Translations:Manuals:BXFbl:Setupmenu L/10/en: Difference between revisions

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At this step it is important to define the mechanical possible range of your helicopter, not to define your flying style. For example, when using a 3D trainer helicopter frame, this usually will have a symmetric pitch range, i.e. reaching from +12 to -12 degrees. Now when you are a beginner or scale pilot you would not need that high amount of pitch (especially not in the negative section). Anyhow, it is not recommended to set the pitch range asymmetrical to -4 to +12 degrees for example, as this would not represent the helicopters capability. Better is to set the endpoints to -12 and +12 degrees. Later use the pitch curves in your radio to adjust the negative pitch to your preferred flying style. Have a look in your helicopter's manual to find out what is the optimum pitch range.<br />
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At this step it is important to define the mechanical possible range of your helicopter, not to define your flying style. For example, when using a 3D trainer helicopter frame, this usually will have a symmetric pitch range, i.e. reaching from +12 to -12 degrees. Now when you are a beginner or scale pilot you would not need that high amount of pitch (especially not in the negative section). Anyhow, it is not recommended to set the pitch range asymmetrical to -4 to +12 degrees for example, as this would not represent the helicopters capability. Better is to set the endpoints to -12 and +12 degrees. Later use the pitch curves in your radio to adjust the negative pitch to your preferred flying style. Have a look in your helicopter's manual to find out what is the optimum pitch range.