BETAFPV SuperD Diversity ELRS 868MHz FPV Receiver for Long-Range and Freestyle Drones

Introduction

The BETAFPV SuperD ELRS is a groundbreaking True Diversity receiver designed for FPV enthusiasts seeking ultimate reliability and performance. It utilizes dual antennas, dual receiver chains, and advanced TCXO technology to ensure precise frequency and exceptional performance, even in challenging environmental conditions. Available in 868MHz, this receiver is ideal for demanding applications like long-range FPV flights, professional aerial photography, and intense freestyle FPV maneuvers.

Key Advantages

• True Diversity Reception: Features two complete RF receiver chains (Dual SX1280/SX1281 or Dual SX1276) powered by the latest ExpressLRS V3.0.0 firmware for superior signal integrity.
• Ultra-Lightweight Design: Weighing only 1.2g without antennas, its compact and clean PCB layout makes installation and soldering incredibly easy.
• Enhanced Signal Transmission: Two dipole T-antennas create an omnidirectional signal pattern, ensuring robust signal reception. Optimal placement involves separating and vertically mounting antennas as far apart as possible.
• Versatile Application: Not just for FPV drones, it's also excellent for FPV fixed-wing aircraft and other FPV planes, offering outstanding performance for extended flights.
• Superior 900MHz Performance: As the first true diversity receiver for 915MHz/868MHz bands, its dual independent receiver modules work in tandem to significantly improve signal quality and overall reliability, outperforming 2.4GHz systems in environments with obstructions.
• Reliable in Extreme Conditions: TCXO technology ensures stable and accurate frequency performance across a wide range of temperatures.

Technical Specifications

• Model: SuperD RX
• Weight: 1.2g (without antennas)
• Antenna: IPEX MHF1 + T-Antenna
• MCU: ESP32-PICO-D4
• RF Chip: Dual SX1276 (915/868MHz)
• RF Frequency: 868 MHz
• Antenna Connector: IPEX MHF 1/U.FL
• Input Voltage: +5V DC @ '+' pad
• Telemetry Power: 100mW / 17dBm (915MHz/868MHz)
• Serial Output Protocol: CRSF
• PCB Size: 22 mm x 14 mm
• Model Type: FPV Drone, Fixed-wing

Applications

This receiver is perfectly suited for FPV drones, FPV fixed-wing aircraft, long-range exploration, aerial photography, FPV racing, and freestyle FPV piloting where signal integrity and extended range are critical.

Compatibility

Uses CRSF protocol. Requires a compatible radio transmitter and ELRS firmware. Input voltage is +5V DC. Antenna connectors are IPEX MHF1/U.FL.

FAQ

What makes the BETAFPV SuperD Diversity ELRS receiver ideal for long-range FPV flights?

The SuperD ELRS receiver features a true diversity system with dual RF chains and antennas, plus TCXO technology for precise frequency. This combination significantly enhances signal reception and reliability over long distances, making it perfect for extended FPV missions.

What are the key technical advantages of the BETAFPV SuperD ELRS 868MHz receiver?

Key advantages include its true diversity reception with dual SX1276 chips, an ultra-lightweight design at just 1.2g, superior 868MHz performance with enhanced diffraction capabilities compared to 2.4GHz, and stable operation in extreme temperatures thanks to TCXO.

Is the BETAFPV SuperD Diversity ELRS receiver compatible with different types of FPV aircraft?

Yes, this receiver is designed not only for FPV drones but also excels with FPV fixed-wing aircraft and other FPV planes, offering excellent performance for long-distance flights.

Where can I buy the BETAFPV SuperD Diversity ELRS 868MHz receiver with fast delivery?

You can buy the BETAFPV SuperD Diversity ELRS 868MHz receiver at HTDRONE. We offer fast shipping within Poland and reliable delivery to Ukraine via Nova Poshta, as well as worldwide shipping via DHL.

What is the weight and antenna setup of the BETAFPV SuperD ELRS receiver?

The BETAFPV SuperD ELRS receiver is extremely lightweight, weighing only 1.2g without antennas. It comes with two dipole T-antennas that connect via IPEX MHF1/U.FL connectors, designed to provide a good omnidirectional signal.