(Gray) FOR DJI NEO Bumper

Descripción de (Gray) FOR DJI NEO Bumper

Product name: FOR DJI NEO BumperProduct gross weight: individual about 20gMaterial: PlasticProduct color: Gray, black, orange, redApplicable model: FOR DJI NEODescription:1. Full protection - This bumper is designed to provide full protection FOR DJI NEO drones, especially collisions and impacts that may be encountered during takeoff, landing and flight. The bumper can effectively absorb and disperse the external impact force, protecting the UAV's fuselage, rotor and camera and other key components from damage.2. Lightweight design - The bumper is made of lightweight materials, ensuring that it does not significantly increase the weight of the drone while providing protection. The lightweight design helps maintain the drone's flight performance and endurance.3. Easy installation and removal - The bumper is designed to be easy to install and remove, and users can easily attach it to the drone without the need for complicated tools or steps. This design makes it easier for the user to clean the drone or change the bumper, ensuring that the drone is always in top condition.4. Anti-collision - The bumper has anti-collision characteristics, which can effectively resist scratches and collisions in daily use. The anti-scratch layer protects the drone from wear and tear, while the anti-collision design ensures that in the event of an accidental collision, the bumper will first absorb the impact and protect the internal structure of the drone.5. Enhanced flight stability - Bumper designs sometimes include additional balance and stability features, such as increased aerodynamic design, to help improve the stability and handling of the drone during flight. This design allows users to get a better flight experience even in complex environments or strong winds.Attention:1. Due to different display and lighting effects, the actual color of the item may be slightly different from the color shown on the picture. Thank you very much!2. Please allow measurement deviation due to manual measurement.