Long-Range FPV Racing Drone Kit 10 Inch F405 FPV Drone with Freestyle Flight Controller Essential Drones Accessories FPV 4KG

PRODUCT DESCRIPTION 10 inch FPV drone, carbon fiber frame, long-endurance kit, 4KG payload, 7km flight. Pre-tuned and setup, everything you need is just bind-and-fly! Loads of power and smooth flights guaranteed using our popular motors with long-lasting NSK bearings. Got a hard hit and snapped an arm? Don't worry, get some spares with your order and easy-swap out in field. Wanna strap your for GoPro on that beast as well? Checkout our collection of high quality TPU prints for your cam! Tips: VTX is set to 25mW by default! Power levels above 25mW require a HAM license or have to be approved by local authorities! Please ensure you're flying legal frequencies and use our prepared Betaflight VTX tables according to your region.

The size and weight of the frame will determine the drone's performance, including its speed, agility, and flight time. A 10-inch frame would be considered large and could accommodate larger motors, props, and electronics, which could potentially provide more stable flights and better handling in windy conditions.

This model of motor is made of high-temperature copper wire. This design can maintain good conductivity of the wire in high-intensity working environments and reduce the increase in resistance of the wire due to temperature rise, thereby improving the performance of the drone. overall work efficiency and stability. Strong power means that the motor can provide greater thrust and pull under the same weight, which is a very important performance indicator for aircraft such as drones. It directly determines the load the aircraft can carry and its flight performance.

High resolution: Able to process and transmit high-resolution images, allowing ground controllers to clearly observe the real-time status of the drone. Low latency: Minimize the transmission delay of image data while maintaining high image quality, which is crucial for real-time flight control. Anti-interference ability: Able to maintain the stability and reliability of image transmission in complex electromagnetic environments. Signal strength: Provides stronger signal output to support long-distance image transmission. Wide temperature range: Able to maintain stable operation under various extreme temperatures that drones may encounter