• Maximum thrust 1.6kg
• Recommended takeoff weight 2-3kg
• Long-endurance efficiency cruise motors for fixed-wing drones
• Excellent resistance to shocks and overloads
• Skeletonized structure design for efficient heat dissipation and cooling of the motor
Explore The AX335-B KV425 High-efficiency, Long-endurance Cruise Motors For Fixed-wing drones
The AX335-B fixed-wing motor is a high-efficiency power solution designed for long-endurance flight missions in surveillance drones and UAVs. Engineered to
deliver exceptional reliability and efficiency, this motor is built to withstand extended flight demands for aerial reconnaissance, mapping, and inspection missions.
Performance Advantages of the AX335-B Motors
High Efficiency: Optimized for long-endurance flights with efficient power delivery.
Power Handling: Supports input power up to 1500W, with a rated power of 700W, making it suitable for various flight conditions.
Lipo Battery Compatibility: Optimized for 6-8S Lipo batteries, providing the voltage range needed for high-performance aerial operations.
Durable Construction: Features a robust design with high-quality materials to ensure longevity and reliability in demanding environments.
Efficient Cooling: Incorporates advanced cooling mechanisms to maintain optimal operating temperatures during extended flights.
Technical Specifications
Model: AX335-B
KV Rating: 425 KV
Weight: 260g
Dimensions: φ39×76.5mm
Shaft Diameter: 5mm
Voltage Support: 6-8S Lipo
Rated Power: 700W
Maximum Power: 1500W
Torque Output: 1.6kg
Propeller Compatibility: Designed for 12-13 inch propellers
ESC Recommendation: Compatible with 60A 6S/8S electronic speed controllers
Optimal Takeoff Weight: Suitable for aircraft with a takeoff weight of 2-3kg
Whether you're deploying drones for surveillance, aerial mapping, or infrastructure inspection, the AX335-B motor provides the power and reliability needed to ensure mission success. Its high efficiency and robust construction make it an ideal choice for professionals demanding top-tier performance from their UAV platforms.