A laser system for detecting and tracking low-flying objects will be a perfect addition to stationary (optoelectronic systems installed on towers) and mobile (handheld cameras and surveillance vehicles) protection systems.

The anti-UAV system will consist of a set of laser sensors, i.e. scanners that will scan space to detect flying objects, like small drones:

• max detection range - not less than 3 km for objects with a starting weight of under 5 kg
• min detection range - limited by the dead zone of the object on which the sensor is mounted
• high spatial resolution
• ability to monitor at least 15 objects at the same time
• can be operated by one person and /or work in an automatic mode.

Expected effect:

The system will recognize and track low-flying unmanned aerial vehicles. The system will provide for restrictions on unauthorized crossing of state borders, uncontrolled flights near state borders, hence restrictions of the use of unmanned objects for criminal purpose at the borders. Existing UAV detection systems are based on radar technology and are inefficient, so there is a need to develop a solution that will be more accurate and able to detect and monitor objects in bad weather conditions like rain or fog.

The system will be a perfect solution for agencies and services that are responsible for:

• protection of state borders
• protection of critical infrastructure
• providing safety measures at mass events
• protection of objects and property
• counteracting UAV misuses.