Home>DIY RC Drone Accessories>Receiver>Jumper R1 V2 Mini Receiver Compatible with FrSky D16 XM & Protocol RXSR SBUS For Jumper T-Lite T18 T16 T12 T8SG Updated

Jumper R1 V2 Mini Receiver Compatible with FrSky D16 XM & Protocol RXSR SBUS For Jumper T-Lite T18 T16 T12 T8SG Updated Item NO.: F45091

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Product Name	Jumper R1 V2 Mini Receiver Compatible with FrSky D16 XM & Protocol RXSR SBUS For Jumper T-Lite T18 T16 T12 T8SG Updated
Item NO.	F45091
Weight	0.01 kg = 0.0220 lb = 0.3527 oz
Category	DIY RC Drone Accessories > Receiver
Brand	Jumper
Creation Time	2021-09-29

Jumper R1 V2 Mini Receiver Compatible with FrSky D16 XM & Protocol RXSR SBUS For Jumper T-Lite T18 T16 T12 T8SG Updated

Frequency alignment is the process of uniquely associating the receiver with the transmitter/transmitter RF module. Remote control internal or external RF modules can be bound to multiple receivers (cannot be used at the same time), and one receiver can only be bound to one RF module.
Follow these steps to complete the binding process.
1. Put the transmitter/transmitter RF module in the frequency matching mode
2. When the receiver is powered on, press "F/S" Anjian (hold for more than 6 seconds), enter the frequency matching mode (red and green LED is always on), the transmitter presses "bind", and the receiver red led flashes, the frequency matching is successful, the transmitter exits the frequency matching mode, the receiver is powered on again, and the green color led is always on.
When the control signal is lost for a period of time, out-of-control protection is a very useful function for preset channel output position. Follow these steps to set fault protection for the necessary channels;
The out-of-control protection of receivers that support D16 RF mode settings can be set through the remote control menu: "MODEL SETUP I In tema lRF/Fai safe."
Note: use remote control to set the out-of-control protection mode for the output position of D16 receiver channel, and use remote control to get out of control.Protection settings have a higher priority than those through receivers. Reasonable out-of-control protection settings can reduce the risk of model falling and damage.