Description
If you’re looking to harness the advantages of the ELRS protocol, including its impressive efficiency, extended range, and minimal latency, without the need to invest in a new radio, RadioMaster has the perfect solution for you.
The Ranger Micro 2.4GHz ELRS Module is at the forefront of ELRS technology, boasting an output of up to 1W, refresh rates of F-1000Hz, and a highly efficient cooling system. Simply connect this module to a compatible radio, such as the RadioMaster Zorro, to fully experience the benefits of ELRS.
To ensure optimal signal coverage, the module comes with a T-shape antenna, while an optional MOXON antenna is available for those requiring directional capabilities. Please note that the Ranger Nano 2.4GHz ELRS Module is designed for Nano module bays; for JR style or Micro connectors, consider the Ranger and Ranger Micro modules.
Combo Package:-
The Ranger Nano Combo package is the ideal way to get started in the world of ExpressLRS. A complete Ranger Nano module is provided along with two RP1 ExpressLRS receivers and one RP2 ExpressLRS receiver.
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
★ Combo Package includes 1 x Ranger Module, 2 x RP1 Receiver, 1 x RP2 Receiver
Specification:-
- Item: Ranger Micro Module
- Regulatory Domain: ISM2400
- MCU: ESP32(main), ESP8285(aux, as ESP Back pack)
- RF chip: SX1281IMLTRT
- Frequency Range: 2400 MHz to 2480 MHz
- Maximum packet rate: 500Hz/F1000Hz (F1000 mode requires EdgeTX 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)
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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