Receiver RadioMaster XR3 Nano Multi-Frequency 2.4GHz Diversity
Code: HP0157.XR3-2400Product detailed description
Receiver RadioMaster XR3 Nano Multi-Frequency 2.4GHz Diversity The XR3 Receiver is a versatile, ultra-compact ExpressLRS receiver, measuring just 20x15mm. Powered by the advanced third-generation Semtech LR1121 transceiver, it operates on 2.4GHz bands. XR3 delivers exceptional range and sensitivity in a small, lightweight package — perfect for any build. With the reliability of ExpressLRS, you can focus on flying without worrying about link quality. Designed for convenience, the XR3 features built-in Wi-Fi for effortless configuration and firmware updates. Access and manage settings through an intuitive WebUI on your PC or mobile device with ease. The XR3 receiver features a Skyworks RFX2401C providing an LNA for improved receiver performance, a PA providing up to 100mW of telemetry performance and antenna switching for antenna diversity. Features: - Antenna Diversity for improved signal stability and range - ExpressLRS 2.4GHz - ESP32C3 high-performance MCU - Semtech LR1121 Transceiver - Additional UART port - Secondary port for advanced functionality - Castled pads for easy soldering Specification: Item: XR3 Nano Multi-Frequency Antenna Diversity ExpressLRS Receiver Type: ISM2.4, FCC915 MCU: ESP32C3 RF Chip: LR1121 RF connector: IPEX-1 X 2 Antenna: 2x T-Antenna 2.4GHz Frequency Range: 2.4GHz Telemetry Power: 100mw Maximum receive refresh rate: DK500Hz / K1000Hz Minimum receiver refresh rate: 25Hz Working voltage: DC 4.5 - 8.4V Weight: 1.3g (without antenna) Dimension: 22x15x4mm Firmware Version: ExpressLRS v3.5.1 pre-installed FW Target: RadioMaster XR3 2.4 Bus interface 1: CRSF Bus interface 2: UART Package Include: 1x XR3 Nano Multi-Frequency Antenna Diversity ExpressLRS Receiver 2x T-Antenna 2.4GHz 1x CRSF Wire 3x Heat-Shrinkable Tube
Additional parameters
| Category: | Drone Receivers |
|---|---|
| Protocol: | ELRS 2.4GHz |
Be the first who will post an article to this item!
Only registered users may submit ratings. Please log in or sign up.
Be the first who will post an article to this item!
Add a comment
