Flipsky BLDC Belt Motor 6374 190KV 3250W Smoke System Electric RC Plane Brushless Motor with Hall Sensor
About this item
Brand:FLIPSKY | Speed:55 Kilometers per Hour | Horsepower:3250 Watts | Voltage:50 Volts | Material:Steel
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Product Description
Elevate your RC plane's performance with the Flipsky BLDC Belt Motor 6374, a powerhouse designed for enthusiasts seeking to integrate a smoke system electric RC plane setup. This motor combines high torque and efficiency, making it an ideal choice for those looking to add dramatic smoke effects to their aerial displays without compromising on power or reliability.
- Excellent Performance: Handles 70A peak with 20-30A average under load effortlessly.
- Versatile Application: Perfect for DIY electric skateboards, bikes, surfboards, and especially smoke system electric RC planes.
- Robust Power: Delivers great 8Nm torque and smooth acceleration for consistent performance.
- High Output: Max output wattage of 3250W, max current of 85A, and max volts of 12S, compatible with recommended ESCs like 3-12S 50A.
- Durable Design: Features a dustproof outer body, sturdy shaft, lamination Japan steel stator, and 12awg high strand silicone wire with 4.0mm gold bullet connectors for longevity.
The Flipsky BLDC Belt Motor is not just about raw power; it's about bringing your creative visions to life. Whether you're crafting an electric skateboard that turns heads or designing an RC plane that leaves a trail of smoke across the sky, this motor provides the reliability and performance you need. Its versatility across different DIY projects makes it a valuable addition to any enthusiast's toolkit.
With its advanced design and superior materials, the Flipsky motor ensures your smoke system electric RC plane operates smoothly and efficiently. The inclusion of a Hall sensor enhances control precision, making it easier to manage the smoke output for those breathtaking aerial displays. Trust in Flipsky's top-tier service and support to guide you through any questions or challenges, ensuring your project's success from takeoff to landing.