MicroZone MC6C Mini V2 2.4G 6CH RC Transmitter and Receiver Radio System | 6-Channel 2.4GHz FHSS Remote Controller for RC Airplanes, Drones, FPV Racers, Cars, and Boats

MicroZone MC6C Mini V2 2.4 GHz 6‑Channel RC Transmitter & Receiver – a compact, high‑performance radio system built for classroom labs, maker projects and competitive robotics. The transmitter fits comfortably in one hand, while the lightweight receiver plugs directly into any standard PWM/PPM servo or flight‑controller board. Operating on a 2.4 GHz FHSS (Frequency‑Hopping Spread Spectrum) link, the MC6C delivers crystal‑clear, interference‑free control across six independent channels, making it ideal for RC airplanes, drones, FPV racers, cars and boats.

What students will learn:

• Wireless communication fundamentals – how FHSS, channel hopping and 2.4 GHz modulation keep signals robust in noisy environments.
• Signal processing & PWM/PPM – mapping joystick movements to pulse‑width‑modulated outputs for servos, ESCs and motor controllers.
• System integration & debugging – wiring the receiver to flight controllers, calibrating trim, and troubleshooting latency or drop‑outs.
• Programming & telemetry – using the optional bind button and dip‑switches to set up custom mixes, failsafe modes, and (with a compatible companion app) real‑time data logging for flight analysis.

Key features

• 6 fully programmable channels with dual‑rate (low/high) switch for fine‑tuned control.
• 2.4 GHz FHSS transmission with 40‑channel hopping for maximum anti‑interference protection.
• Sub‑100 ms latency and >1 km line‑of‑sight range (clear sky).
• Built‑in failsafe and low‑battery alarm to protect models.
• Compact ergonomic design (120 mm × 55 mm × 30 mm) with a high‑resolution 2‑axis joystick and 4‑direction hat switch.
• Easy bind process: press the bind button on the receiver, then hold the “Bind” switch on the transmitter.
• Compatible with any standard PWM/PPM input (servo, ESC, flight controller) and works with popular open‑source flight stacks (Betaflight, ArduPilot, INAV).

Why it’s great for education and hobbyists: The MC6C Mini V2 gives students a hands‑on, real‑world platform to explore radio‑frequency engineering, control theory and robotics without the overhead of a full‑size transmitter. Its reliable FHSS link and programmable channels let learners design everything from simple servo‑controlled planes to multi‑rotor drones with independent camera gimbals. Because the system is lightweight, inexpensive, and plug‑and‑play, it fits easily into classroom budgets while still meeting the performance expectations of serious RC enthusiasts. In short, it’s a versatile, future‑proof tool that turns abstract concepts into tangible, flying (or driving) results.