Advanced Propulsion Systems
Next-generation electric propulsion technologies and innovative chemical propulsion systems that deliver superior performance whilst reducing mission costs and complexity for a wide range of orbital applications.
Our comprehensive technology capabilities span the full spectrum of space systems, from miniaturised electronics to large-scale propulsion systems.
Next-generation electric propulsion technologies and innovative chemical propulsion systems that deliver superior performance whilst reducing mission costs and complexity for a wide range of orbital applications.
Custom electronics designed to operate reliably in the harsh radiation environment of space, featuring advanced shielding and fault-tolerant architectures.
High-accuracy guidance, navigation, and control systems that enable precise spacecraft positioning and attitude determination for demanding mission requirements.
Efficient solar array systems and advanced battery technologies that maximise power generation and storage for extended mission operations.
Our systematic approach ensures every technology solution meets the rigorous demands of space applications whilst maintaining cost-effectiveness and reliability.
We evaluate emerging technologies and define precise requirements based on mission objectives, environmental constraints, and performance targets. This phase establishes the technical foundation for all subsequent development activities.
Our engineering team creates detailed designs using state-of-the-art simulation tools and modelling techniques. We validate concepts through comprehensive analysis before moving to physical prototyping stages.
We build and test functional prototypes using space-grade materials and components. Iterative testing and refinement ensure optimal performance characteristics before final system integration.
Rigorous qualification testing validates system performance under simulated space conditions. We conduct comprehensive environmental testing to ensure reliability throughout the mission lifecycle.