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At time being, some features of 2.4 GHz are still controversial, so we suggest the effective controlling
distance tested before flying, especially for controlling glider or other models with large fixed wings at long
distance.
It’s quite necessary for the users who want to control at a long distance to test effective distance
beforehand. In practical use, it’s not the same to play it on the ground, water surface or fly in the sky; it’s
not the same in flat ground and complicated layout; it’s not the same to play it on raining days and sunny
days; and besides, the external electrical environment is changing continuously.
6.3.
Safety features
The movement of controlled model is retarded when approaching the edge of effective range, this is a
safety feature designed by ASSAN. If the reaction of servos becomes insensitive, shorten the distance
between the receivers and controlled model immediately.
If the there’s no signal available, the receiver will stay at the place where fail safe setting positions
becomes unavailable and wait for communication.
6.4.
Sufficient Power supply
The system requires voltage supplies to X8 series receivers to be above 3.6V. If several servos or
digital servos are applied, the user should take into full consideration that large amount of power
consumption will result in decreased voltage supply. Battery power should be guaranteed to satisfy the
needs of BEC and servos.
