Based on the four-quadrant detection principle, the long-range four-quadrant laser tracker precisely captures diffuse laser echoes while simultaneously performing code pattern recognition and matching, as well as high-precision angle calculation. It can fully replicate the typical working mechanism of laser semi-active guidance.
The device features long detection range, strong code pattern compatibility, excellent tracking and positioning accuracy, and outstanding overall integration. It can be easily mounted on various platforms such as airborne electro-optical pods and ground simulators, making it suitable for multi-scenario testing and equipment integration applications.
Performance Parameters:
| Parameter | Specification |
| Model | STA-QLT4X |
| Measurement wavelength | 1064nm |
| Field of view | ±1° / ±5° |
| Operating range | 8 km (typical weather, 100 mJ illumination) |
| Field of view | Code pattern matching: 1–16 bit interval code, pseudo-random |
| Weight | ≤980 g |
| Operating temperature | -40°C to +60°C |
| Storage temperature | -45°C to +70°C |
Applications:
Long-range electro-optical pods
Ground simulators
Simulated training
Principle teaching / educational demonstrations

Pulse average energy
≥ 120 mJ
Irradiation distance
≥ 12km
Weight
≤ 3.5 kg
Pulse average energy
≥ 100 mJ
Irradiation distance
≥ 12 km
Weight
3.3kg
Pulse average energy
≥ 100 mJ
Irradiation distance
≥ 12 km
Weight
3.1kg
Pulse average energy
≥ 80 mJ
Irradiation distance
≥ 12 km
Weight
3.1kg
Pulse average energy
≥ 45 mJ
Irradiation distance
≥ 5 km
Weight
580 ± 10 g
Pulse average energy
≥ 20 mJ
Irradiation distance
≥ 2 km
Weight
450 ± 10 g