Description
The AGT-RJH2000 lightweight laser jamming interception system is built for counter-small-UAS operations in protected airspace. It physically intercepts threat targets and delivers optoelectronic jamming to stop reconnaissance and "suicide" attacks. The miniaturized, modular design allows rapid transport, deployment, and setup. The system integrates a high-resolution visible-light camera, an uncooled VOx thermal imager, a 1535 nm laser rangefinder, and an 808 nm laser illuminator. Combined with a precision pan-tilt unit offering wide horizontal and vertical travel, it provides accurate tracking and engagement out to 300 m for DJI Phantom 4-class targets. Ruggedized to IP65 and operating from -20 °C to +50 °C, the unit consumes no more than 400 W and weighs under 17 kg, making it suitable for mobile and fixed-site airport and perimeter defense.
Overview
- Counter-small-UAS laser jamming and physical interception system
- Detects, tracks, and engages drone targets in protected airspace
- Prevents reconnaissance and kamikaze-style attacks via optoelectronic jamming
- Suitable for mobile deployment and quick setup at airports and critical sites
Applications
- Airport and airfield perimeter security
- Critical infrastructure protection
- Counter-UAS / anti-drone defense
- Prevention of reconnaissance and suicide drone attacks
- Airport bird deterrence
Technical specification
| General |
|---|
| Product name |
AGT-RJH2000 Airport Bird Deterrence Lightweight Laser Jamming Interception System |
| Model |
AGT-RJH2000 |
| SMARTID |
Cb-000044 |
| Maximum treatment time |
200s (battery powered) |
| Working time |
10-15s |
| Resting time |
30-60s |
| Treatment range |
50m~300m (DJI Phantom 4) |
| Tracking accuracy |
≤25μrad |
| Description |
The lightweight laser jamming interception system is mainly aimed at small drone targets, completing the physical interception of threat targets in the protected airspace, and the optoelectronic jamming to prevent small drones from conducting reconnaissance and "suicide" attacks. It adopts a miniaturized and modular design approach, which can be quickly moved, deployed and set up for use. |
| Visible Light |
|---|
| Sensor type |
1'' progressive scan CMOS |
| Resolution |
2048 × 2048 |
| Sensor size |
11.26 mm × 11.26 mm |
