Defence technology and manufacturing, redefined
The percussion cartridge has been architecturally unchanged since 1866. We have developed a whole new class of ammunition: a patent pending, inductively fired, cased telescoped polymer architecture.
It allows significantly better weapon systems built around the munition, and it opens the door to AI-enabled networked manufacturing.
Our manufacturing architecture is around 90 per cent common across every calibre. Changing the last 10 per cent of the process lets an individual hub manufacture 5.56 mm in the morning, 155 mm in the afternoon and autonomous system parts in the evening. All enabled by live battlefield consumption data fed directly to our AI orchestration system.
Rifles, small arms and counter drone systems. Enhanced performance, lighter weight and selectable response — less lethal, lethal, subsonic — in one platform.
Unmanned platforms built around fully integrated weapon systems, engineered from the ground up.
Our munitions are available, and licensable, to other uncrewed platform builders — making the architecture a common supply point rather than a closed system.
Large scale ordnance with selectable charge loads in a single cartridge. Improved performance and reliability, reduced barrel wear, better weapon logistics.
// AI-enabled networked manufacturing
Manufacturing at the point of need
An AI-enabled distributed network rather than single product factories.
// Project Wyvern
Autonomous airborne artillery
Designed around our new munitions, not forced to adapt to legacy technology.
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