T2 Laser Anti-Drone System Product Configuration Plan

Product Description

Product Overview

The T2 laser anti-drone system consists of 2 high-intensity light emission tubes, 2 lasers, 1 light beam combining tracking module, 1 coarse TV infrared tracking module, 1 coarse
TV tracking module, 1 fine TV tracking module, 1 range-finding module, 1 precision servo system, 1 integrated control system, 1 water cooling unit, and 1 power battery pack. The
system utilizes fiber laser spatial beam-combining technology, achieving power superposition through an active beam-combining mechanism, while also completing adaptive optical control.
It realizes modularization, easy maintenance, low cost, and long-duration light emission, with active control capabilities, good beam quality, longer strike distance under the same power
conditions, stronger striking capability, better beam quality, and superior thermal control capabilities.
The modular design ensures the high reliability of the system, adaptability to different application scenarios, and the ability for rapid repair and replacement. The system has visual tracking
capabilities, allowing for quick target detection and locking, with higher tracking precision. It is capable of withstanding shock, impact, salt fog, high temperatures, high humidity, and dust.

System features are as follows:

• Capable of directing at targets at or near the speed of light, hitting instantaneously, greatly reducing computational requirements and strike preparation time.
• Rapid fire shift, capable of continuously attacking multiple targets in a short time, with flexible and quick response.
• Highly concentrated energy, with minimal collateral damage.
• The cost per strike is extremely low.

This product utilizes several proprietary key technologies, including modular array beam synthesis technology, based on domestic 1070nm 3kW lasers, standardizing a two-tier,four-level module with modular interfaces; free splicing, quick plug and unplug, solving the problem of spectral beam combining being unfavorable to modularization, with controllable costs.

Active pointing closed-loop control technology achieves adaptive optics functions, addressing thermal effect issues, maintaining beam combining quality over long periods; and solving the problem of spectral beam combining lacking active control technology, which leads to beam pointing deviation upon heating, requiring light to be stopped, without incurring additional costs.

Product Advantages:

• Possesses stable tracking capabilities for typical aerial moving targets such as drones;
• Capable of laser interception and damage to small drones like the DJI Phantom 4;
• The laser emission optical path has closed-loop control capabilities, able to correct in real-time beam quality issues caused by thermal effects and atmospheric turbulence;
• Has communication capabilities with other subsystems, capable of accepting external guidance from radar systems;
• Capable of capturing targets in the guidance area with coarse tracking capabilities;
• Possesses stable target tracking and aiming capabilities with TV fine tracking;
• Capable of fusing multiple tracking data for target detection, positioning, and locking;
• Capable of one-on-one, many-on-one, and many-on-many capabilities, with the ability to significantly increase strike distance or destroy more quickly in many-on-one scenarios;
• Equipped with long-distance laser ranging capabilities;
• Optional intelligent detection functions, supporting area intrusion detection, boundary crossing detection, and tracking capabilities;
• Features automatic sector scanning, manual search, and manual/automatic target tracking functions;
• Capable of remote control via network;
• Professionally designed casing, aesthetically pleasing, lightweight, wind-resistant, sturdy, high-temperature resistant, corrosion-resistant, waterproof, and acid rain resistant.

Related Certificates

(1) Certificates of Technological Advancement
• Multi-stage Modular Beam Combination Device for High-Power Lasers
• Adaptive Optical Monitoring Device and Method for Array Beams
• Cyclonic Mirror Air Cooling Device
(2) Certificates of Quality and Reliability
• ISO9001 Quality Management System Certification

Product Performance

Note: The indicated effective range is based on conditions of visibility greater than 15km, air humidity below 60%, and a target-to-background temperature difference of at least 5K. The effective range may vary depending on different weather conditions. In complex maritime atmospheric environments, the maximum striking distance can exceed 2 kilometers. The system has the capability of two-on-one and many-on-one, and two T3 systems have the ability to strike at 3.5 kilometers under general atmospheric conditions and 2.5 kilometers in complex environments.