MAD 8X-08 M8SC08 Drone Arm Set – 12S 85KV 100KV 60A Max Thrust 8kgF/rotor Propulsion System for Industrial Multirotor Drone

Description

Overview

The MAD 8X-08 M8SC08 drone arm set is a high-performance propulsion system designed for industrial multirotor applications. It delivers a continuous thrust of 2.8-4kg per rotor, with a maximum thrust reaching 8.6kg per rotor. Engineered for precision tasks such as mapping, aerial inspection, firefighting, military operations, and search & rescue, this system ensures reliability and efficiency. The integrated design features a powerful M8SC08 motor, 60A14S FOC ESC, and lightweight Havoc AW 2810 polymer propellers for optimal performance.

Key Features

• High Thrust Capability: 2.8-4kg rated thrust per rotor, with a max output of 8.6kg/rotor.
• Optimized for Industrial Applications: Ideal for long-range flights, ensuring stability and endurance in extreme conditions.
• Integrated Propulsion System: Pre-installed motor, ESC, and propellers for a streamlined installation process.
• Lightweight and Durable: The full combo weighs only 732g, enhancing overall drone efficiency.
• High Efficiency Motor: The M8SC08 motor incorporates a new iron-core design, Japanese EZO bearings, and optimized winding for superior performance and durability.
• Smart ESC: 60A14S FOC ESC with field-oriented control (FOC) technology for improved responsiveness and extended lifespan.
• Polymer Propellers: The Havoc AW 2810 propeller is made of carbon fiber composite, featuring ultra-quiet winglets for enhanced aerodynamic efficiency.
• Plug-and-Play Compatibility: Supports 30mm carbon arm tubes (with an adapter for 28mm), ensuring easy integration with various drone platforms.
• Advanced Protection Mechanisms: ESC features built-in protections against overvoltage, overcurrent, temperature spikes, and phase loss, making it ideal for harsh environments.

Technical Specifications

Applications

• Industrial UAVs for mapping and surveying
• Aerial inspection and firefighting
• Military and defense operations
• Search and rescue missions

This propulsion system offers a plug-and-play solution for high-performance drone applications, ensuring smooth operation with minimal installation time.

Details

MAD 8X-08 is a tuned propulsion system for industrial multirotor applications. It features MAD M8SC08 motor, 60A14S FOC ESC, and Havoc AW 2810 polymer propellers, providing 6.2 to 10.6 lbs per rotor load capacity. Total weight is only 732g, designed for long-range flight time demand.

High efficiency motor uses new iron core design, producing bigger thrust and high efficiency. 2.8-4kgf per rotor, 10.1g/[email protected] efficiency. Intelligent and reliable combo FOC60A14S ESC uses FOC algorithms for responsiveness and precision control. Additional protection functions extend ESC life, ideal for harsh environments.

Polymer propellers use lightweight, strong carbon fiber composite material. AW-anhedral winglets ensure ultra-quiet operation. CFD analysis optimizes the airfoil for multirotor aircraft, focusing on flight and efficiency. Hovering thrust is 2.8-4kgf/rotor, with a max thrust of 8.6kgf/rotor. Detailed product drawings include dimensions and specifications.

Basic parameters include max thrust of 8582g/rotor, recommended take-off weight of 2.8-4kg/rotor, and operating temperature of -20 to 60C. Propeller size is 28×10 inch, motor stator size is 81×8 mm, and FOC ESC model name is Circular 60A FOC with max input voltage of 60.9V.

Benchmark data for 8X-08 100KV Propulsion Combo with SPIRO AW 28×10 folding propeller. Includes throttle, voltage, current, power, torque, RPM, thrust, efficiency metrics. Troubleshooting section covers LED indicators and sounds for various issues like motor not turning or abnormal noises, with causes and solutions provided.

Indicator lights and audible alerts for motor controller troubleshooting. Faults during self-check include power-on test failures with various beeps and light sequences, indicating issues like throttle signal loss or abnormal voltage. Solutions involve checking connections, battery voltage, and motor wiring. Operation faults cover motor startup issues and protection modes, requiring adjustments to flight controllers and remote settings.