Translations:KAVAN Smart PRO Opto ESCs - Instruction manual/12/en: Difference between revisions

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'''Acceleration''' affects the engine's response to the throttle channel. Reducing the acceleration time will speed up the engine response and give the pilot a sense of instant control during aerobatics. However, the engine consumes more power and the controller generates more heat. For most types of models, including electric gliders, layouts, EDFs, etc., we recommend a default acceleration of 1.0s. For 3D aerobatic flight you can go down to 0.5s or even less (with caution). You can also set the controller's "Fast Mode" in the General Settings menu for the fastest possible motor response.
'''Acceleration''' affects the motor's response to the throttle channel. Reducing the acceleration time will speed up the motor response and give the pilot a sense of instant control during aerobatics. However, the motor consumes more power and the controller generates more heat. For most types of models, including electric gliders, semi-scales, EDFs, etc., we recommend a default acceleration of 1.0 s. For 3D aerobatic flight, you can go down to 0.5 s or even less (with caution). You can also set the controller's "Fast mode" in the General Settings menu for the fastest possible motor response.

Latest revision as of 10:21, 13 August 2024

Acceleration affects the motor's response to the throttle channel. Reducing the acceleration time will speed up the motor response and give the pilot a sense of instant control during aerobatics. However, the motor consumes more power and the controller generates more heat. For most types of models, including electric gliders, semi-scales, EDFs, etc., we recommend a default acceleration of 1.0 s. For 3D aerobatic flight, you can go down to 0.5 s or even less (with caution). You can also set the controller's "Fast mode" in the General Settings menu for the fastest possible motor response.