Lightweight 7-inch carbon fiber FPV drone frame delivers ultimate speed.

The Lightweight 7-inch carbon fiber FPV drone frame significantly reduces overall load thanks to its ultra-light design, thereby increasing flight speed. The use of carbon fiber makes the entire aircraft lighter, which not only reduces stress on the battery and drive system but also enables faster acceleration and response. In the FPV drone field, lightweight design is one of the key factors in improving flight performance, especially in racing and high-dynamic flight, providing pilots with a more responsive and precise control experience.

To ensure battery stability during flight, the Lightweight 7-inch drone frame features an optimized battery bracket design. This bracket securely holds the battery, ensuring it won't loosen or fall out even during high-speed flight or strenuous operation. This design not only increases flight safety but also ensures the battery's long-term stability, minimizing flight malfunctions caused by battery loosening.

The FPV drone frame utilizes precision-cut carbon fiber material, significantly enhancing its structural strength and durability. Carbon fiber offers high strength and low weight, maintaining frame integrity even under impact, and is not easily deformed or broken. Refined manufacturing processes ensure a perfect fit for each component, guaranteeing stability and safety during flight.

To improve flight stability, especially during high-speed flight, the lightweight 7-inch carbon fiber frame also features a wind-resistant structure. By optimizing the aerodynamic shape, the impact of wind drag and air disturbances on flight is effectively reduced. Even in strong winds, the aircraft maintains good stability, thereby improving control precision and safety during flight.