Strapdown laser semi-active guidance head is a low-cost guidance head for simple guidance,consisting of a laseroptical dome, narrowband filter, laser lens, quadrant laser detector, support structure and housing, as well as a laser signal processing system. It features miniaturization,
integration, high reliability, and large instantaneous field of view. The company has currently developed and produced strapdown laser guidance heads of different calibers and specifications.
During its development, this tracking system placed a strong emphasis on operational reliability and practical deployment requirements. By adopting a fixed-mount design, it eliminates the need for complex mechanical stabilization mechanisms, thereby reducing potential points of failure and enhancing the system’s durability.
Its wide field of view and rapid response capabilities enable it to maintain effective tracking performance even when targets are moving quickly or conditions are changing.
Detects reflected laser signals from a designated target and converts them into precise guidance data.
Eliminates the need for a mechanical stabilization system, enhancing system robustness and long-term reliability.
Provides angular measurement accuracy of up to 3 mrad (1σ), ensuring reliable guidance performance.
This seeker is available in a variety of sizes, including 70 mm, 120 mm, 122 mm, 150 mm, and 180 mm models. This allows it to meet the requirements of different platforms and integration conditions.
| Product Name | Strapdown Laser Seeker |
|---|---|
|
Detection Field of View |
±25° |
|
Linear Field of View |
±14° |
|
Angle Measurement Accuracy |
3mrad(1σ) |
|
Detection Distance |
≥4km |
|
Weight |
≯1.2kg |
|
Size |
Φ180mm × 200mm |
|
Power Supply |
28V±3V |
|
Power Consumption |
≤20W |
|
External Interface |
Isolation CAN/RS422 |
Fixed laser seekers are suitable for systems requiring reliable laser target tracking and guidance capabilities.
It uses semi-active laser guidance, which works by detecting the laser signal reflected by the target.
It eliminates the need for mechanical stabilization, which reduces complexity and improves reliability.
It supports CAN and RS422 communication interfaces for system integration.
