Radiomaster R85C FrSky Receiver

RadioMaster R85C 5CH FrSky D8/D16 & Futaba SFHSS Compatible PWM Receiver w/ TCXO

The RadioMaster R85C Receiver is a compact yet powerful receiver designed to meet the needs of serious RC hobbyists. Compatible with FrSky D8, D16, and Futaba SFHSS protocols, it’s perfect for a wide range of RC models, including drones and planes. This receiver doesn’t just offer a long control range and reliable performance—it also features a built-in TCXO (temperature compensated crystal oscillator) for enhanced stability. The TCXO keeps your frequency control precise, even in extreme temperature conditions, reducing frequency drift and ensuring long-term signal integrity.

Weighing just 5.55 grams and with a high-sensitivity 2.4G antenna, the R85C ensures consistent performance over a 1km+ range. Its 5-channel PWM output makes it ideal for most basic to intermediate-level RC setups, all while maintaining an ultra-lightweight and compact design that fits neatly into any model.

Key Features:

• FrSky D8, D16 & Futaba SFHSS Compatibility: Broad protocol support across various RC systems.
• 5 Channel PWM Output: Ideal for a wide range of applications, from drones to planes.
• Built-in TCXO: Temperature-compensated crystal oscillator ensures frequency stability and accuracy, even in extreme conditions.
• High-Sensitivity 2.4G Antenna: Ensures strong, reliable signal reception over long distances.
• Lightweight & Compact: At just 5.55 grams, it’s easy to integrate into any model.
• 1km+ Range: Fly or drive with confidence at extended ranges.

Specifications:

• Power Supply: DC 4.5 – 8.4V
• Frequency Range: 2400-2483.5Mhz
• Supported Protocols: D8, D16, SFHSS
• Output Channels: 5CH PWM
• Telemetry Power: 100mW / 20dBm
• Antenna Type: High-sensitivity 2.4G antenna
• Weight: 5.55 grams
• Dimensions: 31.018.513.0 mm
• TCXO: Temperature compensated crystal oscillator for enhanced signal stability and accuracy.

What’s in the Box:

• 1 x R85C Receiver
• 1 x User Card

Note: Accessory availability may vary based on supply.