• Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm

Gimbal-mounted Semi-active Laser Seeker 90mm

No.90mm
Instantaneous Field of View
±6°
Working Distance
Under the irradiation of 80mJ energy, the capture distance ≮ 4km
Tracking Angular Velocity
0.1°/s~15°/s
Output Angle Accuracy
≤0.3°(3σ)
Degree of Isolation
≯5%(3°/2Hz, 5°/1Hz)
Weight
≯1.5kg
Size
Φ90mm × 183mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm
  • Gimbal-mounted Semi-active Laser Seeker 90mm

Description

Gimbal-mounted Semi-active Laser Seeker 140mm

This gimbal-mounted semi-active laser seeker is a precision guidance system designed to achieve accurate target tracking using reflected laser signals. By integrating a stabilized gimbal platform, it provides enhanced line-of-sight control and improved tracking performance under dynamic operating conditions.

Stable line-of-sight control enables precise tracking
Superior performance in dynamic and mobile environments Higher tracking accuracy compared to fixed configurations Reliable operation under complex conditions

Enhanced Tracking with Stabilized Platform

Unlike fixed-mount designs, this system employs a gimbal-mounted structure that allows for independent control of the line of sight. This significantly improves the stability of target tracking, particularly in high-speed or maneuvering scenarios.

Even during rapid movement, the system maintains precise alignment with the target, ensuring reliable signal acquisition and continuous guidance.

Semi-active Laser Guidance

Captures reflected laser signals from a designated target and converts them into precise tracking data.

Gimbal Stabilization Mechanism

Supports independent motion control of the pitch and yaw axes, thereby enhancing tracking stability.

High-Angular-Velocity Tracking Capability

Supports line-of-sight angular velocities of up to ≥10°/s, making it suitable for high-speed moving targets.

Designed for Dynamic Target Engagement

This tracker is optimized for scenarios where the target or vehicle is in constant motion. Its pitch and yaw angles can reach ±27°, providing ample maneuverability for effective tracking.

Its isolation performance (>5%) helps reduce external interference, thereby ensuring stable system operation.
Specifications
Product Name Gimbal-mounted Semi-active Laser Seeker

Detection Field of View

±25°

Working Distance

≥4 km

Maximum Line-of-Sight Angular Velocity

≥10°/s

Angular Velocity Accuracy

≤0.2°/s

Pitch/Yaw Frame Angle

±27°

Degree of Isolation

>5%

Weight

>2.6 kg

Size

Φ140 mm × 239 mm

Application Scenarios

This semi-active laser seeker, mounted on a gimbal, is suitable for systems requiring stable, continuous target tracking under dynamic conditions.

Laser-guided systems with high tracking performance requirements Unmanned platforms operating in dynamic environments Precision targeting and tracking systems Guidance units requiring stable line-of-sight control

FAQ

1. What are the main advantages of the gimbal-mounted design?

It provides independent and stable line-of-sight tracking, thereby improving tracking accuracy and stability.

2. What is the maximum tracking speed?

The system supports a line-of-sight angular velocity of ≥10°/s.

3. What is the effective detection range?

Under standard conditions, the operating range is ≥4 kilometers.