In a groundbreaking project with the Ministry of Defence, SmallSpark utilized its Digital Fusion technology to automate the design of solid rocket motor fuel grains. This project leveraged our advanced in-house modelling capabilities combined with cutting-edge optimization and machine learning design technologies.

Our primary objective was to dramatically reduce the time required to design and qualify solid propulsion systems. Traditionally, this process could take up to a decade. However, by harnessing the power of Digital Fusion, we proved critical technologies necessary to shorten this timeline to under two years, setting a new industry standard.

A key component of our approach was the use of Digital Twins. This technology enabled us to make smarter, data-driven decisions, enhancing the long-term strategic planning for solid propulsion systems.

The application of Digital Fusion technology successfully reduced the design and qualification time for solid rocket motors.

This project has had a profound impact on the defense sector, offering a glimpse into the future of rapid, efficient, and advanced propulsion system development.

SmallSpark’s work with the DASA has set new benchmarks in the field of propulsion technology, showcasing our commitment to innovation and excellence in defense solutions.