for firmware updates. StudioX / StudioXm app won't be maintained and updated anymore. 
 
For download links please visit the BEASTX website: 
[[https://www.beastx.com/eng/index.php?id=support www.beastx.com]] 
 
Make sure to always use the latest version in order to be compatible with latest device firmware updates!
 
}}

= Installation =
If not already done, download and install the latest version of StudioX Flow from the Apple Store, GooglePlay Store or Microsoft Store. For download links please visit the BEASTX website: 
 
https://www.beastx.com/eng/index.php?id=support: 
 

When opening the app for the first time, usually you'll be prompted to give the app some privileges. Here '''make sure to give the App privileges for using the bluetooth connection and to write data to the internal storage.''' Also make sure to allow the App access your internet connection in case you want to download firmware update files for your device. With iOS you will be asked to grant privileges at first start up. On Android devices sometimes it may be necessary to do this manually in the application settings! 
 
{{SHORT_QUOTE|width=100|When the StudioX App is not allowed to write to the internal storage, your user specific settings won't be saved, i.e. language and port settings, etc. So, if you have issues with bluetooth connection or settings please check your app privileges first!}} 
 

= Hardware requirements =
To connect your BEASTX controller with your smartphone/tablet the BLE2SYS bluetooth smart interface is required. This is plugged into your device's SYS port and is used to establish a wireless communication to the phone.
{|class="gallery"
|[[File:Ble2sys.jpg|none|200px]]
|} 
 
To connect your BEASTX device with your desktop computer or notebook you can alternatively use the USB2SYS interface: 
 
{|class="gallery"
|width="150pt" style="padding:0px 0px; " align="center"|[[File:Stacks-image-9BB8209.png|none|100px]]
|width="150pt" style="padding:0px 20px;" align="center"|[[File:SPMA3030 art.png|none|90px]]
|style="padding:0px 20px;" align="center"|[[File:Stacks image 1478.png|none|150px]]
|-
|width="150pt" style="padding:0px 0px; vertical-align: top; text-align: center; font-size: x-small;"|BEASTX USB2SYS interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|SPEKTRUM SPMA3030 interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|RCWARE RX2SIM Wireless Multi-Sim Adapter with USB2SYS interface emulation
|} 
Please note that some of these devices are not sold anymore. As an alternative you may use a different brand's USB to serial interface if using the BLE2SYS interface is not an option.

Translations:StudioXm/1/en

2026-03-31T13:12:50Z

FuzzyBot: Importing a new version from external source

{{DISPLAYTITLE:StudioX Flow app - Introduction|noerror}}
{{TOC_StudioXFlow/en}}
__NOTOC__
 
[[File:StudioX flow Heli logo.png|400px]]

Template:TOC StudioXFlow/en

2026-03-31T13:11:52Z

FuzzyBot: Updating to match new version of source page

<div class="noprint">
<blockquote style="float: right; border: solid darkgray 2px; background: #DDDDDD; padding: 2px 10px; margin: 0px 0px 0px 20px; font-size:11pt;">
;'''StudioX''' 

:[[StudioXm/en|1. Download and installation]]

:[[StudioXm:Connection/en|2. Connection]]

:[[StudioXFlow:FirmwareUpdate/en|3. Firmware update]]
</blockquote>
</div>

Translations:Template:TOC StudioXFlow/1/en

2026-03-31T13:11:50Z

FuzzyBot: Importing a new version from external source

StudioXFlow:FirmwareUpdate/en

2026-03-31T13:09:48Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Firmware update|noerror}}
{{TOC_StudioXFlow/en}}
__TOC__
 

= Introduction =
StudioX Flow allows to directly flash firmware files to your BEASTX device. The update process is similar to all our devices so it will be shown here for MICROBEAST PLUS exemplarily. 
 
 

= freakware Network =
The firmware files must be downloaded from our webserver. To get the firmware files, at first you will be prompted to log in to the freakware network with your login (=email address) and password. If not already done create an account now. If you have forgotten your password click the corresponding button to request a new password. The login credentials will be stored, so next time when doing a firmware update you can skip this step quickly. If you don't like that your password is saved you can disable the corresponding option. 
 
 
 

= Device registration =
You can only download firmware updates when the device is registered/linked to your user account. When the device belongs to anyone else, a message will tell you. In this case you can request ownership for the device. Please note that this can take around one working day. 
 
If the device is not registered to anyone, click the '''Register Device''' button once to link it to your account. 
 
 

= Update procedure =
 
{{WARNING_QUOTE|For the update procedure it is highly recommended to unplug all servos as the servo can go to full deflection during the setup. This is because the outputs of your device will not send out any signals during the update process. In such situation some servos can behave very strange or unforeseen, especially cheap servos with bad servo software. Using an electric heli it is also recommended to unplug the motor from the ESC or unplug the ESC or main battery in case this is not used for powering the radio system (no BEC), so the motor will not start by accident during or after the firmware update.}} 
On top of the screen you can choose between available features for your device (Headspeed governor, rescue/bailout, Heli specific firmware, ...). Some feature may need to be unlocked first. Click the '''More info''' button in order to open the webbrowser with freakware webshop. Here you can buy the additional (locked) features. 
 
When you're ready to flash the firmware to your device, click the '''Install''' button in the bottom right corner. Wait a few seconds until the firmware file was generated individually for your device. Once this is done, firmware update should start automatically. 
 
Please note: Flashing from a different major version (i.e. updating from V4.x.x to V5.x.x) will erase all settings of your device and you will have to do all the setup again. This is because a new major version will add new features and functionality which will require to check whole setup. So also make sure you've read and understood the manual for the new firmware as well! 
 
During the update, please don't do anything! Just wait until the progress has gone up to 100%, which will take some time. When using bluetooth keep your smartphone/tablet in very close distance to the BLE2SYS module (just a few inches) as the bluetooth connection can be interrupted easily. Also it is advisable to keep the radio system switched off when performing the update and stay away from other radio devices, i.e. wifi routers or similar. When the procedure has finished your device will reboot and StudioX Flow will reconnect. Now you can start over with the setup. 
 
 

= When the update fails =
When the update process fails right at the beginning when the BEASTX device restarts in boot mode, simply go back to "Firmware update" screen and try to flash the firmware again. Usually the update process will start over where it was left before. 
 
When the update process fails in the middle, the device will be stuck in recovery mode as the main application is erased now. Stay calm, also this is no problem at all! Just power cycle the device, reconnect and try again to flash the firmware file. If the update fails again and again at some point, completely close the app and power off your device. Power on again, start the app and try again. If that all does not work you please try another computer or smartphone. 
 
Especially when using the bluetooth connection do as mentioned above: Stay away from radio devices that may interfere with the bluetooth connection and try to stay as close to the BLE2SYS as possible. 
 
When using a computer in combination with USB2SYS make sure there are no processes running in background that may interrupt USB communication. Especially when using a virtual machine for running the StudioX app it may happen that the USB connection is slow and not performing properly. So do not use a virtual machine for running the app. Also make sure drivers are installed and configured properly. Don't use any USB hubs! In very rare cases it can be that the wire or plugs from USB2SYS to your device may be damaged or have a loose connection, so try a different connection cable. Finally make sure your power supply/battery is fully charged and holding voltage properly. Disconnect all servos for the update procedure to maintain a stable power level.

Translations:StudioXFlow:FirmwareUpdate/5/en

2026-03-31T13:09:46Z

FuzzyBot: Importing a new version from external source

= When the update fails =
When the update process fails right at the beginning when the BEASTX device restarts in boot mode, simply go back to "Firmware update" screen and try to flash the firmware again. Usually the update process will start over where it was left before. 
 
When the update process fails in the middle, the device will be stuck in recovery mode as the main application is erased now. Stay calm, also this is no problem at all! Just power cycle the device, reconnect and try again to flash the firmware file. If the update fails again and again at some point, completely close the app and power off your device. Power on again, start the app and try again. If that all does not work you please try another computer or smartphone. 
 
Especially when using the bluetooth connection do as mentioned above: Stay away from radio devices that may interfere with the bluetooth connection and try to stay as close to the BLE2SYS as possible. 
 
When using a computer in combination with USB2SYS make sure there are no processes running in background that may interrupt USB communication. Especially when using a virtual machine for running the StudioX app it may happen that the USB connection is slow and not performing properly. So do not use a virtual machine for running the app. Also make sure drivers are installed and configured properly. Don't use any USB hubs! In very rare cases it can be that the wire or plugs from USB2SYS to your device may be damaged or have a loose connection, so try a different connection cable. Finally make sure your power supply/battery is fully charged and holding voltage properly. Disconnect all servos for the update procedure to maintain a stable power level.

Translations:StudioXFlow:FirmwareUpdate/4/en

2026-03-31T13:09:46Z

FuzzyBot: Importing a new version from external source

= Update procedure =
 
{{WARNING_QUOTE|For the update procedure it is highly recommended to unplug all servos as the servo can go to full deflection during the setup. This is because the outputs of your device will not send out any signals during the update process. In such situation some servos can behave very strange or unforeseen, especially cheap servos with bad servo software. Using an electric heli it is also recommended to unplug the motor from the ESC or unplug the ESC or main battery in case this is not used for powering the radio system (no BEC), so the motor will not start by accident during or after the firmware update.}} 
On top of the screen you can choose between available features for your device (Headspeed governor, rescue/bailout, Heli specific firmware, ...). Some feature may need to be unlocked first. Click the '''More info''' button in order to open the webbrowser with freakware webshop. Here you can buy the additional (locked) features. 
 
When you're ready to flash the firmware to your device, click the '''Install''' button in the bottom right corner. Wait a few seconds until the firmware file was generated individually for your device. Once this is done, firmware update should start automatically. 
 
Please note: Flashing from a different major version (i.e. updating from V4.x.x to V5.x.x) will erase all settings of your device and you will have to do all the setup again. This is because a new major version will add new features and functionality which will require to check whole setup. So also make sure you've read and understood the manual for the new firmware as well! 
 
During the update, please don't do anything! Just wait until the progress has gone up to 100%, which will take some time. When using bluetooth keep your smartphone/tablet in very close distance to the BLE2SYS module (just a few inches) as the bluetooth connection can be interrupted easily. Also it is advisable to keep the radio system switched off when performing the update and stay away from other radio devices, i.e. wifi routers or similar. When the procedure has finished your device will reboot and StudioX Flow will reconnect. Now you can start over with the setup.

Translations:StudioXFlow:FirmwareUpdate/6/en

2026-03-31T13:09:46Z

FuzzyBot: Importing a new version from external source

= Device registration =
You can only download firmware updates when the device is registered/linked to your user account. When the device belongs to anyone else, a message will tell you. In this case you can request ownership for the device. Please note that this can take around one working day. 
 
If the device is not registered to anyone, click the '''Register Device''' button once to link it to your account.

Translations:StudioXFlow:FirmwareUpdate/3/en

2026-03-31T13:09:46Z

FuzzyBot: Importing a new version from external source

= freakware Network =
The firmware files must be downloaded from our webserver. To get the firmware files, at first you will be prompted to log in to the freakware network with your login (=email address) and password. If not already done create an account now. If you have forgotten your password click the corresponding button to request a new password. The login credentials will be stored, so next time when doing a firmware update you can skip this step quickly. If you don't like that your password is saved you can disable the corresponding option.

Translations:StudioXFlow:FirmwareUpdate/2/en

2026-03-31T13:09:46Z

FuzzyBot: Importing a new version from external source

= Introduction =
StudioX Flow allows to directly flash firmware files to your BEASTX device. The update process is similar to all our devices so it will be shown here for MICROBEAST PLUS exemplarily.

Translations:StudioXFlow:FirmwareUpdate/1/en

2026-03-31T13:09:46Z

FuzzyBot: Importing a new version from external source

{{DISPLAYTITLE:Firmware update|noerror}}
{{TOC_StudioXFlow/en}}
__TOC__

Translations:StudioXFlow:FirmwareUpdate/Page display title/en

2026-03-31T13:09:46Z

FuzzyBot: Importing a new version from external source

StudioXFlow:FirmwareUpdate

StudioXm:Connection/en

2026-03-31T12:55:11Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Connections|noerror}}
{{TOC_StudioXm/en}}
__TOC__
 

= Connection to BEASTX device=
All BEASTX gyros come with a serial communication port which typically is marked with the letters ''SYS''. Connect the servo wire coming from your USB interface to this port. Make sure to connect the wire in correct polarity on both sides! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| When using the USB2SYS interface you have to power the device with a separate power supply, i.e. receiver battery or BEC of the R/C model. It will not be powered from the USB port.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Connecting the BLE2SYS is similar. Just plug it into [SYS] port and you're good to go.
|}
 
Also you can use a RX2SIM Wireless Multi-Sim Adapter instead of the USB2SYS interface. For this you can switch the RX2SIM into an USB2SYS emulation mode (push button on the RX2SIM several times until the LED lights up in orange color). 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In this configuration the BEASTX gyro will be powered from the USB port. Anyhow, this only will work when receiver and servos are not connected to the gyro! Otherwise the power of the USB port will not be sufficient to supply all consumers. In this case you have to power the device from the receiver battery as well.</td>
<td style= "font-size: x-small; padding: 10px 50px;">But here when using more than 6 Volts (i. e. using a 2s Lipo battery as receiver power supply) you must disconnect the red wire (plus pole) from the servo wire going to the interface. '''Otherwise you will damage the RX2SIM and/or USB port of your computer!'''</td>
</tr>
</table> 
 

{{SHORT_QUOTE|width=100|Since BEASTX '''firmware version 5.9.x''', it is possible to connect a '''telemetry receiver''' to the [SYS] port to transfer telemetry data and menu settings to and from the BEASTX device (EXBUS/SBUS2/F.Port). In order to connect the interface for the StudioX app, you can temporarily remove the receiver and connect the SYS interface to the [SYS] port. However, in this case, it may not be possible to control the system from the radio in the StudioX menus! 
 
As a workaround, connect the USB2SYS/BLE2SYS interface to the side of your MICROBEAST PLUS/MICROBEAST ULTRA instead of using the [SYS] port. This will require an adapter from the standard servo connector to the JST 6-pin format. 
 
Using EXBUS telemetry with NANOBEAST you can connect the EXBUS receiver to the DI port temporarily, so you can connect your interface to SYS port and will be able to use radio control for the setup. 
 
Using a CRSF receiver simply disconnect the TX line from SYS port and make sure the radio transmitter is OFF before powering up your BEASTX device. Then after 5 seconds power ON your transmitter. In this case the telemetry will be disabled on SYS port and you can connect your interface for configuration with StudioX Flow app while still be able to control the helicopter with the radio.}} 
 
 

= Connection to StudioX Flow app=
On a Windows or mac computer you can connect either per USB or Bluetooth. With smartphone/tablet only Bluetooth can be used. Click the USB or BLE symbol to initiate connection to your BEASTX device. In the following you'll see a list of ports/interfaces that have been found. Choose the port name that belongs to your interface. 
 
The USB2SYS is usually named /dev/tty.usbserial-0001 or /dev/tty.SLAB_USBtoUART on macOS computers. On Windows systems it'll be named COMxy. If you can't find out which port name your device has, simply disconnect the USB once and click the background to abort connection. Click "Scan USB" button again and check out the names on the device list. Click the background again, reconnect USB2SYS and click "Scan USB" button again. Now choose the item, that was not there before. 
 
With the BLE2SYS the device in the list usually is named "BLE2SYS" unless the name has been changed by the user. Here the scan process usually takes around 5 seconds. '''If the scan process finishes immediately and the box stays empty it is very likely the bluetooth function is switched off on your phone/computer or the app has no rights to access the bluetooth connection!''' So check system settings of your device in this case. 
 
In case you are asked for the BLE2SYS pin code, this usually is 1111. If that doesn't work, please try 0000 or 1234. 
 
 
{|
|style= "padding: 0px 50px;" | [[File:Connect dialog.png|x250px]]
|style= "padding: 0px 50px;" | [[File:Mainscreen usbports.png|x250px]]
|}
 
 
'''Autoconnect option''' 
Please note that it's possible to speed up connection sequence once you've determined the interface name. Go to "Settings" and enable the "Autoconnect" button. When using StudioX Flow later onwards, it'll automatically recognize the listed device names and will connect with these if they're present. 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:Settings autoconnect.png|x250px]]
|}

StudioXm:Connection/de

2026-03-31T12:54:49Z

FuzzyBot: Updating to match new version of source page

{{TOC_StudioXm/de}}
__TOC__
 

=Verbindung mit dem BEASTX System=
Sämtliche BEASTX Systeme verfügen über eine serielle Schnittstelle für die Kommunikation mit externen Geräten. Der Anschluss am Gerät ist üblicherweise mit ''SYS'' gekennzeichnet. Hier wird das Kabel angesteckt, dass zum Kommunikations-Interface (USB2SYS oder BLE2SYS) führt. Achte beim Anschließen bitte darauf, dass das Verbindungskabel auf beiden Seiten richtig herum angesteckt ist (mit korrekter Polarität)! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das USB2SYS Interface versorgt das BEASTX System NICHT mit Strom vom USB Anschluss des Computers! Es muss gesondert mit Strom versorgt werden, z. B. über die Empfängerbatterie oder die Stromversorgung des Motorreglers des Modells.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das BLE2SYS Interface wird genauso am SYS Anschluss angesteckt. Es ist dann sofort betriebsbereit.
|}
 
Wenn ein RX2SIM Multi-Sim Adapter als Kommunikations-Interface verwendet wird, dann muss dieser zuerst in den USB2SYS Modus gebracht werden. Drücke dazu mehrfach auf den Knopf am RX2SIM, sooft bis die LED in gelber/orangener Farbe leuchtet. 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In dieser Konfiguration wird das BEASTX System vom USB Anschluss des Computers mit Strom versorgt. Hierbei ist aber zu beachten, dass der Strom nicht ausreicht, um auch den Empfänger und die Servos zu versorgen! Falls also Servos und Empfänger am BEASTX System angesteckt sind, muss auch hier die Stromversorgung über eine separate Stromquelle erfolgen.</td>
<td style= "font-size: x-small; padding: 10px 50px;">Diese darf aber nicht mehr als 6 Volt haben!!! Andernfalls (z. B. wenn ein 2s Lipo Akku als Stromversorgung verwendet wird) muss unbedingt das rote Kabel (=Pluspol) in der Verbindungsleitung zwischen RX2Sim und BEASTX System getrennt werden. '''Bei Nichtbeachtung können der RX2Sim und/oder der Computer beschädigt werden!!!'''</td>
</tr>
</table> 
 

{{SHORT_QUOTE|width=100|Seit BEASTX '''Firmware-Version 5.9.x''' kann ein '''Telemetrie-Empfänger''' an den [SYS]-Port angeschlossen werden, um Telemetriedaten und Menüeinstellungen an das BEASTX-Gerät (EXBUS/SBUS2/F.Port) zu übertragen und von diesem zu empfangen. Um die Schnittstelle für die StudioX-App anzuschließen, kann der Empfänger vorübergehend entfernt werden, um das Interface an den [SYS]-Port anzuschließen. In diesem Fall ist es jedoch nicht möglich, das System über die Fernsteuerung bei manchen Menüpunkten zu steuern! 
 
Als Alternative kann daher das USB2SYS/BLE2SYS an der Seite des MICROBEAST PLUS/MICROBEAST ULTRA angeschlossen werden, anstatt den [SYS]-Port zu verwenden. Hierfür wird ein Adapter vom Standard-Servostecker auf das JST-6-Pin-Format benötigt. 
 
Bei Verwendung von EXBUS Telemetrie am NANOBEAST kann der EXBUS-Empfänger vorübergehend an den darüber liegenden DI Port angeschlossen werden, um den SYS-Port freizugeben und die Fernsteuerung während der Einrichtung zu nutzen. 
 
Bei Verwendung eines CRSF-Empfängers entferne einfach die TX-Leitung vom SYS-Port vorübergehend und stelle sicher, dass der Sender ausgeschaltet ist, bevor Du das BEASTX-Gerät einschaltest. Schalte dann den Sender nach 5 Sekunden wieder ein. So wird die Telemetrie am SYS-Port deaktiviert und Du kannst ihn zur Konfiguration mit der StudioX Flow App nutzen, während Du den Hubschrauber weiterhin über die Fernsteuerung steuern kannst.}} 
 
 

<div class="mw-translate-fuzzy">
= Connection to StudioX Flow app=
Auf einem Windows- oder Mac-Computer kann die Verbindung entweder per USB oder Bluetooth hergestellt werden. Mit Smartphones/Tablets ist nur Bluetooth möglich. Klicke auf das USB- oder BLE-Symbol, um die Verbindung zu Ihrem BEASTX-Gerät herzustellen. Anschließend wird eine Liste der gefundenen Ports/Schnittstellen angezeigt. Wähle den Portnamen von Deinem Interface aus. 
 
Der Port vom USB2SYS heißt auf macOS-Computern üblicherweise /dev/tty.usbserial-0001 oder /dev/tty.SLAB_USBtoUART. Unter Windows heißt er COMxy. Falls Du den Portnamen des Geräts nicht finden kannst, trenne die USB-Verbindung und klicke auf den Hintergrund, um die Verbindung abzubrechen. Klicke erneut auf „USB scannen“ und merke Dir die Namen in der Geräteliste. Klicke wieder auf den Hintergrund, verbinde das USB2SYS erneut und klicken nochmal auf „USB scannen“. Wähle jetzt das Gerät aus, das zuvor nicht angezeigt wurde. 
 
Beim BLE2SYS heißt das Gerät in der Liste normalerweise „BLE2SYS“, es sei denn, der Name wurde vom Benutzer geändert. Der Scanvorgang dauert in der Regel etwa 5 Sekunden. Sollte der Scanvorgang sofort abgeschlossen sein und nichts weiter angezeigt werden, dann ist Bluetooth höchstwahrscheinlich auf Deinem Smartphone/Computer deaktiviert oder die App hat keine Berechtigung für den Zugriff auf die Bluetooth-Verbindung! Überprüfe in diesem Fall die Systemeinstellungen Deines Geräts. 
 
Falls nach dem BLE2SYS-PIN-Code gefragt wird, lautet dieser üblicherweise 1111. Sollte das nicht funktionieren, versuche es bitte mit 0000 oder 1234. 
 
 
{|
|style= "padding: 0px 50px;" | [[File:Connect dialog.png|x250px]]
|style= "padding: 0px 50px;" | [[File:Mainscreen usbports.png|x250px]]
|}
 
 
'''Autoconnect Funktion''' 
Beachte, dass die Verbindungsherstellung beschleunigt werden kann, sobald Sie der Schnittstellennamen einmal ermittelt wurde. Gehe zu den „Einstellungen“ und aktiviere dort die Option „Autoconnect“. Bei der späteren Verwendung von StudioX Flow werden die aufgelisteten Gerätenamen automatisch beim Verbinden ausgewählt, sofern das Interface physisch vorhanden ist. 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:Settings autoconnect.png|x250px]]
|}
 
 
</div>

Translations:StudioXm:Connection/13/en

2026-03-31T12:54:47Z

FuzzyBot: Importing a new version from external source

= Connection to StudioX Flow app=
On a Windows or mac computer you can connect either per USB or Bluetooth. With smartphone/tablet only Bluetooth can be used. Click the USB or BLE symbol to initiate connection to your BEASTX device. In the following you'll see a list of ports/interfaces that have been found. Choose the port name that belongs to your interface. 
 
The USB2SYS is usually named /dev/tty.usbserial-0001 or /dev/tty.SLAB_USBtoUART on macOS computers. On Windows systems it'll be named COMxy. If you can't find out which port name your device has, simply disconnect the USB once and click the background to abort connection. Click "Scan USB" button again and check out the names on the device list. Click the background again, reconnect USB2SYS and click "Scan USB" button again. Now choose the item, that was not there before. 
 
With the BLE2SYS the device in the list usually is named "BLE2SYS" unless the name has been changed by the user. Here the scan process usually takes around 5 seconds. '''If the scan process finishes immediately and the box stays empty it is very likely the bluetooth function is switched off on your phone/computer or the app has no rights to access the bluetooth connection!''' So check system settings of your device in this case. 
 
In case you are asked for the BLE2SYS pin code, this usually is 1111. If that doesn't work, please try 0000 or 1234. 
 
 
{|
|style= "padding: 0px 50px;" | [[File:Connect dialog.png|x250px]]
|style= "padding: 0px 50px;" | [[File:Mainscreen usbports.png|x250px]]
|}
 
 
'''Autoconnect option''' 
Please note that it's possible to speed up connection sequence once you've determined the interface name. Go to "Settings" and enable the "Autoconnect" button. When using StudioX Flow later onwards, it'll automatically recognize the listed device names and will connect with these if they're present. 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:Settings autoconnect.png|x250px]]
|}

StudioXm:Connection/de

2026-03-31T12:47:51Z

FuzzyBot: Updating to match new version of source page

{{TOC_StudioXm/de}}
__TOC__
 

=Verbindung mit dem BEASTX System=
Sämtliche BEASTX Systeme verfügen über eine serielle Schnittstelle für die Kommunikation mit externen Geräten. Der Anschluss am Gerät ist üblicherweise mit ''SYS'' gekennzeichnet. Hier wird das Kabel angesteckt, dass zum Kommunikations-Interface (USB2SYS oder BLE2SYS) führt. Achte beim Anschließen bitte darauf, dass das Verbindungskabel auf beiden Seiten richtig herum angesteckt ist (mit korrekter Polarität)! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das USB2SYS Interface versorgt das BEASTX System NICHT mit Strom vom USB Anschluss des Computers! Es muss gesondert mit Strom versorgt werden, z. B. über die Empfängerbatterie oder die Stromversorgung des Motorreglers des Modells.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das BLE2SYS Interface wird genauso am SYS Anschluss angesteckt. Es ist dann sofort betriebsbereit.
|}
 
Wenn ein RX2SIM Multi-Sim Adapter als Kommunikations-Interface verwendet wird, dann muss dieser zuerst in den USB2SYS Modus gebracht werden. Drücke dazu mehrfach auf den Knopf am RX2SIM, sooft bis die LED in gelber/orangener Farbe leuchtet. 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In dieser Konfiguration wird das BEASTX System vom USB Anschluss des Computers mit Strom versorgt. Hierbei ist aber zu beachten, dass der Strom nicht ausreicht, um auch den Empfänger und die Servos zu versorgen! Falls also Servos und Empfänger am BEASTX System angesteckt sind, muss auch hier die Stromversorgung über eine separate Stromquelle erfolgen.</td>
<td style= "font-size: x-small; padding: 10px 50px;">Diese darf aber nicht mehr als 6 Volt haben!!! Andernfalls (z. B. wenn ein 2s Lipo Akku als Stromversorgung verwendet wird) muss unbedingt das rote Kabel (=Pluspol) in der Verbindungsleitung zwischen RX2Sim und BEASTX System getrennt werden. '''Bei Nichtbeachtung können der RX2Sim und/oder der Computer beschädigt werden!!!'''</td>
</tr>
</table> 
 

{{SHORT_QUOTE|width=100|Seit BEASTX '''Firmware-Version 5.9.x''' kann ein '''Telemetrie-Empfänger''' an den [SYS]-Port angeschlossen werden, um Telemetriedaten und Menüeinstellungen an das BEASTX-Gerät (EXBUS/SBUS2/F.Port) zu übertragen und von diesem zu empfangen. Um die Schnittstelle für die StudioX-App anzuschließen, kann der Empfänger vorübergehend entfernt werden, um das Interface an den [SYS]-Port anzuschließen. In diesem Fall ist es jedoch nicht möglich, das System über die Fernsteuerung bei manchen Menüpunkten zu steuern! 
 
Als Alternative kann daher das USB2SYS/BLE2SYS an der Seite des MICROBEAST PLUS/MICROBEAST ULTRA angeschlossen werden, anstatt den [SYS]-Port zu verwenden. Hierfür wird ein Adapter vom Standard-Servostecker auf das JST-6-Pin-Format benötigt. 
 
Bei Verwendung von EXBUS Telemetrie am NANOBEAST kann der EXBUS-Empfänger vorübergehend an den darüber liegenden DI Port angeschlossen werden, um den SYS-Port freizugeben und die Fernsteuerung während der Einrichtung zu nutzen. 
 
Bei Verwendung eines CRSF-Empfängers entferne einfach die TX-Leitung vom SYS-Port vorübergehend und stelle sicher, dass der Sender ausgeschaltet ist, bevor Du das BEASTX-Gerät einschaltest. Schalte dann den Sender nach 5 Sekunden wieder ein. So wird die Telemetrie am SYS-Port deaktiviert und Du kannst ihn zur Konfiguration mit der StudioX Flow App nutzen, während Du den Hubschrauber weiterhin über die Fernsteuerung steuern kannst.}} 
 
 

<div class="mw-translate-fuzzy">
= Verbindung mit der StudioX App =
Falls noch nicht gemacht, starte jetzt StudioX. Bei Computern mit Windows oder macOS, öffnen zuerst die '''OPTIONEN''' oben rechts und wähle das verwendete Interface aus. 
 
Wenn ein USB2SYS Interface am Computer verwendet wird und angesteckt ist, stelle sicher, dass der zugehörige Anschluss in der Auswahlbox ausgewählt ist. Falls du das Interface erst nach dem Start der Software angesteckt hast, klicke auf den '''SUCHEN''' Knopf um die Liste zu aktualisieren. Üblicherweise wird dabei der passende Anschluss automatisch ausgewählt. Wenn Du nicht weißt, welches der richtige Anschluss ist, dann stecke das Interface ab, warte kurz und klicke SUCHEN, um die Liste zu löschen. Stecke es wieder an, warte kurz und klicke nochmals '''SUCHEN'''. Jetzt sollte der passende Port ausgewählt sein. 
 
Wenn ein BLE2SYS Interface in Kombination mit einem Smartphone/Tablet verwendet wird, dann sollte das BLE2SYS Interface automatisch in der Auswahlbox auftauchen. Falls nicht, klicke auf die Box und wähle das BLE2SYS aus. Falls Du keinen passenden Eintrag findest, drücke die '''SUCHEN''' Schaltfläche und warte bis der Vorgang abgeschlossen ist. Das kann ein paar Sekunden bis zu ein paar Minuten dauern. '''Wenn die Box sofort wieder leer ist, dann ist möglicherweise die Bluetooth Funktion an Deinem Smartphone/Tablet deaktiviert oder die App hat keine Zugriffsrechte!''' Überprüfe dann nochmals die Einstellungen am Telefon/Tablet. 
 
Verbinde dann das Interface mit dem [SYS] Anschluss an Deinem BEASTX Gerät und schalte beide ein. Klicke auf '''VERBINDEN''', um das Gerät auszulesen und Zugriff auf die einzelnen Einstelloptionen zu haben. Falls Du nach dem Pincode vom BLE2SYS gefragt wirst, versuche es mit 1111. Falls das nicht klappt, versuche 0000 oder 1234. 
 
<html>
<div class="ios-gallery-container">

<div class="ios-gallery-item">
<div class="ios-gallery-image">
<img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20006.PNG" alt="Screenshot">
</div>
<div class="ios-gallery-text"></div>
</div>
<div class="ios-gallery-item">
<div class="ios-gallery-image">
<img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20007.PNG" alt="Screenshot">
</div>
<div class="ios-gallery-text"></div>
</div>
</div>
</html>
{{SHORT_QUOTE|width=100|Wenn die Verbindung nicht hergestellt werden kann, prüfe am Computer die USB2SYS Treiberinstallation. Wenn das BLE2SYS nicht gefunden wird, prüfe ob das Interface funktionsbereit ist: Die blaue LED am Interface muss in kurzen Abständen aufblitzen. Beachte, dass das Interface im Auslieferzustand aus Sicherheitsgründen nach 30 Sekunden automatisch abschaltet, wenn keine Verbindung aufgebaut wird. Es könnte sich also zwischenzeitlich abgeschaltet haben! Stecke es dann einfach nochmal kurz aus und wieder an und versuche es nochmal. Manchmal hilft auch, wenn die App komplett geschlossen und neu gestartet wird! Dabei auch hier das BLE2SYS ausschalten und wieder anstecken, bevor die App gestartet wird. 
 
Außerdem könnte auch der Gerätename nicht "BLE2SYS" lauten. Da die ID beliebig geändert werden kann, ist es durchaus möglich, dass es anders heißt (z.B. wenn Du es gebraucht erworben hast).}} 
 
 
</div>

StudioXm:Connection/en

2026-03-31T12:47:44Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Connections|noerror}}
{{TOC_StudioXm/en}}
__TOC__
 

= Connection to BEASTX device=
All BEASTX gyros come with a serial communication port which typically is marked with the letters ''SYS''. Connect the servo wire coming from your USB interface to this port. Make sure to connect the wire in correct polarity on both sides! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| When using the USB2SYS interface you have to power the device with a separate power supply, i.e. receiver battery or BEC of the R/C model. It will not be powered from the USB port.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Connecting the BLE2SYS is similar. Just plug it into [SYS] port and you're good to go.
|}
 
Also you can use a RX2SIM Wireless Multi-Sim Adapter instead of the USB2SYS interface. For this you can switch the RX2SIM into an USB2SYS emulation mode (push button on the RX2SIM several times until the LED lights up in orange color). 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In this configuration the BEASTX gyro will be powered from the USB port. Anyhow, this only will work when receiver and servos are not connected to the gyro! Otherwise the power of the USB port will not be sufficient to supply all consumers. In this case you have to power the device from the receiver battery as well.</td>
<td style= "font-size: x-small; padding: 10px 50px;">But here when using more than 6 Volts (i. e. using a 2s Lipo battery as receiver power supply) you must disconnect the red wire (plus pole) from the servo wire going to the interface. '''Otherwise you will damage the RX2SIM and/or USB port of your computer!'''</td>
</tr>
</table> 
 

{{SHORT_QUOTE|width=100|Since BEASTX '''firmware version 5.9.x''', it is possible to connect a '''telemetry receiver''' to the [SYS] port to transfer telemetry data and menu settings to and from the BEASTX device (EXBUS/SBUS2/F.Port). In order to connect the interface for the StudioX app, you can temporarily remove the receiver and connect the SYS interface to the [SYS] port. However, in this case, it may not be possible to control the system from the radio in the StudioX menus! 
 
As a workaround, connect the USB2SYS/BLE2SYS interface to the side of your MICROBEAST PLUS/MICROBEAST ULTRA instead of using the [SYS] port. This will require an adapter from the standard servo connector to the JST 6-pin format. 
 
Using EXBUS telemetry with NANOBEAST you can connect the EXBUS receiver to the DI port temporarily, so you can connect your interface to SYS port and will be able to use radio control for the setup. 
 
Using a CRSF receiver simply disconnect the TX line from SYS port and make sure the radio transmitter is OFF before powering up your BEASTX device. Then after 5 seconds power ON your transmitter. In this case the telemetry will be disabled on SYS port and you can connect your interface for configuration with StudioX Flow app while still be able to control the helicopter with the radio.}} 
 
 

= Connection to StudioX Flow app=
On a Windows or mac computer you can connect either per USB or Bluetooth. With smartphone/tablet only Bluetooth can be used. Click the USB or BLE symbol to initiate connection to your BEASTX device. In the following you'll see a list of ports/interfaces that have been found. Choose the port name that belongs to your interface. 
 
The USB2SYS is usually named /dev/tty.usbserial-0001 or /dev/tty.SLAB_USBtoUART on macOS computers. On Windows systems it'll be named COMxy. If you can't find out which port name your device has, simply disconnect the USB once and click the background to abort connection. Click "Scan USB" button again and check out the names on the device list. Click the background again, reconnect USB2SYS and click "Scan USB" button again. Now choose the item, that was not there before. 
 
With the BLE2SYS the device in the list usually is named "BLE2SYS" unless the name wasn't changed by the user. Here the scan process usually takes around 5 seconds. '''If the scan process finishes immediately and the box stays empty it is very likely the bluetooth function is switched off on your phone/computer or the app has no rights to access the bluetooth connection!''' So check system settings of your device in this case. 
 
In case you are asked for the BLE2SYS pin code, this usually is 1111. If that doesn't work, please try 0000 or 1234. 
 
 
{|
|style= "padding: 0px 50px;" | [[File:Connect dialog.png|x250px]]
|style= "padding: 0px 50px;" | [[File:Mainscreen usbports.png|x250px]]
|}
 
 
'''Autoconnect option''' 
Please note that it's possible to speed up connection sequence once you've determined the interface name. Go to "Settings" and enable the "Autoconnect" button. When using StudioX Flow later onwards, it'll automatically recognize the listed device names and will connect with these if they're present. 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:Settings autoconnect.png|x250px]]
|}

Translations:StudioXm:Connection/13/en

2026-03-31T12:47:36Z

FuzzyBot: Importing a new version from external source

= Connection to StudioX Flow app=
On a Windows or mac computer you can connect either per USB or Bluetooth. With smartphone/tablet only Bluetooth can be used. Click the USB or BLE symbol to initiate connection to your BEASTX device. In the following you'll see a list of ports/interfaces that have been found. Choose the port name that belongs to your interface. 
 
The USB2SYS is usually named /dev/tty.usbserial-0001 or /dev/tty.SLAB_USBtoUART on macOS computers. On Windows systems it'll be named COMxy. If you can't find out which port name your device has, simply disconnect the USB once and click the background to abort connection. Click "Scan USB" button again and check out the names on the device list. Click the background again, reconnect USB2SYS and click "Scan USB" button again. Now choose the item, that was not there before. 
 
With the BLE2SYS the device in the list usually is named "BLE2SYS" unless the name wasn't changed by the user. Here the scan process usually takes around 5 seconds. '''If the scan process finishes immediately and the box stays empty it is very likely the bluetooth function is switched off on your phone/computer or the app has no rights to access the bluetooth connection!''' So check system settings of your device in this case. 
 
In case you are asked for the BLE2SYS pin code, this usually is 1111. If that doesn't work, please try 0000 or 1234. 
 
 
{|
|style= "padding: 0px 50px;" | [[File:Connect dialog.png|x250px]]
|style= "padding: 0px 50px;" | [[File:Mainscreen usbports.png|x250px]]
|}
 
 
'''Autoconnect option''' 
Please note that it's possible to speed up connection sequence once you've determined the interface name. Go to "Settings" and enable the "Autoconnect" button. When using StudioX Flow later onwards, it'll automatically recognize the listed device names and will connect with these if they're present. 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:Settings autoconnect.png|x250px]]
|}

StudioXm:Connection/de

2026-03-27T11:28:11Z

FuzzyBot: Updating to match new version of source page

{{TOC_StudioXm/de}}
__TOC__
 

=Verbindung mit dem BEASTX System=
Sämtliche BEASTX Systeme verfügen über eine serielle Schnittstelle für die Kommunikation mit externen Geräten. Der Anschluss am Gerät ist üblicherweise mit ''SYS'' gekennzeichnet. Hier wird das Kabel angesteckt, dass zum Kommunikations-Interface (USB2SYS oder BLE2SYS) führt. Achte beim Anschließen bitte darauf, dass das Verbindungskabel auf beiden Seiten richtig herum angesteckt ist (mit korrekter Polarität)! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das USB2SYS Interface versorgt das BEASTX System NICHT mit Strom vom USB Anschluss des Computers! Es muss gesondert mit Strom versorgt werden, z. B. über die Empfängerbatterie oder die Stromversorgung des Motorreglers des Modells.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Das BLE2SYS Interface wird genauso am SYS Anschluss angesteckt. Es ist dann sofort betriebsbereit.
|}
 
Wenn ein RX2SIM Multi-Sim Adapter als Kommunikations-Interface verwendet wird, dann muss dieser zuerst in den USB2SYS Modus gebracht werden. Drücke dazu mehrfach auf den Knopf am RX2SIM, sooft bis die LED in gelber/orangener Farbe leuchtet. 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In dieser Konfiguration wird das BEASTX System vom USB Anschluss des Computers mit Strom versorgt. Hierbei ist aber zu beachten, dass der Strom nicht ausreicht, um auch den Empfänger und die Servos zu versorgen! Falls also Servos und Empfänger am BEASTX System angesteckt sind, muss auch hier die Stromversorgung über eine separate Stromquelle erfolgen.</td>
<td style= "font-size: x-small; padding: 10px 50px;">Diese darf aber nicht mehr als 6 Volt haben!!! Andernfalls (z. B. wenn ein 2s Lipo Akku als Stromversorgung verwendet wird) muss unbedingt das rote Kabel (=Pluspol) in der Verbindungsleitung zwischen RX2Sim und BEASTX System getrennt werden. '''Bei Nichtbeachtung können der RX2Sim und/oder der Computer beschädigt werden!!!'''</td>
</tr>
</table> 
 

<div class="mw-translate-fuzzy">
{{QUOTE|Seit der BEASTX-'''Firmware-Version 5.9.x''' ist es möglich, einen '''Telemetrieempfänger''' an den [SYS]-Anschluss anzuschließen, um Telemetriedaten und Menüeinstellungen zwischen dem BEASTX-Gerät und der Fernsteuerung zu übertragen. Um das Interface für die StudioX-App zu verwenden, kannst Du den Empfänger vorübergehend entfernen und das Interface an den [SYS]-Anschluss anstecken. In diesem Fall ist es jedoch unter Umständen nicht möglich, das System in den Menüs mit der Fernsteuerung zu steuern. Daher kannst Du alternativ das USB2SYS/BLE2SYS-Interface an der Seite Deines MICROBEAST PLUS/MICROBEAST ULTRA anschließen, anstatt den [SYS]-Port zu verwenden. Dazu wird aber ein Adapter vom Standard-Servoanschluss zum JST-6-Pin-Format benötigt.}} 
 
 
</div>

<div class="mw-translate-fuzzy">
= Verbindung mit der StudioX App =
Falls noch nicht gemacht, starte jetzt StudioX. Bei Computern mit Windows oder macOS, öffnen zuerst die '''OPTIONEN''' oben rechts und wähle das verwendete Interface aus. 
 
Wenn ein USB2SYS Interface am Computer verwendet wird und angesteckt ist, stelle sicher, dass der zugehörige Anschluss in der Auswahlbox ausgewählt ist. Falls du das Interface erst nach dem Start der Software angesteckt hast, klicke auf den '''SUCHEN''' Knopf um die Liste zu aktualisieren. Üblicherweise wird dabei der passende Anschluss automatisch ausgewählt. Wenn Du nicht weißt, welches der richtige Anschluss ist, dann stecke das Interface ab, warte kurz und klicke SUCHEN, um die Liste zu löschen. Stecke es wieder an, warte kurz und klicke nochmals '''SUCHEN'''. Jetzt sollte der passende Port ausgewählt sein. 
 
Wenn ein BLE2SYS Interface in Kombination mit einem Smartphone/Tablet verwendet wird, dann sollte das BLE2SYS Interface automatisch in der Auswahlbox auftauchen. Falls nicht, klicke auf die Box und wähle das BLE2SYS aus. Falls Du keinen passenden Eintrag findest, drücke die '''SUCHEN''' Schaltfläche und warte bis der Vorgang abgeschlossen ist. Das kann ein paar Sekunden bis zu ein paar Minuten dauern. '''Wenn die Box sofort wieder leer ist, dann ist möglicherweise die Bluetooth Funktion an Deinem Smartphone/Tablet deaktiviert oder die App hat keine Zugriffsrechte!''' Überprüfe dann nochmals die Einstellungen am Telefon/Tablet. 
 
Verbinde dann das Interface mit dem [SYS] Anschluss an Deinem BEASTX Gerät und schalte beide ein. Klicke auf '''VERBINDEN''', um das Gerät auszulesen und Zugriff auf die einzelnen Einstelloptionen zu haben. Falls Du nach dem Pincode vom BLE2SYS gefragt wirst, versuche es mit 1111. Falls das nicht klappt, versuche 0000 oder 1234. 
 
<div class="iosgallery">
<img class="ios" src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20006.PNG">
<div class="iostext"></div>
</div>
<div class="iosgallery">
<img class="ios" src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20007.PNG">
<div class="iostext"></div>
</div> 
 
{{QUOTE|Wenn die Verbindung nicht hergestellt werden kann, prüfe am Computer die USB2SYS Treiberinstallation wie [[StudioXm/de|eingangs]] beschrieben. Wenn das BLE2SYS nicht vom Smartphone/Tablet gefunden wird, prüfe ob das Interface funktionsbereit ist: Die blaue LED am Interface muss in kurzen Abständen aufblitzen. Beachte, dass das Interface im Auslieferzustand aus Sicherheitsgründen nach 30 Sekunden automatisch abschaltet, wenn keine Verbindung aufgebaut wird. Es könnte sich also zwischenzeitlich abgeschaltet haben! Stecke es dann einfach nochmal kurz aus und wieder an und versuche es nochmal. Manchmal hilft auch, wenn die App komplett geschlossen und neu gestartet wird! Dabei auch hier das BLE2SYS ausschalten und wieder anstecken, bevor die App gestartet wird. 
 
Außerdem könnte auch der Gerätename nicht "BLE2SYS" lauten. Da die ID beliebig geändert werden kann, ist es durchaus möglich, dass es anders heißt (z.B. wenn Du es gebraucht erworben hast).}} 
 
 
</div>

StudioXm:Connection/en

2026-03-27T11:28:10Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:Connections|noerror}}
{{TOC_StudioXm/en}}
__TOC__
 

= Connection to BEASTX device=
All BEASTX gyros come with a serial communication port which typically is marked with the letters ''SYS''. Connect the servo wire coming from your USB interface to this port. Make sure to connect the wire in correct polarity on both sides! 
 
{|
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|width = "400pt" style= "padding: 0px 50px;" | [[File:USB2SYS_MBPlus.png|400px|none]]
|-
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| When using the USB2SYS interface you have to power the device with a separate power supply, i.e. receiver battery or BEC of the R/C model. It will not be powered from the USB port.
|style= "font-size: x-small; padding: 10px 50px;" align = "center"| Connecting the BLE2SYS is similar. Just plug it into [SYS] port and you're good to go.
|}
 
Also you can use a RX2SIM Wireless Multi-Sim Adapter instead of the USB2SYS interface. For this you can switch the RX2SIM into an USB2SYS emulation mode (push button on the RX2SIM several times until the LED lights up in orange color). 
 
<table>
<tr>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus.png|400px]]</td>
<td width = "400pt" style= "padding: 0px 50px;">[[File:RX2SIM_MBPlus_powered.png|400px]]</td>
</tr>
<tr>
<td style= "font-size: x-small; padding: 10px 50px;">In this configuration the BEASTX gyro will be powered from the USB port. Anyhow, this only will work when receiver and servos are not connected to the gyro! Otherwise the power of the USB port will not be sufficient to supply all consumers. In this case you have to power the device from the receiver battery as well.</td>
<td style= "font-size: x-small; padding: 10px 50px;">But here when using more than 6 Volts (i. e. using a 2s Lipo battery as receiver power supply) you must disconnect the red wire (plus pole) from the servo wire going to the interface. '''Otherwise you will damage the RX2SIM and/or USB port of your computer!'''</td>
</tr>
</table> 
 

{{SHORT_QUOTE|width=100|Since BEASTX '''firmware version 5.9.x''', it is possible to connect a '''telemetry receiver''' to the [SYS] port to transfer telemetry data and menu settings to and from the BEASTX device (EXBUS/SBUS2/F.Port). In order to connect the interface for the StudioX app, you can temporarily remove the receiver and connect the SYS interface to the [SYS] port. However, in this case, it may not be possible to control the system from the radio in the StudioX menus! 
 
As a workaround, connect the USB2SYS/BLE2SYS interface to the side of your MICROBEAST PLUS/MICROBEAST ULTRA instead of using the [SYS] port. This will require an adapter from the standard servo connector to the JST 6-pin format. 
 
Using EXBUS telemetry with NANOBEAST you can connect the EXBUS receiver to the DI port temporarily, so you can connect your interface to SYS port and will be able to use radio control for the setup. 
 
Using a CRSF receiver simply disconnect the TX line from SYS port and make sure the radio transmitter is OFF before powering up your BEASTX device. Then after 5 seconds power ON your transmitter. In this case the telemetry will be disabled on SYS port and you can connect your interface for configuration with StudioX Flow app while still be able to control the helicopter with the radio.}} 
 
 

= Connection to StudioX app=
If not already done start StudioX now. When using a computer with Windows or macOS, click the '''OPTIONS''' button on top right corner and choose the type of interface there firstly. Then proceed as follows. 
 
When the USB2SYS is connected to the computer, make sure the corresponding port is selected in the selection box in the middle of the screen. If you have connected it after starting the software, click the '''RESCAN''' button above to refresh the port list, usually the correct port will be selected automatically then. If you don't know which port is the right one, also you can disconnect the USB2SYS once again, click RESCAN to clear the port list, connect the USB2SYS, wait a few seconds and click RESCAN once more. Now the port should be selected. 
 
With the BLE2SYS in combination with a smartphone/tablet the BLE2SYS device should appear automatically when starting the app after powering up your flybarless device with BLE2SYS. If this is not the case, click the selection box and choose "BLE2SYS". If nothing's there, click the '''RESCAN''' button above to search for new devices. This can take from a few seconds up to a few minutes. '''If the scan process finishes immediately and the box stays empty it is very likely the bluetooth function is switched off on your phone or the app has no rights to access the bluetooth connection!''' So check your phone settings in this case. 
 
Then connect the USB/BLE Interface to the [SYS] port of your BEASTX device and power everything up. Click '''CONNECT''' to load the data from your device and to enter configuration menus. In case you are asked for the BLE2SYS pin code, this usually is 1111. If that doesn't work, please try 0000 or 1234. 
 
 
<html>
<div class="ios-gallery-container">

<div class="ios-gallery-item">
<div class="ios-gallery-image">
<img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20006.PNG" alt="Screenshot">
</div>
<div class="ios-gallery-text"></div>
</div>
<div class="ios-gallery-item">
<div class="ios-gallery-image">
<img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20007.PNG" alt="Screenshot">
</div>
<div class="ios-gallery-text"></div>
</div>
</div>
</html>
 
 
{{SHORT_QUOTE|width=100|When connection fails, on the computer once again check driver installation and port configuration. When your BLE2SYS is not found, check if the BLE2SYS it is operating properly: The blue LED must flash in short intervals. Note that by default the interface will switch off automatically after 30 seconds. So if you need too long time to initiate connection it may have been disabled. Disconnect it or cylce power and try again. Sometimes it can be helpful to close the app completely, disconnect and reconnect the BLE2SYS and start over again! 
 
Also note that the device name can be different! By default it's "BLE2SYS", but as it's possible to change the bluetooth id, it maybe different.}}

Translations:StudioXm:Connection/13/en

2026-03-27T11:28:07Z

FuzzyBot: Importing a new version from external source

= Connection to StudioX app=
If not already done start StudioX now. When using a computer with Windows or macOS, click the '''OPTIONS''' button on top right corner and choose the type of interface there firstly. Then proceed as follows. 
 
When the USB2SYS is connected to the computer, make sure the corresponding port is selected in the selection box in the middle of the screen. If you have connected it after starting the software, click the '''RESCAN''' button above to refresh the port list, usually the correct port will be selected automatically then. If you don't know which port is the right one, also you can disconnect the USB2SYS once again, click RESCAN to clear the port list, connect the USB2SYS, wait a few seconds and click RESCAN once more. Now the port should be selected. 
 
With the BLE2SYS in combination with a smartphone/tablet the BLE2SYS device should appear automatically when starting the app after powering up your flybarless device with BLE2SYS. If this is not the case, click the selection box and choose "BLE2SYS". If nothing's there, click the '''RESCAN''' button above to search for new devices. This can take from a few seconds up to a few minutes. '''If the scan process finishes immediately and the box stays empty it is very likely the bluetooth function is switched off on your phone or the app has no rights to access the bluetooth connection!''' So check your phone settings in this case. 
 
Then connect the USB/BLE Interface to the [SYS] port of your BEASTX device and power everything up. Click '''CONNECT''' to load the data from your device and to enter configuration menus. In case you are asked for the BLE2SYS pin code, this usually is 1111. If that doesn't work, please try 0000 or 1234. 
 
 
<html>
<div class="ios-gallery-container">

<div class="ios-gallery-item">
<div class="ios-gallery-image">
<img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20006.PNG" alt="Screenshot">
</div>
<div class="ios-gallery-text"></div>
</div>
<div class="ios-gallery-item">
<div class="ios-gallery-image">
<img src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20007.PNG" alt="Screenshot">
</div>
<div class="ios-gallery-text"></div>
</div>
</div>
</html>
 
 
{{SHORT_QUOTE|width=100|When connection fails, on the computer once again check driver installation and port configuration. When your BLE2SYS is not found, check if the BLE2SYS it is operating properly: The blue LED must flash in short intervals. Note that by default the interface will switch off automatically after 30 seconds. So if you need too long time to initiate connection it may have been disabled. Disconnect it or cylce power and try again. Sometimes it can be helpful to close the app completely, disconnect and reconnect the BLE2SYS and start over again! 
 
Also note that the device name can be different! By default it's "BLE2SYS", but as it's possible to change the bluetooth id, it maybe different.}}

Translations:StudioXm:Connection/14/en

2026-03-27T11:28:07Z

FuzzyBot: Importing a new version from external source

{{SHORT_QUOTE|width=100|Since BEASTX '''firmware version 5.9.x''', it is possible to connect a '''telemetry receiver''' to the [SYS] port to transfer telemetry data and menu settings to and from the BEASTX device (EXBUS/SBUS2/F.Port). In order to connect the interface for the StudioX app, you can temporarily remove the receiver and connect the SYS interface to the [SYS] port. However, in this case, it may not be possible to control the system from the radio in the StudioX menus! 
 
As a workaround, connect the USB2SYS/BLE2SYS interface to the side of your MICROBEAST PLUS/MICROBEAST ULTRA instead of using the [SYS] port. This will require an adapter from the standard servo connector to the JST 6-pin format. 
 
Using EXBUS telemetry with NANOBEAST you can connect the EXBUS receiver to the DI port temporarily, so you can connect your interface to SYS port and will be able to use radio control for the setup. 
 
Using a CRSF receiver simply disconnect the TX line from SYS port and make sure the radio transmitter is OFF before powering up your BEASTX device. Then after 5 seconds power ON your transmitter. In this case the telemetry will be disabled on SYS port and you can connect your interface for configuration with StudioX Flow app while still be able to control the helicopter with the radio.}}

StudioXm/en

2026-03-27T11:02:00Z

FuzzyBot: Updating to match new version of source page

{{DISPLAYTITLE:StudioX Flow app - Introduction|noerror}}
{{TOC_StudioXm/en}}
__NOTOC__
 
[[File:StudioX flow Heli logo.png|400px]]

StudioX Flow allows to fully configure your MICROBEAST PLUS, MICROBEAST ULTRA and NANOBEAST. You can use it to do all the configuration from the computer or smartphone. 
 
{{SHORT_QUOTE|color=#f0f7ff|width=100|
In January 2026 we released new StudioX Flow app. This app replaces the StudioX / StudioXm app on all platforms. Please use StudioX Flow especially for firmware updates. StudioX / StudioXm app won't be maintained and updated anymore. 
 
For download links please visit the BEASTX website: 
[[https://www.beastx.com/eng/index.php?id=support www.beastx.com]] 
 
Make sure to always use the latest version in order to be compatible with latest device firmware updates!
 
}}

= Installation =
If not already done, download and install the latest version of StudioX Flow from the Apple Store, GooglePlay Store or Microsoft Store. For download links please visit the BEASTX website: 
 
https://www.beastx.com/eng/index.php?id=support: 
 

When opening the app for the first time, usually you'll be prompted to give the app some privileges. Here '''make sure to give the App privileges for using the bluetooth connection and to write data to the internal storage.''' Also make sure to allow the App access your internet connection in case you want to download firmware update files for your device. With iOS you will be asked to grant privileges at first start up. On Android devices sometimes it may be necessary to do this manually in the application settings! 
 
{{SHORT_QUOTE|width=100|When the StudioX App is not allowed to write to the internal storage, your user specific settings won't be saved, i.e. language and port settings, etc. So, if you have issues with bluetooth connection or settings please check your app privileges first!}} 
 

= Hardware requirements =
To connect your BEASTX controller with your smartphone/tablet the BLE2SYS bluetooth smart interface is required. This is plugged into your device's SYS port and is used to establish a wireless communication to the phone.
{|class="gallery"
|[[File:Ble2sys.jpg|none|200px]]
|} 
 
To connect your BEASTX device with your desktop computer or notebook you can alternatively use the USB2SYS interface: 
 
{|class="gallery"
|width="150pt" style="padding:0px 0px; " align="center"|[[File:Stacks-image-9BB8209.png|none|100px]]
|width="150pt" style="padding:0px 20px;" align="center"|[[File:SPMA3030 art.png|none|90px]]
|style="padding:0px 20px;" align="center"|[[File:Stacks image 1478.png|none|150px]]
|-
|width="150pt" style="padding:0px 0px; vertical-align: top; text-align: center; font-size: x-small;"|BEASTX USB2SYS interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|SPEKTRUM SPMA3030 interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|RCWARE RX2SIM Wireless Multi-Sim Adapter with USB2SYS interface emulation
|} 
Please note that some of these devices are not sold anymore. As an alternative you may use a different brand's USB to serial interface if using the BLE2SYS interface is not an option.

StudioXm/de

2026-03-27T11:02:00Z

FuzzyBot: Updating to match new version of source page

<div class="mw-translate-fuzzy">
{{DISPLAYTITLE:StudioX Software und App|noerror}}
{{TOC_StudioXm/de}}
__TOC__
 
</div>

<div class="mw-translate-fuzzy">
Mit der StudioX App lässt sich Dein MICROBEAST PLUS/MICROBEAST ULTRA, Spektrum AR7210BX oder NANOBEAST per Computer oder Smartphone/Tablet umfassend konfigurieren. Darüber hinaus kannst Du Backups erstellen, vorgefertigte Konfigurationen laden, Firmware Updates und Upgrades durchführen und vieles mehr. Mit der PC/mac Software kann außerdem das BLE2SYS Bluetooth Smart Interface konfiguriert und geupdated werden, welches zur Verbindung Deines BEASTX Geräts mit einem Smartphone/Tablet dient. Zusätzlich können auch an älteren Geräten wie MICROBEAST und Spektrum AR7200BX/AR7300BX einige Grundeinstellungen durchgeführt werden. 
 
{{SHORT_QUOTE|width=70|margin=10|Bitte verwende immer die neuste Version, da nur so eine volle Kompatibilität mit den laufenden Geräteupdates gewährleistet ist!}} 
 
 
</div>

<div class="mw-translate-fuzzy">
= Smartphone/Tablet =
Die jeweils neuste Version der StudioX App findest Du im Apple iTunes Store und GooglePlay Store: 
 
<html>
<style>
.banner-container {
display: flex;
align-items: center;
justify-content: center; /* Zentriert die Banner im Container */
gap: 120px; /* Abstand zwischen den Bannern */
}
.banner-link {
display: inline-block;
text-decoration: none; /* Entfernt die Unterstreichung des Links */
}
.banner-link img {
display: block; /* Entfernt unerwünschte Abstände unter dem Bild */
}
</style>
<div class="banner-container">

<a href="https://itunes.apple.com/us/app/studioxm/id1145413743?ls=1&mt=8" class="banner-link" target="_blank">
<img src="https://www.beastx.com/deu/data/uploads/images/Download_on_the_App_Store_Badge_US-UK_135x40.svg" alt="Download on the App Store" />
</a>

<a href="https://play.google.com/store/apps/details?id=com.freakware.StudioXm" class="banner-link" target="_blank">
<img src="https://play.google.com/intl/en_us/badges/images/generic/en_badge_web_generic.png" alt="Get it on Google Play" width="150" />
</a>
</div>
</html>
 
</div>

<div class="mw-translate-fuzzy">
'''Achte darauf, dass die App ausreichende Zugriffsrechte für die Nutzung der Bluetooth Schnittstelle bekommt sowie Lese- und Schreibrechte für den Geräteinternen Speicher.''' 
Bei iOS Geräten wird eine entsprechende Nachfrage auftauchen, wenn die App zum ersten Mal gestartet wird. Bei einigen Android Geräten ist es manchmal erforderlich, dass das von Hand in den App Einstellungen gemacht werden muss! (Wenn die StudioXm App nicht auf den internen Speicher zugreifen kann, werden benutzerspezifische Daten nicht gespeichert, wie z.B. die Spracheinstellung, Gerätenamen, Backups, usw.) Außerdem benötigt die App Zugriff auf Deine Internetverbindung, wenn Du Firmware Updates durchführen willst. Beachte, dass hierbei zusätzliche Kosten anfallen können, z.B. wenn Du eine mobile Datenverbindung nutzt! 
 
Um Dein BEASTX System mit dem Smartphone/Tablet zu verbinden wird das BLE2SYS Bluetooth LE Interface benötigt. Dieses wird am SYS Anschluss eingesteckt und stellt dann die Funkverbindung zu Deinem Endgerät her.
{|class="gallery"
|[[File:Ble2sys.jpg|none|200px]]
|} 
 
</div>

<div class="mw-translate-fuzzy">
Um Dein BEASTX Gerät mit dem Computer zu verbinden wird eines der folgenden Interfaces benötigt: 
 
{|class="gallery"
|width="150pt" style="padding:0px 0px; " align="center"|[[File:Stacks-image-9BB8209.png|none|100px]]
|width="150pt" style="padding:0px 20px;" align="center"|[[File:SPMA3030 art.png|none|90px]]
|style="padding:0px 20px;" align="center"|[[File:Stacks image 1478.png|none|150px]]
|-
|width="150pt" style="padding:0px 0px; vertical-align: top; text-align: center; font-size: x-small;"|BEASTX USB2SYS Interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|SPEKTRUM SPMA3030 interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|RCWARE RX2SIM Multi-Sim Adapter im USB2SYS Emulationsmodus
|} 
</div>

Translations:StudioXm/6/en

2026-03-27T11:01:58Z

FuzzyBot: Importing a new version from external source

= Hardware requirements =
To connect your BEASTX controller with your smartphone/tablet the BLE2SYS bluetooth smart interface is required. This is plugged into your device's SYS port and is used to establish a wireless communication to the phone.
{|class="gallery"
|[[File:Ble2sys.jpg|none|200px]]
|} 
 
To connect your BEASTX device with your desktop computer or notebook you can alternatively use the USB2SYS interface: 
 
{|class="gallery"
|width="150pt" style="padding:0px 0px; " align="center"|[[File:Stacks-image-9BB8209.png|none|100px]]
|width="150pt" style="padding:0px 20px;" align="center"|[[File:SPMA3030 art.png|none|90px]]
|style="padding:0px 20px;" align="center"|[[File:Stacks image 1478.png|none|150px]]
|-
|width="150pt" style="padding:0px 0px; vertical-align: top; text-align: center; font-size: x-small;"|BEASTX USB2SYS interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|SPEKTRUM SPMA3030 interface
|width="150pt" style="padding:0px 20px; vertical-align: top; text-align: center; font-size: x-small;"|RCWARE RX2SIM Wireless Multi-Sim Adapter with USB2SYS interface emulation
|} 
Please note that some of these devices are not sold anymore. As an alternative you may use a different brand's USB to serial interface if using the BLE2SYS interface is not an option.

Translations:StudioXm/9/en

2026-03-27T11:01:58Z

FuzzyBot: Importing a new version from external source

When opening the app for the first time, usually you'll be prompted to give the app some privileges. Here '''make sure to give the App privileges for using the bluetooth connection and to write data to the internal storage.''' Also make sure to allow the App access your internet connection in case you want to download firmware update files for your device. With iOS you will be asked to grant privileges at first start up. On Android devices sometimes it may be necessary to do this manually in the application settings! 
 
{{SHORT_QUOTE|width=100|When the StudioX App is not allowed to write to the internal storage, your user specific settings won't be saved, i.e. language and port settings, etc. So, if you have issues with bluetooth connection or settings please check your app privileges first!}}

Translations:StudioXm/2/en

2026-03-27T11:01:58Z

FuzzyBot: Importing a new version from external source

= Installation =
If not already done, download and install the latest version of StudioX Flow from the Apple Store, GooglePlay Store or Microsoft Store. For download links please visit the BEASTX website: 
 
https://www.beastx.com/eng/index.php?id=support:

Translations:StudioXm/4/en

2026-03-27T11:01:58Z

FuzzyBot: Importing a new version from external source

StudioX Flow allows to fully configure your MICROBEAST PLUS, MICROBEAST ULTRA and NANOBEAST. You can use it to do all the configuration from the computer or smartphone. 
 
{{SHORT_QUOTE|color=#f0f7ff|width=100|
In January 2026 we released new StudioX Flow app. This app replaces the StudioX / StudioXm app on all platforms. Please use StudioX Flow especially for firmware updates. StudioX / StudioXm app won't be maintained and updated anymore. 
 
For download links please visit the BEASTX website: 
[[https://www.beastx.com/eng/index.php?id=support www.beastx.com]] 
 
Make sure to always use the latest version in order to be compatible with latest device firmware updates!
 
}}

Translations:StudioXm/1/en

2026-03-27T11:01:58Z

FuzzyBot: Importing a new version from external source

{{DISPLAYTITLE:StudioX Flow app - Introduction|noerror}}
{{TOC_StudioXm/en}}
__NOTOC__
 
[[File:StudioX flow Heli logo.png|400px]]