Receiver BETAFPV SuperX ELRS Gemini Xross Nano (ELRS 2.4G + 868M)

BETAFPV SuperX ELRS Gemini Xross Nano Receiver (2.4G + 868M)

The BETAFPV SuperX ELRS Gemini Xross Nano is a compact dual-band ExpressLRS receiver engineered for ultimate signal reliability and long-range control. By utilizing true diversity hardware with dual Semtech LR1121 RF chips, ExpressLRS Gemini simultaneously transmits across both 2.4GHz and 868MHz frequencies. With two independent transmit and receive chains, this receiver delivers superior Link Quality (LQ) that thrives in heavy RF interference, dense race courses, and obstacle-filled flying spots.

Featuring three versatile operating modes (900M Gemini for long-range penetration, 2.4G Gemini for ultra-low latency, and 900M+2.4G GemX for simultaneous dual-band operation), the SuperX Nano gives you complete control over your link. The included dual-band T antennas ensure optimal reception across both frequencies without needing to swap hardware between flights.

Key Features:

• Dual-Band Gemini Xross Tech: Simultaneously transmits on 2.4GHz and 868MHz / 900MHz frequencies to maintain rock-solid link quality in high-interference environments.

• Dual Semtech LR1121 RF Chips: Features dual independent RF chains powered by Semtech LR1121 chips and an Espressif ESP32-C3 MCU for maximum processing performance.

• Three Signal Modes: Easily switch between 900M Gemini (maximum penetration), 2.4G Gemini (low latency), and 900M+2.4G GemX (simultaneous dual-band operation).

• Blistering Fast Refresh Rates: Supports both LoRa modes and ultra-fast 1000Hz FSK packet rates for minimal latency.

• Dual-Band T Antennas Included: Bundled with specialized dual-band T antennas designed specifically for 2.4GHz and 800/900MHz reception.

• Compact Nano Form Factor: Lightweight and compact design makes it easy to fit into micro builds, freestyle quads, or long-range exploration drones.

• Broad TX Compatibility: Works seamlessly with ExpressLRS modules supporting Gemini, including Micro, Micro V2, Nano V2, and SuperG TX modules.