The mechanism utilizes a hydromechanical design, ensuring a reliable and timely separation of the parachute from the payload upon landing. This structure allows the system to respond passively to landing conditions without requiring electronic components, reducing potential points of failure. It is ideal for high-reliability missions where safety and simplicity are essential.

After descent, strong ground winds can cause the deployed parachute to drag the payload across surfaces—leading to equipment damage or dangerous instability. This release system automatically detaches the parachute once the landing is complete, preventing unwanted movement and enhancing safety in both autonomous and manned aerial deployments.

The mechanism can be calibrated according to different load profiles, enabling flexibility across various aircraft platforms and mission types. This ensures optimal performance regardless of whether the system is used in light UAVs or heavier payload modules. Operators can set the system’s thresholds based on specific deployment requirements.

Designed to endure sudden shocks and forces of up to 5G, the mechanism is tested for use on airframes weighing up to 60 kg. This robustness guarantees mechanical integrity even in dynamic flight conditions and challenging environmental scenarios.

Constructed with stainless steel and coated aluminum, the unit offers resistance against environmental factors like dust, debris, and moisture. This ensures long-term operational durability during harsh field conditions or prolonged storage periods.

With a diameter of 32 mm, a length of 200 mm, and a total weight of only 250 grams, the system is easy to integrate into existing aerial structures without adding significant bulk or complexity. Its minimalist profile makes it ideal for compact aircraft or modular system designs.