A20 Competition

The A20-Competition series redefines performance and versatility, specifically engineered for narrow fuselages. This series offers a range of lightweight, high-performance outrunner motors that deliver impressive torque and efficiency without the need for a gearbox. Their fully encapsulated design ensures maximum safety while minimizing space requirements within the fuselage. Here are the standout features of the A20-Competition motors:

1. Lightweight and Powerful: The A20-Competition motors feature a weight-optimized construction without compromising on performance. With remarkably high torque, they deliver exceptional power.

2. No Gearbox Required: Thanks to their high torque and efficiency, the A20-Competition motors eliminate the need for a gearbox, simplifying their design and increasing reliability.

3. Wide Range of Applications: These motors are highly versatile, suitable for a variety of applications, from sailplane models to motor and sport airplanes.

4. Fully Encapsulated Design: The A20-Competition motors are fully encapsulated, meaning there are no rotating motor parts except for the motor shaft. This makes them exceptionally safe and easy to integrate, even in narrow fuselages.

5. Robust and Efficient: Featuring an internal fan, dual ball bearings, and a replaceable 5mm shaft, the A20-Competition motors offer outstanding robustness and efficiency for long-lasting performance.

The A20-10 XL Competition kv1220 stands out as the jewel of this series. With an impressively low weight of only 104g, this high-end motor delivers exceptional performance for sailplane models up to 1.4kg and motor and sport airplanes weighing approximately 900g. Its unique combination of lightweight design and high performance makes it the perfect choice for demanding flight applications.

The A20-Competition series sets new standards for outrunner motors, combining performance, versatility, and safety in a sleek and efficient design. Discover the unmatched performance of A20-Competition motors for your flight projects today.