Translations:Help:FAQ/32/en - Revision history

FuzzyBot: Importing a new version from external source

2016-03-29T07:56:03Z

Importing a new version from external source

← Older revision		Revision as of 07:56, 29 March 2016
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	The rotation speed of the helicopter is only determined by the length of the stick output signal. The gyros measure the actual rotation rate and the system will move the helicopter ~~as fast as it~~ is ~~determined~~ by the stick position. So simply increasing/decreasing the stick throw (mostly done by increasing/decreasing servo throw or using DualRate in the TX for the specified function) will increase/decrease rotation rate. Note that the rotation rate in first line has nothing to do with your cyclic pitch adjustments at Setup menu points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground! In flight the system will automatically control the pitch as it is necessary to maintain the given rate. So always setup the cyclic pitch as mentioned in the manual and do not rely on what you see when moving the sticks on the ground.		The rotation speed of the helicopter is only determined by the length of the stick output signal. The gyros measure the actual rotation rate and the system will move the servos until the helicopter reaches the rate that is commanded by the stick position. So simply increasing/decreasing the stick throw (mostly done by increasing/decreasing servo throw or using DualRate in the TX for the specified function) will increase/decrease rotation rate.<br />

FuzzyBot: Importing a new version from external source

2016-03-04T11:38:41Z

Importing a new version from external source

← Older revision		Revision as of 11:38, 4 March 2016
Line 1:		Line 1:
	The rotation speed of the helicopter is only determined by the length of the stick output signal. The gyros measure the actual rotation rate and the system will move the helicopter as fast as it is determined by the stick position. So simply increasing/decreasing the stick throw (mostly done by increasing/decreasing servo throw or using ~~Dualrate~~ in the TX for the specified function) will increase/decrease rotation rate. Note that the rotation rate in first line has nothing to do with your cyclic pitch adjustments at Setup menu points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground! In flight the system will ~~automaticaly~~ control the pitch as it is necessary to maintain the given rate. So always setup the cyclic pitch as mentioned in the manual and do not rely on what you see when moving the sticks on the ground.		The rotation speed of the helicopter is only determined by the length of the stick output signal. The gyros measure the actual rotation rate and the system will move the helicopter as fast as it is determined by the stick position. So simply increasing/decreasing the stick throw (mostly done by increasing/decreasing servo throw or using DualRate in the TX for the specified function) will increase/decrease rotation rate. Note that the rotation rate in first line has nothing to do with your cyclic pitch adjustments at Setup menu points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground! In flight the system will automatically control the pitch as it is necessary to maintain the given rate. So always setup the cyclic pitch as mentioned in the manual and do not rely on what you see when moving the sticks on the ground.

FuzzyBot: Importing a new version from external source

2015-11-06T08:58:51Z

Importing a new version from external source

← Older revision		Revision as of 08:58, 6 November 2015
Line 1:		Line 1:
	The rotation speed of the helicopter is only determined by the length of the stick output signal. The gyros measure the actual rotation rate and the system will move the helicopter as fast as it is determined by the stick position. So simply increasing/decreasing the stick throw (mostly done by increasing/decreasing servo throw or using Dualrate in the TX for the specified function) will increase/decrease ~~rotaion~~ rate. Note that the rotation rate in first line has nothing to do with your cyclic pitch adjustments at Setup menu points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground! In flight the system will automaticaly control the pitch as it is necessary to maintain the given rate. So always setup the cyclic pitch as mentioned in the manual and do not rely on what you see when moving the sticks on the ground.		The rotation speed of the helicopter is only determined by the length of the stick output signal. The gyros measure the actual rotation rate and the system will move the helicopter as fast as it is determined by the stick position. So simply increasing/decreasing the stick throw (mostly done by increasing/decreasing servo throw or using Dualrate in the TX for the specified function) will increase/decrease rotation rate. Note that the rotation rate in first line has nothing to do with your cyclic pitch adjustments at Setup menu points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground! In flight the system will automaticaly control the pitch as it is necessary to maintain the given rate. So always setup the cyclic pitch as mentioned in the manual and do not rely on what you see when moving the sticks on the ground.

Shornstein at 17:44, 24 February 2015

2015-02-24T17:44:13Z

← Older revision		Revision as of 17:44, 24 February 2015
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	The ~~roation~~ speed is only determined by the length of the stick signal (~~and especially~~ has nothing to do with your cyclic pitch ~~adjustment~~ at ~~setup~~ points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground!). So ~~increasing/decreasing~~ the ~~stick throw, mostly done by increasing/decreasing servo throw or using Dualrate~~ in the ~~TX for~~ the ~~specified function, will increase/decrease roation rate~~.		The rotation speed of the helicopter is only determined by the length of the stick output signal. The gyros measure the actual rotation rate and the system will move the helicopter as fast as it is determined by the stick position. So simply increasing/decreasing the stick throw (mostly done by increasing/decreasing servo throw or using Dualrate in the TX for the specified function) will increase/decrease rotaion rate. Note that the rotation rate in first line has nothing to do with your cyclic pitch adjustments at Setup menu points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground! In flight the system will automaticaly control the pitch as it is necessary to maintain the given rate. So always setup the cyclic pitch as mentioned in the manual and do not rely on what you see when moving the sticks on the ground.

FuzzyBot: Importing a new version from external source

2013-12-17T15:00:28Z

Importing a new version from external source

New page

The roation speed is only determined by the length of the stick signal (and especially has nothing to do with your cyclic pitch adjustment at setup points J or L and also has nothing to do with the cyclic pitch when steering cyclic on the ground!). So increasing/decreasing the stick throw, mostly done by increasing/decreasing servo throw or using Dualrate in the TX for the specified function, will increase/decrease roation rate.