Laser Anti-Drone Device
Product Overview
The Unattended Integrated Security Equipment 010 System (referred to as the “Laser Anti-Drone Device”) consists of a beam director (hereinafter referred to as ATP), radar (optional), laser source, thermal control, battery, and shelter. By utilizing the high energy released by laser beams, it can precisely target and destroy critical components of drones at long distances, achieving accurate damage and rendering them unable to fly normally. The Laser Anti-Drone Device offers significant damage effects and low risk, featuring a “detect-and-destroy” capability while ensuring operational safety and reliability.
APPLICATIONS
Today, drones are widely used in various fields such as aerial photography, security, cargo transport, and military operations. However, their widespread application also poses increasing threats to national defense and public safety.
There are several reasons you might want to deploy the Laser Anti-Drone Device –
+ Urban Core Area Security: Rapid deployment in government buildings, large event venues, etc., to prevent illegal drone intrusions and ensure personnel safety.
+ Airport Security: Integrated with airport radar to automatically identify and deter unauthorized drones (“black flights”), ensuring safe takeoffs and landings.
+ Critical Facility Protection: Safeguards military bases, prisons, nuclear power plants, etc., against intrusions by drones (e.g., FPV drones, small rotorcraft, and loitering munitions) that may pose security threats.
+ Border Control: Establishes laser interception zones to prevent drone smuggling and transport of contraband, enhancing border management capabilities.
+ Military Base Protection: Deploys Laser Anti-Drone Devices to defend against enemy drone reconnaissance and attacks, ensuring the security of military assets.
Specifications
Technical Overview
+ Capable of focused emission
+ Capable of visible/infrared electro-optical target acquisition and tracking
+ Capable of manual zoom/focus adjustment for visible/infrared systems
+ Supports joystick manual control of the turret
+ Equipped with laser rangefinding functionality
+ Equipped with laser illumination functionality
+ Supports upper computer status display and control
System Parameters
Environmental Adaptability
ATP Specifications
Note 1: *Parameters apply to 5-inch or larger custom FPV drones or DJI Phantom 4 series.
Note 2: **Parameters apply to DJI Phantom 4 series.
Operational Procedure
Main Steps:
1) Plan Security Zones and Threats: Identify types, sizes, and quantities of aerial targets such as drones in advance.
2) Deploy Equipment: Place the Laser Anti-Drone Device on flat ground, along with ground detection radar and a manually operated laptop for drone detection and defense.
3) Target Detection: Radar transmits drone trajectories to the electro-optical detection system, while infrared or visible light systems scan the airspace to identify and analyze potential drone targets.
4) Laser Targeting: Precisely aim the laser beam at the target drone and continuously track its movement to maintain alignment.
5) Adjust and Engage: Modify laser output power based on target distance and type. Emit the laser beam to damage or disrupt the drone’s critical components, causing loss of control. Typical drones within the effective radius can be downed within 10 seconds; FPV drones may be downed in 3 seconds.
6) Evaluate Results: Decide whether additional strikes or other measures are necessary.
Note: Strictly adhere to safety protocols during operation to prevent accidental harm to personnel or equipment!
If you are interested in learning more about Skypath’s Anti-Drone Device, including information regarding device dimensions, installation and electrical interfaces etc, please get in touch.
Get in touch
If you are interested in this drone, or any of our other products please don’t hesitate to get in touch via the form below and we will be happy to assist you.
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