GEPRC RX as TX JR-Bay Modification Kit
Summary The GEPRC RX as TX JR-Bay Modification Kit is a quick and easy DIY solution that takes advantage of the ELRS receiver’s ability to upgrade via firmware into a…
Specifications
| $1299 | |
| Options: Basic Kit, 3D-Printed Kit |
Summary The GEPRC RX as TX JR-Bay Modification Kit is a quick and easy DIY solution that takes advantage of the ELRS receiver’s ability to upgrade via firmware into a TX module. This kit is compatible with a variety of controllers that have a JR bay, and the 3D-printed version features a vibrant, multi-colored shell. It supports 2-6S input voltage and 5V@1A output, ensuring stable power. With three connection options for the receiver and a custom mount designed specifically for GEPRC receivers, installation is hassle-free. The dual-antenna design converts the receiver into a Gemini TX module, while the optional cooling fan ensures smooth operation. Paired with 915M/2.4G dual-frequency T-type antennas, it allows for seamless frequency band switching. Want to get more creative with it? Download the open-source PCB board and shell design files here: https://geprc.com/support/download/download-the-open-source-pcb-board-and-shell-design-files-here/ You can even design your own JR bay shell or PCB board using a 3D printer, and enjoy the DIY fun! And for the easiest experience, we recommend buying the kit directly from us! Feature Compatible with a wide range of controllers featuring a JR bay Eye-catching multi-color 3D printed shell for a bold look Handles 2-6S input, with 5V@1A output for steady power Three connection options for receivers, giving you flexibility Custom-built mount base for easy, secure installation of GEPRC receivers Dual antenna design, instantly upgrading to a Gemini TX module Cooling fan supported Paired with 915M/2.4G dual-frequency T-type antennas for convenience Open-source design files to fuel your creativity and expand possibilities Specifications Model: GEPRC RX as TX JR-Bay Modification Kit Expansion Bay: JR Bay Input Voltage: 2-6S Output Voltage: 5V@1A Housing Material: PLA Number of Antennas: Dual antennas Compatible Receivers: Receivers using ESP32 or ESP32-C3 chips Connection Method: Soldering, SH1.0 connectors, pogo pins Installation method Open the ExpressLRS Configurator or navigate to the ELRS online flashing website: https://expresslrs.github.io/web-flasher/ ; Select the corresponding receiver model; In the advanced settings, enable the “RX as TX” option and set it to “external” TX; Follow the standard flashing procedure to install the “RX as TX” firmware; Connect the receiver’s GND, 5V, TX to the JR-Bay Modification Kit’s GND, 5V, and SP respectively. After rebooting, the receiver will function as a TX module. Includes Basic Kit Includes 1 x RX as TX JR Bay PCBA board 2 x 915M/2.4G dual-band T-antennas 2 x IPEX1 to SMA right-angle cables (outer thread, inner hole) 1 x Cooling fan 1 x 4-pin pogo pin 1 x 4-pin silicone cable 6 x M2*5 screws 8 x M1.4*6 self-tapping screws 8 x M1.4*8 self-tapping screws 3D-Printed Kit Includes 1 x 3D-printed bottom shell for RX as TX JR Bay 1 x 3D-printed top cover for RX as TX JR Bay 1 x 3D-printed mounting base for GEPRC GemX Gemini receiver 1 x 3D-printed top cover for GEPRC GemX Gemini receiver 1 x 3D-printed mounting base for GEPRC DUAL 915M Diversity receiver 1 x 3D-printed top cover for GEPRC DUAL 915M Diversity receiver 1 x 3D-printed 5-pin connector mounting part 1 x RX as TX JR Bay PCBA board 2 x 915M/2.4G dual-band T-antennas 2 x IPEX1 to SMA right-angle cables (outer thread, inner hole) 1 x Cooling fan 1 x 4-pin pogo pin 1 x 4-pin silicone cable 6 x M2*5 screws 8 x M1.4*6 phillips self-tapping screws 8 x M1.4*8 phillips self-tapping screws