MAD 6X-12 M6C12 Drone Arm Set - 150KV 170KV Max Thrust 10KG/Rotor for Industrial Multi-rotor Drone

Overview

The MAD 6X-12 M6C12 drone arm set is a ready-to-use propulsion system designed for industrial multi-rotor applications. It provides a payload capacity of 3.3-4.7kg per rotor, with a maximum thrust of 10kg per rotor. The lightweight design keeps the combo weight at only 505g, ensuring high efficiency and optimal flight performance. This system is ideal for long-range inspection, mapping, and surveying drones.

Key Features

• Plug-and-Play Installation
  The arm set is compatible with 30mm, 28mm, and 25mm drone arm tubes, including an adapter ring for easy installation. The one-plug and screw design eliminates the need for complicated wiring.

• High-Efficiency Brushless Motor
  Equipped with the M6C12 motor, featuring a 64x12mm stator and optimized electromagnetic design, providing smooth operation and high reliability in industrial applications.

• Superior Heat Dissipation
  The centrifugal cooling fan and aluminum heat dissipation matrix effectively reduce motor temperature, improving operational reliability and extending flight duration, even under high-temperature conditions.

• Integrated 60A FOC ESC

  • Intelligent control algorithm for enhanced throttle response and stability
  • Automatic parameter setup for user-friendly operation
  • Efficient driving performance reduces ESC working temperatures
  • Supports 8S-14S LiPo battery configurations

• Durable & Aerodynamic Propeller

  • Uses 22-inch folding carbon composite HAVOC propellers, lightweight yet highly durable
  • Upward wingtip design minimizes airflow interference, reducing vibration and noise for better flight efficiency

• IP45 Protection
  Industrial-grade dustproof and waterproof design, ensuring safe operation in various weather conditions.

• Built-in LED Indicator

  • No external LED installation required
  • LED color indicates ESC status and motor rotation setup
  • Available LED options: red and green

Technical Specifications

Application

This propulsion system is designed for industrial-grade multi-rotor drones used in long-range aerial inspection, mapping, and surveying applications. Its high efficiency, plug-and-play convenience, and robust environmental resistance make it an excellent choice for professionals in UAV operations.

Package Includes

• 1 x 6X-12 M6C12 motor with integrated ESC
• 1 x 22-inch HAVOC folding propeller
• 1 x Installation adapter ring (for 30mm, 28mm, 25mm arm tubes)
• 1 x Power and signal extension cable

This drone arm set delivers superior thrust, endurance, and reliability, making it a great choice for industrial multi-rotor UAV applications.

Details

MAD 6X-12 Motor offers tuned propulsion systems for drones. Available in 6X-08, 6X-10, and 6X-12 sets, each with varying payload capacities and thrust. Weighs only 445g to 505g. One plug installation ensures convenience, compatible with various drone arm tubes. No complicated wiring needed.

Great heat dissipation with a centrifugal cooling fan and aluminum sheets. Integrated 60A FOC ESC ensures intelligent and reliable performance, improving throttle response and stability. Efficient HAVOC 2270 folding propellers are lightweight, solid, and reduce noise for enhanced efficiency.

Convenient and efficient MAD 6X-12 propulsion combo set for endurance flights. Features include IP45 water and dust resistance, built-in LED indicator with red or green options. Parameters cover thrust, weight, voltage, temperature, and compatible components like propellers, motors, and ESCs.

Product drawing details propulsion combo with 6X-12 150KV and 170KV motors, HAVOC 22x7.0 folding propeller. Tables list throttle, voltage, current, power, torque, RPM, thrust, efficiency for various settings. Optimal performance at recommended takeoff weight; avoid overloading for safety.

The document provides troubleshooting for ESCs using LED indicators and sounds. It lists various fault symptoms, possible causes, and solutions for issues like motor not starting, abnormal beeps, and indicator light patterns. Users can diagnose problems during self-check and operation phases to ensure proper functioning of the motor controller.