Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver

SKU: LA0256+MA0195+LA0261
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$129.99 $146.97
Jumper T pro with JP4IN1 Multi protocol module
Jumper 2.4G ELRS TX Module AION NANO
Jumper 2.4GHz ExpressLRS ELRS AION-RX-MINI receiver
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Quantity:
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
  • Jumper T Pro OpenTX Radio+2.4G ELRS Nano TX Module+ExpressLRS ELRS Mini Receiver
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Package Included:

1 x Jumper T Pro OpenTX Remote Controller with JP4IN1 Multi-Protocol Module
1 x Jumper 2.4G ELRS TX Module AION NANO
1 x Jumper 2.4GHz ExpressLRS ELRS AION-RX-MINI receiver

Jumper T Pro radio
Main Feature:

JP4-in-1 Multi-protocol module included. DSM2/X, FrSKY, SFHSS, FlySky, FlySky AFHDS2A, Hubsan etc.
OpenTX firmware
Hall sensor gimbals
ELRS Nano / TBS CRSF Nano compatible module bay on rear side.
USB-C internal charging
Up to 16 channels of output (depending on the receiver)
Wide voltage input (2pcs 18650 recommended)
Vibration reminder function
Support telemetry (depending on the receiver)
LUA Script support: Yes

Specification:
Size:160*128*68
Weight: 488g (without battery)
Working voltage: DC6V-DC8.4V
Firmware: OpenTX
Display: 1.3 inch LCD display, 128* 64 resolution
Gimbal Type: HALL Sensor
Upgrade method: USB online upgrade
Simulator mode: 3.5mm standard ppm output or USB
Battery: 2x18650 (Battery not included)
External Micro SD Card: reserved SD card slot

Jumper ELRS 2.4G Nano TX
Specifications:
Product: Jumper 2.4G ELRS TX Module
Model Name: AION TX NANO
Screen: OLED
MCU: ESP32
RF Output Power: 10-500mw
Frequency Range: 2.4GHz-2.5GHz
Firmware: ExpressLRS
Antenna: Directionality Diamond antenna for best signal penetration
Working Voltage: DC5-8.4v
Maximum receive refresh rate: 500Hz
Menu button: 5 directions button
Voltage: DC6-8.4V
Current: <400mA
Port: S.port
Firmware update: via Wifi, UBC-C, or Blue tooth

Jumper 2.4GHz ExpressLRS ELRS AION-RX-MINI receiver

Specifications:

Dimension: 17.2*8.8*4.3mm (L x W x H)
Weight: 1.1g
Number of Channels: 16Ch
Operating Voltage Range: 3.5V~6V
Operating Current: 60mA@5V
Operating Range: Full range
Distance: >5KM
Compatibility: radios in ELRS 2.4 mode

Binding Procedure:
Binding is the process of uniquely associating receiver to a transmitter/transmitter RF module . A transmitter internalor external RF module can be bound to multiple receivers (not to be used simultaneously).A receiver can only be bound to one RF module.Follow the steps below to finish the binding procedure.1.Put the transmitter/transmitter RF module into binding mode2.Power on the receiver, the receiver's green light will flash and the receiver is in binding mode. Bind in the radio, the receiver's green light will be always on, then the binding is completed. If the receiver is not bound in 20 seconds after power-on, the receiver will get into Wifi firmware updating mode, the green light will flash at the same time.

Failsafe:
Failsafe is a useful feature which is for a preset channel output position whenever control signal is lost for a period.Follow the steps to set Failsafe for channels necessary :Failsafe for receiver supporting ELRS RF mode setting can be set via radio interface, which support no pulse, hold andcustom three modes for each channel.radio go to: MODEL SETUP/Internal RF/Failsafe.

Note: Failsafe setting via transmitter for channel output position just for ELRS RF mode, and Failsafe setting via transmitter has higher priority to setting via receiver. A reasonable Failsafe setting can decrease falling risk and damage.


 
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