The T191 Emergency Recovery Parachute System is specifically engineered to meet the safety demands of eVTOL, low-altitude multirotors, and other aerial platforms. Its design incorporates a mechanically activated rocket deployment system, ensuring rapid and reliable parachute deployment in critical emergency situations. The system is manually activated, providing the pilot with direct control to respond to power failures, flight malfunctions, or structural issues.
| Model | T191-500 |
| Maximum Deployment Weight | 500kg |
| Maximum Deployment Speed | 110km/h |
| Ejection System Component Weight | 2.2kg |
| Ejection System Dimensions | Φ79x306mm |
| Parachute Component Weight | 9.3kg |
| Packaging Method | Soft Pack |
| Container Dimensions | 35x25x15 cm |
| Total System Weight | 11.5kg |
| Deployment Time (under Hovering Conditions) | 3s |
| Minimum Deployment Altitude (under Hovering Conditions) | 60m |
| Maximum Deployment Load | 6g |
| Maximum Descent Rate (at 1500 meters standard daytime temperature) | ≤7.5m/s (equivalent to a fall from a height of 2.9 meters) |
| Main Canopy Area | 110 ㎡ |
| Total Impulse | 400NS |
| Rocket Motor Burn Duration | 1±0.1 s |
| Rocket Activation Method | Manual Activation |
| Operating Temperature Range | – 40°C – +60°C |
| Maintenance Interval | 6Years |
| System Service Life | 12 Years |
The T181 Aircraft Parachute Recovery System (APRS) utilizes a Mechanical Activation Rocket to provide essential safety for fixed-wing aircraft in emergency situations. When an aircraft faces significant malfunctions or loss of control, the system slows the descent, helping to stabilize the flight and ensuring a controlled and safe landing.
SkyEagle cargo parachute systems are reliable, military-grade systems designed for the safe aerial delivery of bulk cargo. They are engineered to stabilize and decelerate the load during descent, ensuring safe and precise delivery from aircraft. While they are predominantly used for military operations, such as resupply missions, these cargo parachute systems can also be employed for humanitarian aid deliveries. The design of the system makes it simple for personnel to manage and quickly deploy in the field.
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