Ranger 2.4GHz ELRS Module
- VAT will be applied to orders shipped to the EU.
- Batteries can't be shipped separately, please purchase batteries with Radio units.
- Customized products require a 40-day lead time and no refunds can be made after the order is placed.
The RadioMaster Ranger is the pinnacle of ExpressLRS module design. Built not only to look great but to last with its rugged CNC machined aluminum case that aids the high-efficiency cooling system as a heat sink. The Ranger is up to any task and provides all the power and functionality you need.
Featuring an OLED display, a directional menu key, and two assignable shortcut keys the Ranger can be adjusted on the fly and personalized to your needs.
The Ranger includes an omnidirectional T-antenna for general use and a RadioMaster Moxon directional antenna for increased link quality and stability. A micro module and nano module adapter are included to ensure the Ranger is compatible with most radios on the market today. A cable has also been included for use with Futaba radios that are CRSF capable.
Except for the Ranger, we also provide the Ranger Micro ExpressLRS Module and Ranger Nano ExpressLRS Module for your choice.
Features
- Built-in ExpressLRS Backpack
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OLED Display
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Rugged CNC Case
- Built-in Accelerometer
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Packet rates up to F-1000Hz
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Wifi and Bluetooth support
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High-efficiency cooling system
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5 Direction Nav key and customizable shortcut buttons
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Micro and Nano adapters included
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Moxon and T-antenna included
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CRSF cable for compatible Futaba radios included
Specification
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Item: Ranger 2.4GHz ELRS Module
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Regulatory Domain: ISM2400
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MCU: ESP32(main), ESP8285(aux, as ESP backpack)
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RF chip: SX1281IMLTRT
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Frequency Range: 2400 MHz - 2480 MHz
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Maximum packet rate: 500Hz/F-1000Hz (F-1000Hz mode requires EgdeTX 2.7.1 or later)
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Minimum receiver refresh rate: 25Hz
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Module bay adapters: JR standard 5pin socket & Nano standard 8pin socket
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Futaba CRSF socket cable: Included
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OLED screen: 64x128px
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Wifi Support: Yes
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Bluetooth support: Yes
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3-Axis Accelerometer: Yes (STK8BA58 MEMS Accelerometer)
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Built-in RGB light strip
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XT30 Power supply voltage: DC 6V - 16.8V
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Weight: 138g (with Moxon antenna) / 135g (with T antenna) / 126g (without antenna)
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Dimension: 95*51*25mm (without antenna)
Size
User Manual
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/
- Ranger 2.4GHz ELRS Module
- Ranger Micro 2.4GHZ ELRS Module
- Ranger Nano 2.4GHZ ELRS Module
- 2.4GHz T Antenna
- 2.4GHz Moxon Antenna
Package Includes
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1 * RANGER Module
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1 * Futaba CRSF socket cable
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1 * JR Adapter
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1 * Nano Adapter
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1 * T Antenna
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1 * Moxon Antenna
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1 * Hexagon socket screwdriver
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3 * M2*5 Screws
- 1 * Assembly Manual
Need receivers too? Purchase the Ranger Combo, which includes the following items:
Ranger is installed with ExpressLRS as standard.
ExpressLRS is an open-source, high-performance radio control link that delivers exceptional range and low-latency communication using advanced LoRa technology. It's highly customizable and perfect for RC enthusiasts looking for reliability and efficiency.
Pair your ExpressLRS with Radiomaster's top-tier transmitters and receivers. Radiomaster products are designed to maximize the benefits of ExpressLRS, offering state-of-the-art performance for your RC adventures. Upgrade your RC experience with the unbeatable combination of ExpressLRS and Radiomaster—engineered for excellence and tailored for you.
Find out more about ExpressLRS here
Ranger is now compatible with mLRS!
The mLRS project offers an open-source, high-performance radio system based on LoRa technology, operating at 2.4 GHz, 915/868 MHz, and 433 MHz/70 cm, designed to deliver a secure, reliable, and robust link under any conditions.
While designed initially with MAVLink optimization in mind, mLRS always provides a transparent serial link, making it suitable for a wide range of applications. Its design ensures the strongest possible signal integrity while maintaining a relatively high data rate, balancing performance and reliability without compromise.
