T-HOBBY F1408-II Cinewhoop Motor for 3–4 Inch stable flights










● Strong Power Output: Delivers high thrust with excellent efficiency for stable and responsive cinewhoop flights.
● Lightweight Design: Compact structure reduces total drone weight, improving agility and control.
● Precision Engineering: Smooth and balanced operation minimizes vibration for clearer, more stable footage.
● Durable Build: High-quality materials ensure long-lasting performance even under frequent takeoffs and landings.
● Wide Compatibility: Perfect for 3–4 inch cinewhoops and lightweight freestyle builds.



Engineered specifically for 3–4 inch cinewhoops and spec racing drones, the F1408-II delivers fast throttle response, stable power output, and efficient cooling. Pilots gain smooth, precise control even in tight indoor or cinematic flight environments, solving common issues of unstable or jittery flights.

Weighing only 12.7g and generating up to 734g of maximum thrust, the F1408-II offers an outstanding power-to-weight ratio. This reduces overall drone weight, improves agility, and allows longer flight times without sacrificing performance—perfect for pilots frustrated with heavy, sluggish motors.

Precision-balanced components and high-quality bearings minimize operational vibration. This ensures stable, smooth flights and cleaner cinematic footage, eliminating the jello effect and protecting delicate drone components during aggressive maneuvers.

Featuring a 1.5mm T-mount shaft and 12×12mm mounting holes, the F1408-II fits a wide range of frames and propellers. Pilots can enjoy hassle-free installation and flexible build options, addressing the common pain point of motor incompatibility across different 3–4 inch FPV frames.





The T-Hobby F1408-II Cinewhoop Motor is built for cinematic FPV pilots who demand precision, smooth power delivery, and reliability. Combining lightweight construction with robust thrust and refined balance, it ensures stable, vibration-free footage — perfect for professional indoor and outdoor cinematic flights.