RadioMaster Nomad Gemini Xrossband ELRS Dual 1W Dual-Band RF Module (Micro/Nano)
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RadioMaster Nomad is a Gemini Xrossband ExpressLRS external RF module designed for long-range and high-interference environments. It features two built-in third-generation Semtech LR1121 transceiver chips, capable of transmitting packets simultaneously on both 2.4GHz and Sub-G 900MHz frequency bands, reducing the risk of signal loss when a single band is interfered with.
Product Features
- Dual-band Gemini Xrossband: Simultaneous 2.4GHz and 900MHz transmission.
- Dual 1W transceivers, suitable for applications requiring long range and high link stability.
- Compatible with existing 2.4GHz and 900MHz ExpressLRS receivers; Xrossband mode available when paired with Gem-X dual-band receivers.
- Includes Micro and Nano module bay adapters, compatible with most common remote controllers.
- Built-in active cooling, Wi-Fi, Bluetooth, and RGB light strip.
- Pre-loaded with ExpressLRS firmware, and supports mLRS.
Specifications
| Product Name | Nomad Dual Band Module with Micro Adapter |
|---|---|
| Region / Band | ISM 2.4GHz, FCC 915MHz |
| Frequency Range | 2400–2479MHz / 903–927MHz |
| RF Output | Dual 1W Transceivers |
| MCU | ESP32 (Main) + ESP32‑C3 (Auxiliary / Backpack) |
| RF Chip | Semtech LR1121 × 2 |
| Packet Rate | Up to 500Hz; Minimum Receiver Update Rate 50Hz |
| Module Bay Interface | Micro Standard 5-pin / Nano Standard 8-pin |
| External Power Supply | XT30, DC 6–16.8V |
| Dimensions | 80 × 45 × 40mm (excluding antenna) |
| Weight | Approx. 87.2g (with antenna) / 71.1g (without antenna) |
Package Contents
- Nomad Dual Band RF Module (with Micro adapter) × 1
- 2.4GHz / 900MHz Dual Band Antenna × 2
- Nano Adapter × 1
- Instruction Card × 1
Purchase Reminder
This product is the FCC 915MHz version. Before use, please confirm the remote controller module bay, EdgeTX / ExpressLRS firmware version, receiver support mode, and external power supply method. Available frequencies and output power must comply with local regulations; actual range may be affected by antenna configuration, environmental interference, installation method, and receiver performance.












