MAD 5X10 5010 Drone Arm Set - 240KV 310KV 370KV Max Thrust 4.9KG/rotor for Industrial Multi-rotor Drone

Overview

The MAD 5X10 Drone Arm Set is a ready-to-use propulsion system designed for industrial multi-rotor applications, including long-range inspection, mapping, and surveying drones. It offers a payload capacity of 1.6-2.3kg per rotor and supports a maximum thrust of 4.9kg per rotor, making it an optimal choice for quadcopters, hexacopters, and other multi-rotor UAVs. With a lightweight design of only 319g per unit, this system ensures high efficiency and long endurance flight performance.

Key Features

• High Thrust Capability: Supports up to 4.9kg of thrust per rotor, allowing for high-payload applications.
• Lightweight Modular Design: The complete propulsion unit weighs just 319g, reducing drone weight and extending flight time.
• High-performance 5010 Brushless Motors: Available in KV240, KV310, and KV370, catering to various flight requirements.
• Smart 50A HV ESC Integration: Equipped with LED indicators and advanced throttle control, ensuring optimal power efficiency.
• Aerodynamic Carbon Fiber Propellers: Comes with HAVOC 22x7", 20x8", or 18x5.7" folding propellers, minimizing drag and improving efficiency.
• Water-resistant & Durable: Designed to be dustproof and water-resistant, making it suitable for agricultural, industrial, and outdoor UAV operations.
• Easy Plug-and-Play Installation: Compatible with 25mm carbon arm tubes, allowing for quick and hassle-free installation.

Technical Specifications

Basic Parameters

Propeller

Motor

ESC

Application Scenarios

• Industrial UAVs for surveying and mapping
• Agricultural drones for spraying and monitoring
• Long-range inspection UAVs
• Aerial cinematography and photography drones
• Search and rescue UAVs

Why Choose MAD 5X10 Drone Arm Set?

The MAD 5X10 is engineered for endurance, efficiency, and high payload capacity, making it an ideal choice for professional drone applications. Whether you require long-range missions or industrial-grade performance, this propulsion system delivers optimal power-to-weight efficiency.

If you need a high-performance, lightweight, and powerful propulsion system, the MAD 5X10 Drone Arm Set is the perfect solution for your multi-rotor UAV.

Details

MAD 5X10 propulsion arm set ensures maximum drone performance. Built for industrial applications, it provides a payload capacity of 1.6-2.3kg per rotor, with a maximum thrust of 4.9kg. Weighs only 319g. One plug installation, super convenient. Compatible with 25mm drone arm tube.

High Efficient Brushless Motor: Lightweight 5010 motor with arc magnets, good electromagnetic design, water & dust proof. Thrust: 1.6-2.3KG/Rotor (continuous), 4.9KG/Rotor (max). Efficient & Solid Propeller: Carbon composite, upward wingtip design reduces airflow interference. Integrated 50A HV ESC: Built-in LED indicator, special core program for multi-rotor controllers.

Convenient and efficient drone with MAD 5X10 propulsion combo arm set. Unit weight 379g, flight time up to 60 minutes, IP35 protection level. Product drawing includes dimensions for assembly and specifications. Ideal for endurance flights.

The document details specifications for 5X-6010 propulsion combos with KV240, KV310, and KV370 motors. It includes max thrust, recommended weight, voltage, operating temperature, combo weight, wire length, compatible carbon tube size, propeller dimensions, motor stats, ESC parameters, and performance data for various throttle settings.

The document details performance metrics for two propulsion combos with different propellers, including throttle, voltage, current, power, torque, RPM, thrust, and efficiency. It advises using the powertrain within recommended parameters for optimal performance and safety. Troubleshooting tips for ESC issues are also provided.

Indicator lights and audible alerts for motor controller troubleshooting. Fault symptoms, possible causes, and solutions are listed for self-test failures and operational issues. Covers power-on tests, motor behavior, indicator light patterns, and various faults like short circuits or high temperatures. Solutions include checking connections, adjusting settings, and inspecting components.