Current hybrid rocket engine designs face scalability limitations, hindering their widespread adoption across diverse aerospace applications. This restricts the potential for more affordable and environmentally sustainable space access.

HyPrSpace is developing a next-generation hybrid rocket engine designed for enhanced scalability and performance across a range of aerospace applications. By re-engineering the fundamental architecture of traditional hybrid rocket engines, HyPrSpace aims to overcome the limitations that have historically prevented their scaling to sizes required for larger vehicles. This approach enables the development of more efficient, cost-effective, safer, and greener propulsion systems, making advanced aerospace capabilities more accessible.

Modified hybrid rocket engine architecture for improved scalability

Adaptable design suitable for both civilian and defense applications

Enhanced propulsion efficiency compared to traditional hybrid rocket engines

Scalable to sizes suitable for various vehicle types, including microlaunchers

Hotfire tested full-scale stage demonstrator (Terminator)

The primary target audience includes organizations in the civilian and defense aerospace sectors seeking more efficient, scalable, and cost-effective propulsion solutions.