LIGPOWER AT7224 Brushless Long Shaft Motor With IE3 Efficiency And IP68 Rating For High Torque In Large Fixed Wing VTOL Aircraft

Product Description

Product Overview
The AT7224 long shaft brushless motor is built for large fixed wing airplanes and VTOL aircraft that need strong torque, high power output, and long duration operational reliability. Designed for 10S to 12S LiPo systems, it can reach up to 6000W peak power, giving aircraft the ability to run large diameter propellers and maintain stable thrust even when carrying heavy payloads. This makes the AT7224 well suited for professional UAV tasks such as mapping missions, agricultural spraying, long range survey flights, and industrial RC applications that demand dependable propulsion.
The long shaft design provides flexible mounting options and secure propeller installation in either puller or pusher configurations, improving compatibility for hybrid VTOL structures and large scale fixed wing builds. The motor uses high strength materials, precision balanced rotors, and a stable magnetic system to reduce vibration and ensure smooth throttle transitions.
High Power: Reaches up to 6000W peak power for heavy payloads.
Long Shaft: Flexible mounting for both pusher and puller configurations.
Optimized Thermal: Efficient winding layout to maintain torque under load.
Technical Specifications
Test Item Long Shaft KV160 / KV190 Weight (Incl. Cable) 780g
Motor Dimensions Φ81.4 * 66.9mm Internal Resistance 24mΩ / 16mΩ
Lead 22#AWG 100mm Configuration 12N14P
Shaft Diameter IN: 10mm / OUT: 10mm Rated Voltage (LiPo) 10-12S
Idle Current (10V) 3.1A / 3.5A Peak Current (180s) 105A / 135A
Product Showcase
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Production
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Testing
Frequently Asked Questions
What applications is the AT7224 motor best suited for?
The AT7224 is designed for large fixed-wing airplanes and VTOL aircraft, specifically for industrial tasks like agricultural spraying, mapping, and long-range survey missions.
What is the peak power and voltage compatibility?
The motor reaches a peak power of 6000W and is optimized for 10S to 12S LiPo battery systems.
How does the long shaft design benefit aircraft builders?
It provides flexible mounting options for both puller and pusher configurations, making it highly compatible with hybrid VTOL structures.
How is the heat dissipation handled during continuous flight?
It features an optimized thermal structure and efficient winding layout to maintain stable torque and performance even under heavy, continuous loads.
What materials are used to ensure the motor's durability?
We use high-strength materials, precision-balanced rotors, and reinforced internal components with durable bearings to extend operational life in demanding environments.
What is the typical lead time for orders?
Generally, the delivery period is between 7 to 20 working days, depending on the shipping destination and order requirements.

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