MATEKSYS MLRS MAVLINK 2.4GHZ RECEIVER, MR24-30

MATEKSYS MLRS MAVLINK 2.4GHZ RECEIVER, MR24-30 MLRS 2.4 GHz LoRa, 30 DBm RF Power 4.5-13V for Long Range RC FPV Drone

• STM32G431KB, mLRS firmware
• LoRa SX1281 with TCXO
• PA/LNA SKY65383-11
• RF Frequency: 2.4GHz ISM
• RF power: 13dBm(min) / 20dBm / 24dBm / 27dBm / 30dBm(1000mW)
• Antenna connector: IPEX MHF-1
• TX1/RX1: Bi-directional Serial MAVLink
• TX2: RC out(CRSF or SBUS)
• one buttom for DFU mode and Bind
• Power supply: 4.5-13V DC @ “V” Pad
• Power dissipation: Average 360mA/Peak 900mA@5V IN(50Hz, 30dbm)
• PCB Size: 28x21mm
• Weight: 4.5g w/ antenna

• 1x mR24-30
• 1x IPEX MHF1 sleeve dipole antenna. 15cm
• 1x Heatsink 20*20*6mm

• [Red flashing 2Hz], not connected to transmitter
• [Green flashing 1Hz], connected to transmitter
• [Red and Green alternately ], Binding mode enabled
• Binding
• After powering on, press the bind button (for ca. 4 seconds) on the receiver. When in bind mode, the green and red LEDs will blink alternatively with ca 2.5 Hz.
• https://github.com/olliw42/mLRS-docu/blob/master/docs/BINDING.md

• mLRS https://github.com/olliw42/mLRS/tree/main/firmware/pre-release-stm32

• RX Receiver: rx-matek-mr24-30-g431kb
• TX module mode: tx-matek-mr24-30-g431kb-default
• TX SiKtelem mode: tx-matek-mr24-30-g431kb-siktelem

• mLRS Github & Documentation
• mLRS Discord
• mLRS Facebook group
• If set RF power >=500mW, It is recommended to attach the heatsink to the bottom side of PCB. The gaps between fins can be used for mounting with M3 screws

Routing and settings:

Use mR24-30 as a TX module : tx-matek-mr24-30-g431kb-default-xxx

Use mR24-30 as a TX in SiKTelem mode : tx-matek-mr24-30-g431kb-siktelem-xxx