The MicroZone MC6C Mini is a compact, entry-level 2.4GHz 6-channel radio control system designed for fixed-wing aircraft, multirotors, and surface vehicles. The V2 edition features an internal antenna design for a sleek profile and uses the S-FHSS frequency hopping protocol for stable, interference-free communication. Its small form factor makes it particularly suitable for younger pilots or those who prefer a more portable "game-pad" style controller.

Specifications

• Channels: 6 Channels.
• Frequency: 2.400GHz to 2.483GHz.
• Protocol: S-FHSS (Frequency Hopping Spread Spectrum).
• Operating Voltage (Transmitter): 4.8V – 6.0V (Requires 4x AA batteries).
• Operating Voltage (Receiver): 4.5V – 6.0V.
• Range: > 500 meters (Line of sight).
• Transmitter Power: <= 70mW.
• Receiver Model: MC7RB V2 (Supports PWM and SBUS/PPM).
• Other Support Receivers: MC6RE-V2, MC6RE, MC7RB, MC9002, E6R-E

Features

• Miniature Design: Features a compact housing with an integrated internal antenna, reducing the risk of breakage and making it easy to store in a field bag.
• V2 Receiver Improvements: The included MC7RB V2 receiver is significantly smaller than previous versions and supports multiple signal outputs (PWM, PPM, and SBUS) for compatibility with modern flight controllers.
• Simple Calibration: Supports easy stick calibration and servo reversing via dedicated switches or button combinations.
• Low Power Alert: Includes a built-in voltage alarm that triggers when the transmitter batteries are low, preventing unexpected loss of control.
• Digital Trim: Features digital trimming buttons for precise adjustment of flight surfaces during operation.

Channel Map & Functions

• CH1 (Aileron): Left/Right roll control.
• CH2 (Elevator): Up/Down pitch control.
• CH3 (Throttle): Speed/Motor control.
• CH4 (Rudder): Left/Right yaw control.
• CH5 & CH6: Auxiliary channels for flight modes, landing gear, or lights (controlled via switches/knobs).

Binding Procedure

1. Connect the power to the MC7RB V2 receiver.
2. Press and hold the Binding Button on the receiver until the LED starts flashing.
3. Turn on the MC6C Mini transmitter while holding the specific bind key (refer to the specific V2 manual as button locations may vary).
4. Once the receiver LED stops flashing and turns solid, the binding process is complete.

Common Applications

• Park Flyers: Ideal for small foamies and 4-channel trainers.
• FPV Drones: Using the SBUS output for a clean, single-wire connection to flight controllers like F4 or F7.
• RC Boats and Cars: Reliable 6-channel control for surface vehicles requiring extra functions (e.g., winches or lights).
• DIY Robotics: A budget-friendly way to add wireless manual control to Arduino or Raspberry Pi based robots.

Usage Tips

• Battery Choice: While the transmitter accepts 4x AA alkaline batteries, using high-quality NiMH rechargeable is recommended for more consistent voltage.
• Failsafe Setup: Always test the failsafe function (usually setting the throttle to 0% if the signal is lost) before your first flight to prevent flyaway.
• Receiver Placement: Keep the receiver antenna away from large carbon fibre parts or metal frames to maximize signal reception.