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MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set - 12S M8SC08 Motor 60A14S ESC 6KG Payload 13kgF/rotor Multirotor Propulsion System for Industrial Drone

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set - 12S M8SC08 Motor 60A14S ESC 6KG Payload 13kgF/rotor Multirotor Propulsion System for Industrial Drone

MAD

Regular price $919.00 USD
Regular price Sale price $919.00 USD
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Overview

The MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set is a high-efficiency propulsion system built for industrial drones requiring superior thrust, stability, and endurance. Designed for payload capacities of 4-6kg per arm, this system delivers a maximum thrust of 12.7kgF per rotor at 48V, making it an ideal choice for applications such as aerial mapping, industrial inspections, firefighting, and search & rescue operations. The integrated M8SC08 brushless motor, 60A intelligent FOC ESC, and FLUXER 28x9.2-inch carbon fiber propellers ensure high performance with minimal energy consumption.

Specifications

Parameter Value
Max Thrust 12.7kgF per rotor @48V (Sea Level)
Payload Capacity 4-6kg per arm
Recommended Takeoff Weight 4-6kg per rotor
Voltage 12S LiPo
Operating Temperature -20°C to 60°C
Unit Weight 1136g (including motor, propeller, ESC)
Carbon Tube Compatibility 30mm diameter (convertible to 25mm)
Battery/Signal Cable Length 1300mm
ESC Model Circular 60A FOC
Max ESC Voltage 60.9V
Max ESC Current 60A (120A peak)
Propeller FLUXER 28x9.2-inch Carbon Fiber
Propeller Unit Weight 83g per piece
Motor Model M8SC08 100KV
Motor Stator Size 81 x 8mm
Rotation Options CW(Top) + CCW(Bottom) / CCW(Top) + CW(Bottom)

Features

  • Coaxial propulsion system designed for optimized force efficiency, stability, and redundancy.
  • Maximum thrust of 12.7kgF per rotor, supporting up to 6kg payload per arm.
  • 60A FOC ESC with sine wave control for improved throttle response and operational stability.
  • FLUXER 28x9.2-inch carbon fiber propellers for extended flight time and reduced vibration.
  • Lightweight yet durable design, featuring an M8SC08 brushless motor and reinforced carbon fiber construction.
  • Smart safety features, including over-voltage, over-current, over-temperature, and short-circuit protection.
  • LED navigation indicators for improved visibility in night operations.
  • Wide temperature operating range of -20°C to 60°C, ensuring reliability in extreme conditions.

Applications

  • Aerial Mapping & Surveying
  • Industrial Inspection & Infrastructure Monitoring
  • Firefighting & Emergency Response
  • Search & Rescue Operations
  • Heavy Cargo Transport
  • Agriculture & Forestry UAVs
  • Military & Defense UAV Missions

The MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set is an advanced propulsion solution designed to enhance the power, endurance, and reliability of professional UAVs across various industrial applications.

Details

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set, MAD 8X08-II: Coaxial power system for multi-rotor UAVs, optimizing efficiency, safety, endurance; supports professional aerial photography, surveying with integrated high-efficiency components.

MAD 8X08-II is a coaxial structure power system for multi-rotor UAVs, handling 4000g-6000g loads. It optimizes force efficiency, safety, and endurance. The integrated power assembly includes a high-efficiency motor, special carbon fiber propeller, and intelligent regulator, suitable for professional aerial photography and surveying.

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set, Efficient disc motor, lightweight, 4-6KG rotor, 48V, intelligent sine wave modulation, early warnings, optimized for harsh environments.

High efficiency disc motor with new iron core design, lightweight, high tension, and efficiency. 4-6KG rotor at 48V. Intelligent sine wave electric modulation ensures safety with early warnings, optimized control algorithms, and hardware self-test for stability in harsh environments.

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set, LED heading light and 8X08-II power pack with red/green lights enhance visibility and flight experience; carbon fiber propeller boosts efficiency.

Highlight LED heading light ensures visibility for multi-rotor aircraft. The 8X08-II power pack features red/green lights, enhancing professional flight experience. High-quality carbon fiber propeller with unique mirror light treatment and core lightening technology improves flight time, balance, and efficiency.

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set, Product drawing shows three views with dimensions for a mechanical device featuring propellers.

Product drawing includes top, side, and front views with dimensions like 711.47, 125.5, and 105.3 for a mechanical device with propellers.

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set, MAD 8X08-II KV100 specs: 12794g max thrust, 4000-6000g take-off weight/rotor, -20 to 60°C, Ardupilot compatible, detailed motor and ESC data.

Specifications for MAD 8X08-II KV100 include max thrust of 12794g/rotor, recommended take-off weight of 4000-6000g/rotor, operating temperature of -20 to 60°C, and compatible with Ardupilot. Data covers motor performance, ESC parameters, and efficiency at various throttle levels up to 12S Lipo voltage.

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set, Performance metrics and troubleshooting for MAD 8X08-II motor with FLUXER PRO propeller, covering voltage, current, power, torque, RPM, thrust, efficiency, LED issues, and sounds.

Data for MAD 8X08-II 100KV motor with FLUXER PRO 28x8.4 MATT propeller, showing performance metrics like voltage, current, power, torque, RPM, thrust, and efficiency at various throttle levels. Troubleshooting guide addresses issues with LED indicators and sounds, providing solutions for common problems.

MAD 8X08-II 100KV M8SC08 Coaxial Drone Arm Set, Motor controller faults signaled by lights, beeps; check connections, voltage, hardware. Operational issues like overheating need wiring, temperature checks.

Indicator lights and audible alerts for motor controller troubleshooting. Faults during self-check include power-on failures with beeps and flashing lights, indicating issues like signal loss or abnormal voltage. Solutions involve checking connections, battery voltage, and hardware integrity. Operational faults cover stalled motors and overheating, requiring inspection of wiring and temperature checks.

 

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