This engine combines the advantages of existing technologies while avoiding their drawbacks. For over 50 years, this technology remained elusive due to its inability to scale, thus unfeasible. Thanks to their innovative engine design, HyPrSpace has made this technology scalable and adaptable across a wide range of vehicles. This breakthrough promises to reduce space access costs by 75%, significantly boosting launch speed and flexibility.

Their main product is the micro-launcher OB-1, capable of sending 250kg of payload in LEO with cost-effective dedicated rides.

As it is very simple to manufacture and operate, the time between signature and launch is minimized to 3 months.

Their solutions are based on system engineering : MBSE, MDO, design to cost, value analysis, Advanced multi-physics numerical modelling : HPC computing, multi-physics and multi-scale coupled analysis, fluid dynamics, thermodynamics and aerodynamics, numerical modelling at components ans system levels, multidisciplinary design analysis and ptimization (MDA/MDO) and multiphysics modelling simulation and optimization (MMSO).

CT focuses on performance and reliability optimization, thereby reducting conception costs and saving time by minimizing the need for trials. Their expertise allows them to anticipate potential real-world problems and address them virtually.