Product Details
The Advanced Ram Air Parachute System, featuring the high-performance T175 model as part of the military-grade SWORD-1 system, is engineered to meet the stringent demands of airborne operations. Far more than a basic canopy and lines, it is a lifesaving device designed for freefall deployment, offering versatility, precise control, and reliability—critical for military missions where precision and durability are non-negotiable.
Product Parameters
Maximum skydiving altitude: 35,000 feet (10,668 meters)
Maximum deployment altitude: 25,000 feet (7,620 meters)
Canopy area: 280 square feet (26 square meters)
Maximum weight capacity: 170 kilograms
Product Applications
Specialized for High Altitude High Opening (HAHO), High Altitude Low Opening (HALO), and other elite airborne activities, it excels in tactical insertions, covert operations, and specialized military missions.
Product Features
The system integrates main and reserve parachute designs, delivering exceptional freedom of movement, strong load-bearing capacity, and high maneuverability. It ensures smooth horizontal speed for long-distance glides, precise landings, and outstanding gliding performance—making it ideal for military use where stability and accuracy are paramount.
Efficient Landing Performance: Advanced aerodynamic design maintains stability and controllability during descent. The canopy shape minimizes air resistance, enabling smoother descent and better control over speed when approaching the ground. This reduces landing impact, significantly lowering injury risks.
Excellent Control: Equipped with an advanced control system, including optimized lines and control ropes. Paratroopers can adjust direction and speed via the control ropes, allowing fine-tuned adjustments during descent and precise selection of landing points—vital for avoiding obstacles, enemy fire, or targeting optimal zones to enhance mission success.
Durability and Reliability: Constructed from high-strength, wear-resistant nylon material with reinforced canopy stitching, ensuring resistance to breakage under extreme conditions. This durability guarantees reliable performance through repeated use in high-intensity, harsh environments, reducing maintenance and replacement needs