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1064nm Laser Target Designator
A 1064nm solid-state laser system purpose-built for high-precision tactical guidance and long-range target designation
- Dual-Mode Integration
- High Pulse Energy & Long-Range Designation
- Superior Beam Collimation
- Versatile Tactical Coding
- Military-Grade Reliability
Overview
1064nm Laser Target Designator: The Tactical Core of Long-Range Guidance and Precision Ranging
The 1064nm Laser Target Designator is a high-performance solid-state laser system that integrates laser emission, precision ranging, and tactical coded designation. Operating at a standard 1064nm wavelength, this series is specifically designed to provide target illumination signals for semi-active laser-guided munitions and high-accuracy distance data for fire control systems.
Key Features and Technical Advantages:
- Dual-Mode Integration: The system seamlessly combines high-precision laser ranging and tactical target designation capabilities, allowing for flexible mission switching. In designation mode, it maintains a central frequency of 20Hz for consistent target illumination.
- High Pulse Energy and Precise Beam: Available in multiple energy configurations ranging from 20mJ to 80mJ. With an ultra-narrow beam divergence of ≤0.3mrad and minimal beam jitter (≤0.03mrad), it ensures highly concentrated energy over extreme distances, significantly enhancing guidance precision.
- Exceptional Operational Range: For medium-sized tank targets, the series achieves a designation range of up to 8,000 meters and a maximum ranging capability of 12,000 meters.
- Versatile Tactical Coding: Fully supports international standard laser coding methods, including Precise Frequency Code, Variable Interval Code, and Pulse Code Modulation (PCM), providing robust anti-jamming capabilities and broad weapon system compatibility.
- Military-Grade Reliability and Lightweight Design: Featuring a fully sealed and compact structure, the modules weigh between 500g and 800g. It is engineered to operate reliably in harsh environments from -40°C to +60°C, making it ideal for field operations and airborne gimbal integration.
- Standardized Communication Interface: Utilizing RS422 communication and a wide 18-32V power supply range, the series allows for rapid integration with various optoelectronic payloads, UAV systems, and ground fire control terminals.
Qualification
Selection Chart
Dimensions Diagram
