The Quantum Tandem Parachute System is a fully integrated parachute system developed to support tandem parachute operations within military, government, and institutional environments. The system is intended for use in training, familiarisation, evaluation, and demonstration roles where controlled deployment, predictable handling, and high structural margins are required.
The system employs a drogue-assisted deployment architecture to manage opening forces and stabilise descent under tandem loads. This configuration supports safe, repeatable deployments across a wide operating envelope while reducing stress on system components and occupants.
The integrated container, main canopy, and reserve canopy architecture supports system standardisation and reduces configuration variability. This approach simplifies equipment management, inspection, and maintenance while improving operational consistency across instructors and operational units.
The main canopy is designed to deliver stable flight, predictable control response, and effective flare performance under tandem loading. Approved canopy sizes support standard tandem all-up weight limits and provide consistent handling characteristics across the operating range.
The reserve canopy provides reliable emergency deployment performance under high load conditions, with handling characteristics aligned to the main canopy to support intuitive instructor response during emergency procedures.
The container assembly is engineered for repetitive tandem operations, incorporating reinforced structures, high-strength materials, and compatibility with commonly fielded safety systems. The system is suitable for sustained use in military airborne units, government agencies, and allied organisations requiring a dependable tandem parachute capability.