Some e-retracts need to see current position commanded before they will respond to being told to change positions when the RX powers up.
On a proportional channel, the retract will need to see the commanded position pass some value, which may or may not (usually not) the be the same each direction. For example: up may require 65%+ and down 65%- of the +100% to -100% Spektrum pulse value range. (which is not the same as Futaba +100% to -100%)
So, support the model with wheels well clear of the ground and cycle the retracts, pausing a few seconds before flipping the switch or moving the stick/lever/slider for the channel each time.
MOST Spektrum RXs used to be rated up to 9.0V. This used to mean all except the micro series bricks and an obscure tiny 6 CH DSM2... but I don't know for sure about any new ones that came out since they added SAFE.
This is for compatibility with HV servos (Hitec) that can handle 2S LiPo direct.
This does not mean any of the "clones" (Admiral, Lemon, Orange) can take it
On a proportional channel, the retract will need to see the commanded position pass some value, which may or may not (usually not) the be the same each direction. For example: up may require 65%+ and down 65%- of the +100% to -100% Spektrum pulse value range. (which is not the same as Futaba +100% to -100%)
So, support the model with wheels well clear of the ground and cycle the retracts, pausing a few seconds before flipping the switch or moving the stick/lever/slider for the channel each time.
MOST Spektrum RXs used to be rated up to 9.0V. This used to mean all except the micro series bricks and an obscure tiny 6 CH DSM2... but I don't know for sure about any new ones that came out since they added SAFE.
This is for compatibility with HV servos (Hitec) that can handle 2S LiPo direct.
This does not mean any of the "clones" (Admiral, Lemon, Orange) can take it







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