Nine systems across three domains.

A digitally-beamformed panel radar that interleaves air search, surface track, and SAR imaging in one aperture — the backbone sensor for a wide-area picture.

A skywave radar that bounces signal off the ionosphere to detect movement far beyond the line of sight, extending warning time for wide maritime and air approaches.

A staring, low-elevation radar tuned for small, slow, low-flying targets — classifying drones from birds and cueing effectors before the perimeter is reached.

A coherent (FMCW) lidar that maps terrain and structures to centimetre accuracy at long range, reading both distance and velocity per point for moving-target capture.

A green-wavelength survey lidar that sees through shallow water to chart the seabed and coastline in a single airborne pass for littoral operations.

A no-moving-parts lidar for autonomous platforms, building a dense local 3D map for obstacle avoidance and navigation where satellite positioning is denied.

A line-scan imager from visible to short-wave infrared, separating materials by spectral signature to defeat camouflage and identify surfaces at a distance.

A vehicle- or UAV-mounted ground-penetrating scanner that images voids, tunnels, and buried objects beneath the surface in real time.

A distributed scanning array that reconstructs a full 3D volume from many viewpoints, revealing structure that a single line-of-sight sensor would miss.