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MAD 5X08 5008 Drone Arm Set - 240KV 300KV 340KV Max Thrust 4KG/Rotor for Industrial Multi-rotor Drone

MAD 5X08 5008 Drone Arm Set - 240KV 300KV 340KV Max Thrust 4KG/Rotor for Industrial Multi-rotor Drone

MAD

Regular price $349.00 USD
Regular price Sale price $349.00 USD
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Overview

The MAD 5X08 Drone Arm Set is a ready-to-use, high-performance propulsion system designed for industrial multi-rotor applications, including long-range inspection, mapping, and surveying drones. This lightweight yet powerful propulsion system supports 1.1-1.3kg payload per rotor, with a maximum thrust of 4kg per rotor, making it ideal for quadcopters, hexacopters, and multi-rotor UAVs. The total weight of this propulsion combo is only 288g, ensuring optimal efficiency and endurance.

Key Features

  • High Thrust Performance: Capable of delivering up to 4kg of thrust per rotor, allowing for greater payload capacity.
  • Lightweight & Modular Design: The entire propulsion combo weighs just 288g, reducing the overall drone weight and enhancing flight time.
  • Industry-Grade 5008 Brushless Motors: Featuring KV240, KV300, and KV340 options for various flight applications.
  • Advanced ESC Integration: 50A HV ESC with built-in LED indicator for precise throttle response and efficient power management.
  • Efficient Carbon Composite Propellers: Equipped with HAVOC 22x7" or 18x5.7" folding propellers, optimized for reduced noise and vibration.
  • Durable & Water-resistant: The propulsion system is designed to withstand dust and water, making it reliable for agricultural and industrial UAVs.

Technical Specifications

Basic Parameters

Parameter KV240 KV300 KV340
Max Thrust (per rotor) 4037g @24V 3512g @24V 3994g @24V
Recommended Take-off Weight 1200g/rotor 1150g/rotor 1300g/rotor
Recommend Voltage 6S Lipo 6S Lipo 6S Lipo
Operating Temperature -10°C ~ 60°C -10°C ~ 60°C -10°C ~ 60°C
Unit Combo Weight 340g (w/ HAVOC 22x7" prop) 322g (w/ HAVOC 18x5.7" prop) 322g (w/ HAVOC 18x5.7" prop)
Extension Wire Length 700mm / 950mm (Input/Signal Wires) 700mm / 950mm 700mm / 950mm
Compatible Carbon Tube 25/22mm 25/22mm 25/22mm

Propeller

Parameter KV240 KV300 KV340
Size HAVOC 22x7" (558.8x177.8mm) HAVOC 18x5.7" (457.2x144.78mm) HAVOC 18x5.7" (457.2x144.78mm)
Unit Weight 65g/pc 47g/pc 47g/pc

Motor

Parameter KV240 KV300 KV340
Stator Size 50x8mm 50x8mm 50x8mm
Unit Weight 142g 143g 143g

ESC

Parameter KV240 KV300 KV340
Max Input Voltage 26V 26V 26V
Max Input Current 50A 50A 50A
Max Peak Current 70A 70A 70A
Max Throttle Signal Frequency 621Hz 621Hz 621Hz
Recommend Voltage 4~6S 4~6S 4~6S

Application Scenarios

  • Industrial multi-rotor UAVs
  • Long-range drone inspection
  • Agricultural drone operations
  • Aerial mapping and surveying
  • Search and rescue UAVs

Why Choose MAD 5X08 Drone Arm Set?

This propulsion system is engineered for long endurance, efficiency, and performance, making it ideal for professional-grade UAVs. Whether you're operating in aerial mapping, surveying, or industrial inspections, the MAD 5X08 Drone Arm Set provides powerful, lightweight, and highly efficient propulsion.

Details

MAD 5X08 5008 Drone Arm Set, MAD 5X08 propulsion arm set offers industrial-grade drone performance, 1.1-1.3kg payload, 4kg thrust, weighs 288g, compatible with 25mm arms, easy plug installation.

MAD 5X08 propulsion arm set ensures maximum drone performance. Built for industrial applications, it provides a payload capacity of 1.1-1.3kg per rotor with a maximum thrust of 4kg. Weighs only 288g. Compatible with 25mm drone arm tube, offering one plug installation for convenience.

MAD 5X08 5008 Drone Arm Set, High-efficiency brushless motor, lightweight, durable, water/dust-proof. Carbon composite propeller, solid, reduces interference. Integrated 50A HV ESC, intelligent, reliable.

High Efficient Brushless Motor: Lightweight, 5008 motor with arc magnets, good electromagnetic design, endurance flight, water & dust proof. Propeller: Carbon composite, lightweight, solid, upward wingtip design reduces airflow interference. Integrated 50A HV ESC: Intelligent, reliable, built-in LED indicator, special core program for multi-rotor controllers.

MAD 5X08 5008 Drone Arm Set, Quadcopter with MAD 5X08 propulsion, 340g, 60-minute flight, IP35 protection. Drawing includes 238.44mm height, 463.33mm length.

Convenient and efficient quadcopter with MAD 5X08 propulsion combo arm set. Unit weight: 340g, flight time: 60 minutes, protection level: IP35. Product drawing includes dimensions like 238.44mm height, 463.33mm length, and various other measurements for assembly.

MAD 5X08 5008 Drone Arm Set,  Specs for 5X-5008, KV240, KV300, KV340 propulsion systems: thrust, weight, voltage, temp, combo weight, wire length, tube size, motor/ESC stats, efficiency.

Specifications for 5X-5008, KV240, KV300, and KV340 propulsion combos are detailed. Includes max thrust, recommended takeoff weight, voltage, operating temperature, unit combo weight, extension wire length, compatible carbon tube size, motor stats, ESC parameters, and efficiency data for various throttle percentages.

MAD 5X08 5008 Drone Arm Set, Document outlines propulsion system performance metrics and parameters for optimal use, plus troubleshooting tips for common issues.

The document details a propulsion combo's performance metrics, including voltage, current, power, torque, RPM, thrust, and efficiency at various throttle levels. It advises using the powertrain within recommended parameters for optimal performance and safety. Troubleshooting tips address issues like motor startup failure and abnormal indicator lights.

MAD 5X08 5008 Drone Arm Set, Motor controller issues signaled by lights, sounds; troubleshoot by checking connections, adjusting throttle, inspecting hardware, cycling power.

Indicator lights and audible alerts for motor controller troubleshooting. Faults during self-check include beeping sounds, flashing lights, and silent motors due to signal loss or voltage issues. Solutions involve checking connections, adjusting throttle values, and inspecting hardware. Operational faults like stalled motors require power cycling or checking for short circuits.

 

 

 

 

 

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