Small unmanned aerial vehicles represent a growing challenge for military platforms and security-critical areas. At close range in particular, there is often very little time to detect and respond to a threat.
The SCILT system was developed to actively defeat small drones at short distances. Two variants are available to address different operational requirements: SCILT LAND for land-based applications and SCILT NAVAL for maritime platforms.
Due to its individual adaptability in design and configuration, SCILT is also suitable for applications in aviation as well as for the protection of critical infrastructures.
SCILT LAND is a close-range protection system designed to counter drones attacking from short distances and low angles. It is designed to defeat kamikaze and FPV drones as well as loitering munitions using cost‑efficient effector solutions.
SCILT NAVAL is an active Counter-UAV (C-UAV) system specifically designed to protect naval platforms against small unmanned aerial threats at close and very close range. The system is designed to defeat kamikaze drones, FPV drones and loitering munitions using commercially available, cost-effective effectors.
Sensitive manoeuvres like fast roping of special forces are secured against drone attacks.
SCILT INFRASTRUCTURE forms a final effective protective mechanism against attacks by drones.
