MAD XP10S KV100 Drone Arm Set 26kg Max Thrust Industrial Power System (12S-14S) for Agriculture & Delivery Drones

Overview

The MAD XP10S KV100 Drone Arm Set is a high-performance integrated propulsion system engineered for heavy-lift drones, offering up to26kg max thrust per rotor, excellent IPX6 waterproof rating, and compatibility with 1214S LiPo batteries. Built for demanding applications, it ensures stable and efficient operation across wide temperature ranges from 20C to 50C, making it ideal for industrial and agricultural UAVs.

Specifications

Motor Details

Propeller Details

ESC (Electronic Speed Controller)

Dimension Overview (Unit: mm)

• Arm total length: 245.2 mm

• Motor mount diameter: 116 mm

• Propeller mounting hole: 31 mm (4-M4 screws)

• Tube interface: 40.1 mm

• Side mount holes: 4.2 mm

• Vertical mount holes: 2-M3 (Depth 9 mm)

• Heat sink width: 64.6 mm

• Component height: 120.4 mm

Performance Test Data (Highlights)

This data confirms the XP10S KV100 system’s superior thrust and efficiency curve under high-load conditions.

Applications

The XP10S KV100 Drone Arm Set is ideal for:

• 20L Quadcopter Agriculture Drones
  Supports total take-off weight of 4452kg

• 30L Hexacopter Agriculture Drones
  Supports total take-off weight of 6678kg

Details

MAD XP10S KV100 is an intelligent integrated arm set for agricultural and delivery drones. Features include modular design, FOC vector control, IPX6 protection, PWM + CAN for safer flight, and a status recorder. It supports quadcopter and hexacopter drones with varying take-off weights and mounting capacities.

Specification details for XP10S KV100 include 26kg max thrust, 11-13kg recommended takeoff weight per rotor, 12-14S Lipo compatibility, -20 to 50C operating temperature, and 180610g weight. Motor weighs 880g with a 108*17mm stator. Prop is 36 inches folding, weighing 239g. ESC supports up to 61V and 150A current.

Dimension figure in millimeters includes 31, 4-M4, 116, 40.1, 14, 4.2, and various lengths like 64.6 mm and 245.2 mm.

Test Data summarizes throttle, voltage, current, input power, torque, RPM, thrust, and power efficiency. As throttle increases from 40% to 100%, voltage slightly decreases, while current, input power, torque, RPM, and thrust significantly rise. Power efficiency peaks at lower throttles and declines as throttle increases.

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