Request For Information (RFI) for next-generation expendable aerial target (EAT NG) drones designed to simulate high-speed anti-ship missiles
The target drone must reach speeds of at least 300 metres per second at low altitude roughly Mach 0.87 sustain flight for 60 minutes, operate as low as five metres above sea level, and climb at no less than 20 metres per second.
It must execute 2G sustained turns, mimicking the agility of contemporary anti-ship threats.
Radio control must function up to 100 kilometres from the ground station, with full autonomous flight capability along pre-programmed paths including mid-course speed and altitude changes. The ground control station must simultaneously manage at least six targets.
In case of data-link failure, the system must be recoverable as per user programme.
The drone requires a low radar cross-section by default but must accommodate augmentation via transponders or corner reflectors when a larger signature is needed.
An acoustic miss-distance indicator capable of detecting rounds from 20mm cannon to surface-to-air missiles within a 10-metre radius, is mandatory for post-engagement assessment.
Launch must be possible from ship or shore via rocket-assisted takeoff, in conditions up to sea state 3 and winds of 30 knots.
After ditching, the drone must float long enough for recovery by boat or helicopter. Expected service life is 15 years.
