Includes:
- 1* SuperX Nano Receiver
- 2* Dual-band T Antenna
- 1* SH1.0 Connector (Double Ended)
- 2* Heat Shrink Tubing
- 1* User Manual
Powered by Semtech’s LR1121 RF chips and Espressif’s ESP32-C3, the SuperX pioneers BETAFPV’s first Gemini Xrossband receiver – mastering 900M (868/915MHz) and 2.4G bands via LoRa and blistering 1000Hz FSK modes. Conquer race gates and long-range horizons with unshakeable signal reliability, where lesser links fail. Choose the dual-band mastery of SuperX Nano or the band-switching agility of SuperX Mono for precision-tuned performance in any flying scenario.
- Semtech LR1121 RF chips + Espressif ESP32-C3
- LoRa and blistering 1000Hz FSK modes
- Supports 900M Gemini, 2.4G Gemini, 900M+2.4G GemX
- SuperX Nano: Dual-band mastery for RF-challenged environments
- SuperX Mono: Band-switching for micro builds
- Works with Micro/Micro V2/Nano V2/SuperG TX modules
- Compact and lightweight
Gemini
ExpressLRS Gemini revolutionizes RC control by leveraging true diversity hardware to simultaneously transmit across 2.4GHz and/or 900MHz frequencies. Unlike conventional systems, Gemini utilizes dual independent transmit/receive chains - delivering superior link quality (LQ) that thrives in challenging environments like race courses or urban areas.
Gemini offers three modes: 900M Gemini, 2.4G Gemini, and 900M+2.4G Gemini Xrossband (GemX). With GemX, you no longer need to choose between performance traits—it combines 2.4GHz's low latency and 900MHz's long-range in a single, seamless link.
SuperX Nano: 900M+2.4G Dual Band
Powered by dual LR1121 chips from Semtech, the SuperX Nano Receiver delivers uncompromising signal reliability with three modes: 900M Gemini (long-range penetration), 2.4G Gemini (ultra-low latency), and 900M+2.4G GemX (simultaneous operation). The included dual-band T antennas eliminate frequency-switching hassles, while advanced diversity processing ensures rock-solid stability in RF-challenged environments. Built for mission-critical applications, it's the ultimate solution for competitive racers, long-range explorers, and professional aerial photographers who demand zero-compromise performance.
