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RadioMaster

RadioMaster Ranger Micro 2.4GHZ ELRS Module

RadioMaster Ranger Micro 2.4GHZ ELRS Module

Regular price $39.00 USD
Regular price Sale price $39.00 USD
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Type

Want to experience the efficiency, long range and low latency of the ELRS protocol without purchasing a new radio? RadioMaster has you covered!

Featuring up to 1W output, F-1000Hz refresh rates and a high-efficiency cooling system, the Ranger Micro 2.4GHz ELRS Module represents the cutting edge in ELRS technology. Attach the module to a compatible radio (TX16S, TX16S MkII, TX12, TX12 MkII and more) to enjoy all that ELRS has to offer.

The included T-shape antenna is designed for maximum signal coverage. An optional MOXON antenna is available for directional applications.

*Note: The Ranger Micro 2.4GHz ELRS Module fits JR style micro module bays, for Nano connectors, please consider the Ranger and the Ranger Nano modules. For more information on the Ranger series, please check here.

Ranger Micro 2.4GHZ ELRS Module

Features

  • High-efficiency cooling system
  • Up to 1Watt Power output 
  • Wifi and Bluetooth support
  • Packet rates up to F-1000Hz
  • T-antenna included
  • With the Micro connector, support TX16S MKII and TX12 MKII radio

Specification

  • Item: Ranger Micro Module
  • Regulatory Domain: ISM2400
  • MCU: ESP32(main), ESP8285(aux,as ESP backpack)
  • RF chip: SX1281IMLTRT
  • Frequency Range: 2400 MHz - 2480 MHz
  • Maximum packet rate: 500Hz/F-1000Hz (F-1000Hz mode requires EgdeTX 2.7.1 or later)
  • Minimum receiver refresh rate: 25Hz
  • RF Output Power: 30dBm for FCC, 20dBm for CE (Adjustable by LUA) 
  • Wifi Support: Yes
  • Bluetooth support: Yes
  • XT30 Power supply voltage: DC 6V - 16.8V
  • Weight:  50g (with antenna) / 40.5g (without antenna)
  • Dimension: 136*49*33mm (with T antenna) / 74*49*33mm (without antenna)
Ranger Micro 2.4GHZ ELRS ModuleRanger Micro 2.4GHZ ELRS ModuleRanger Micro 2.4GHZ ELRS Module

Ranger Micro 2.4GHZ ELRS Module

Size

Ranger Series

We wish to thank the ExpressLRS team for their support and testing during the development of the Ranger series. To learn more and support the ExpressLRS project visit https://www.expresslrs.org/

 

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