DAKEFPV 2.4G ELRS MICRO TX Transmitter Module for Long Range FPV Drones

The DAKEFPV 2.4G ELRS MICRO TX Transmitter Module is a high-performance ExpressLRS external RF module designed for FPV pilots who demand ultra-low latency, exceptional link stability, and long-range performance. Operating on the 2.4GHz ISM band and powered by the advanced LR1121 RF chipset, this module delivers a reliable control link for FPV racing, freestyle, long-range, fixed-wing aircraft, and professional UAV applications. The LR1121 platform supports advanced ExpressLRS packet modes and modern telemetry features.

With a maximum RF output power of 2000 mW (33 dBm), the module provides excellent signal penetration and stable communication over long distances. The SMA antenna connector allows easy antenna replacement and upgrades, while the integrated cooling fan ensures efficient heat dissipation during high-power operation.

Compatible with ExpressLRS firmware (Factory Version 3.5.6), the module offers low-latency communication, configurable packet rates, telemetry support, and seamless integration with EdgeTX- and OpenTX-compatible radios. ExpressLRS is widely recognized for combining long-range performance with very low latency.

Its compact and lightweight design makes it an excellent upgrade for pilots looking to maximize control reliability without adding unnecessary weight to their radio setup.

Key Features

• 2.4GHz ExpressLRS External TX Module
• High RF Output Power up to 2000mW (33dBm)
• Advanced LR1121 RF Chip
• Ultra-Low Latency & Long-Range Communication
• Compatible with ExpressLRS Firmware
• Factory Firmware Version 3.5.6
• SMA Antenna Connector
• Built-in Cooling Fan for Efficient Heat Dissipation
• Supports Telemetry & Modern ELRS Packet Modes
• Suitable for FPV Racing, Freestyle, Long-Range & UAV Applications
• Compact and Lightweight Design

Specifications

Package Includes

• 1 × DAKEFPV 2.4G ELRS MICRO TX Module
• 1 × 2.4GHz SMA Antenna

Ideal Applications

• FPV Racing Drones
• Freestyle FPV Builds
• Long-Range FPV Drones
• Fixed-Wing RC Aircraft
• RC Helicopters
• ArduPilot & INAV UAV Platforms
• Professional UAV and Research Projects