IronLink RX-TD 2.4GHz True Diversity Receiver

The IronLink RX-TD is a high-performance ExpressLRS 2.4GHz true diversity receiver engineered to provide dependable long-range control, ultra-low latency, and exceptional link stability for demanding FPV and UAV applications.

At its core, the receiver utilizes an ESP32 microcontroller paired with 2.4GHz RF transceiver, delivering the fast packet rates, robust telemetry, and responsive control performance that ExpressLRS is known for.

Featuring true diversity, the RX-TD continuously monitors signal quality and significantly improving resistance to signal fading, multipath interference, and challenging flight environments with its two antenna in each RF path.

An integrated 2.4GHz front-end amplifier stage enhances receiver sensitivity and supports telemetry transmission power up to 100 mW per RF path, helping maintain a strong and reliable return link even at extended distances and minimizes any dropouts.

Built-in Wi-Fi connectivity allows seamless over-the-air firmware updates and configuration through the ExpressLRS WebUI, eliminating the need to disconnect or remove the receiver from the aircraft.

Despite its advanced capabilities, the IronLink RX-TD maintains a lightweight and compact footprint, making it suitable for everything from racing quads and long-range platforms to fixed-wing aircraft and professional unmanned systems.

Key Features

• Supports Gemini mode
• ExpressLRS 2.4GHz protocol support
• ESP32 high-performance microcontroller
• High-sensitivity RF front-end for improved link robustness
• 2X Max 100 mW telemetry output power
• Integrated Wi-Fi for wireless firmware updates and configuration
• Ultra-low latency control with high packet rate support
• Uses TCXO for utmost stability
• 26mm X20 mm dimensions
• Compact and lightweight design for space-constrained builds, weighs 1.69grams (without antenna)
• Optimized for FPV, long-range, fixed-wing, and professional UAV applications

For detailed specification and flashing guide. Please visit: https://docs.edsystems.in/