The drone parachute landing system is an emergency landing device designed by Shengjingwei for industry drones and aircraft. Mainly used for safely and smoothly landing drones on the ground in case of malfunctions or extreme weather conditions during flight, avoiding damage and personal injury. The system consists of parachute descent, control module, release mechanism, etc. It has automatic triggering and control functions and can quickly start the drone in case of emergency.

Emergency Landing:

When the drone battery is low, the flight is abnormal, or the signal is lost, the parachute landing system can automatically trigger to ensure the safe landing of the drone.

Automated control:

The system is equipped with an intelligent control module that can monitor the flight status of the drone in real time. When abnormalities are detected, the parachute descent action will be automatically initiated to ensure timely response.

Rapid deployment:

The parachute landing system has a compact structure and can be quickly deployed and activated within seconds, ensuring that the drone completes a safe landing in the shortest possible time.

Strong wind resistance:

The parachute is made of high-strength materials and has strong wind resistance, which can maintain a stable landing path in harsh weather conditions.

Improve security:

The parachute landing system can effectively prevent damage to personnel, property, or equipment in the event of drone malfunction, and is particularly suitable for flight missions in urban or densely populated areas.

Lightweight and efficient:

The system design is lightweight, lightweight, and the landing process is smooth, ensuring that the drone does not suffer damage while reducing its impact on the environment.

Adapt to various types of drones:

Adapt to various drone platforms, whether it is consumer grade drones or industrial grade drones, they can be equipped with parachute systems to enhance their safety.

Easy to install:

The parachute landing system can be easily integrated into drones without the need for complex modifications.