3D 模型描述
Breaking the Boundaries of Engineering Standard propellers force you to choose: efficiency OR power. Achieving both simultaneously is nearly impossible with traditional design methods. We refused to compromise. Starting with the legendary Clark-Y airfoil, we used a custom Artificial Intelligence algorithm to evolve the geometry through thousands of iterations, optimizing it specifically for modern drone requirements.
3D 打印设置
The analysis results are clear: At just a medium speed of 15,000 RPM, this propeller generates a massive 30.2 Newtons of net thrust.
Let's translate this engineering data into real-world performance:
~3 KG Lift Per Propeller: Incredible power from a single unit.
~12 KG Total System Thrust: On a standard quadcopter setup, these props provide you with a staggering 12 kilograms of total lift capacity.
What Does This Mean For You? This isn't just a propeller; it's a performance revolution for your drone.
For Racers: Unrivaled acceleration and cornering grip.
For Cinematographers: The ability to fly heavy cinema rigs (like RED Komodos or heavy DSLRs) with stability and extended flight times.
For Hobbyists: Unlock the true potential of your drone with a "missile-like" flight experience.