HPI Racing RF-50N 3-Channel 2.4Ghz Surface Receiver HPI160305

HIGH PERFORMANCE FOR NITRO VEHICLES

Introducing the HPI Racing RF-50N, an advanced 3-channel, 2.4GHz surface receiver tailored specifically for nitro and gas vehicles. Designed for seamless compatibility with the HPI TF-41 and TF-50 series transmitters, this receiver combines ease of use with state-of-the-art technology for an exciting driving experience.

ROBUST AND RELIABLE TECHNOLOGY

The RF-50N utilizes Digital Frequency-Hopping Spread Spectrum (FHSS) 2.4GHz technology, providing crystal-free operation. With simple radio binding steps, you can quickly establish a reliable connection, allowing for uninterrupted fun with fellow RC enthusiasts.

SAFETY FIRST WITH FAILSAFE FUNCTIONS

Equipped with both Signal and Low-Voltage failsafe features, the RF-50N ensures your safety while driving. In the event of a radio link failure or low onboard battery voltage, it automatically switches the throttle channel to a pre-set failsafe position, giving you control and peace of mind.

COMPACT AND LIGHTWEIGHT DESIGN

With dimensions of just 35x26mm and a height of only 16mm, the RF-50N is compact and lightweight at 11.5 grams. This design ensures that it won’t disrupt the weight balance of your vehicle, allowing for optimal performance no matter where it’s mounted.

WATERPROOF PROTECTION FOR ALL CONDITIONS

Featuring a silicone jacket encased in a hardcase, the RF-50N provides waterproof protection for a true all-terrain RC experience. Drive confidently in various weather conditions, from mud to rain to snow, knowing that your receiver is built to withstand the elements.

ADAPTABILITY WITH EXTRA FUNCTIONS

This receiver includes a 3rd channel plug that can be leveraged for various applications, such as connecting an LED light controller, a winch, or powering a personal transponder, making it a versatile choice for RC hobbyists.

Explore the versatility of the RF-50N and enhance your RC experience in various environments, enjoying reliable control with peace of mind.