Intelligent Laser Damage System of Anti-Drone System

• Customization: Available
• Photoelectric Precision Tracking Accurac: 20μ Rad or Less
• Working Band: 1080nm
• Model NO.: thyd
• Laser Power: 3kw, 5kw
• Striking Distance: More Than 1000m
• Single Laser Continuous Strike Time: More Than 120s
• Damage Time: 5s-15s
• Total Power Consumption: Less Than 40kw
• Power Supply Voltage: AC380V/50Hz, 5 Lines (3 Fire + Zero + Ground).
• Transport Package: 5000mmx2438mmx2000mm
• Specification: standard
• Trademark: thyd
• Origin: China
• HS Code: 9032899099
• Production Capacity: 10000 Per Year
• Package Size: 700.00cm * 300.00cm * 300.00cm
• Package Gross Weight: 100000.000kg
• Lead Time: 14 days (1 - 1 Sets) ; To be negotiated ( > 1 Sets)

Product Description

Product Description

Intelligent laser damage system of Anti-drone system
1) photoelectric precision tracking accuracy: ≤20μrad;
2) Working band: 1080nm;
3) Laser power: 5KW;
4) Striking distance: ≥1000m;
5) Single laser continuous strike time: ≥120s;
6) Damage time: 5s ~ 15s;
7) Total power consumption of the system: ≤40KW (including servo and photoelectric load);
Power supply voltage: AC380V/50Hz, 5 lines (3 fire + zero + ground)

Intelligent laser damage system -3KW

Fast physical damage to UAV targets with a maximum output power of 3KW (1) Targets that can be tracked and struck: low-altitude unmanned aerial vehicles such as small consumer ABS four-rotor drones and small foam fixed-wing model drones (typical targets: DJI Spirit series drones). (2) Target intelligent recognition and tracking: within 800 meters, intelligent recognition of UAV targets under complex backgrounds (buildings, trees, mountains, etc.) can be achieved with an accuracy rate of ≥95%; The tracking accuracy is better than 15μrad (RMS), and the miss rate is less than 10%. (3) Laser strike effect: damage distance ≥600m (atmospheric horizontal visibility ≥10km, temperature -30ºC ~ +50ºC, humidity 0 ~ 80%), destruction time ≤15s (atmospheric weak turbulence). (4) Working range: azimuth -180º ~ 180º, pitch -10º ~ 60º. (5) Laser power: 3KW. (6) Laser continuous light time: ≥120 seconds. (7) System environment adaptability requirements: Working temperature: -20ºC ~ +50ºC; Storage temperature: -30ºC ~ +60ºC; Wind resistance: The wind below level 5 works normally, and the wind below level 8 is not damaged.

Intelligent laser damage system -5KW

Fast physical damage to UAV targets with a maximum output power of 5KW (1) Targets that can be tracked and struck: low-altitude unmanned aerial vehicles such as small consumer ABS four-rotor drones and small foam fixed-wing model drones (typical targets: DJI Spirit series drones). (2) Target intelligent recognition and tracking: within 1 km, intelligent recognition of UAV targets under complex background (buildings, trees, mountains, etc.) can be achieved with an accuracy rate of ≥95%; The tracking accuracy is better than 15μrad (RMS), and the miss rate is less than 10%. (3) Laser strike effect: damage distance ≥900m (atmospheric horizontal visibility ≥10km, temperature -30ºC ~ +50ºC, humidity 0 ~ 80%), destruction time ≤15s (atmospheric weak turbulence). (4) Working range: azimuth -180º ~ 180º, pitch -10º ~ 60º. (5) Laser power: 5KW. (6) Laser continuous light time: ≥120 seconds. (7) System environment adaptability requirements: Working temperature: -20ºC ~ +50ºC; Storage temperature: -30ºC ~ +60ºC; Wind resistance: The wind below level 5 works normally, and the wind below level 8 is not damaged.

 

Related products

Chinese factory professional Anti-drone system

Functional composition
The system integrates radar detection, spectrum detection and photoelectric confirmation in single vehicle mode.
Electronic interference, high-energy directional laser two disposal means, effectively realize the rapid disposal of black flying UAV targets.

Overall actual installation diagram of the syste

System device installation picture


Performance parameters

Radar

Detection radar picture
1) Technical system: three-phase phased array radar;
2) Working frequency band: X-band;
3) Operating distance: Rmax≥5km, Rmin≤200m;
4) Search range coverage: azimuth 360°, pitch 0° ~ 30°;
5) Measurement accuracy: azimuth ≤0.6°, pitch ≤0.6°, distance ≤20m;
6) Data update cycle: ≤5s;
7) Power consumption: ≤220W;
8) Power supply: AC220V/50Hz.

Photoelectric

1) Tracking load: optical, infrared
2) Optical detection distance: ≥2.0km;
3) Infrared detection distance: ≥1.5km;
4) Search airspace: azimuth 360°, pitch 0° ~ 80°;
5) Power consumption: maximum power consumption of turntable ≤500W, stable power consumption ≤150W;
6) Power supply: AC220V/50Hz


Spectrum detection

1) Support frequency band: 2.4G, 5.8G and other typical remote control chart transmission link frequency band;
2) Detection distance: ≥2.5km;
3) Direction finding accuracy: ≤5° (RMS);
4) Search airspace: azimuth 360°;
5) Power consumption: ≤100W;
Power supply: AC220V/50Hz

Laser damage

1) photoelectric precision tracking accuracy: ≤20μrad;
2) Working band: 1080nm;
3) Laser power: 5KW;
4) Striking distance: ≥1000m;
5) Single laser continuous strike time: ≥120s;
6) Damage time: 5s ~ 15s;
7) Total power consumption of the system: ≤40KW (including servo and photoelectric load);
Power supply voltage: AC380V/50Hz, 5 lines (3 fire + zero + ground)

Electronic interference

1) Working frequency band: 1560-1610MHz (satellite navigation);
2400-2483.5MHz, 5725-5850MHz (remote control);
2) Interference distance: ≥ 2km;
3) Interference coverage range: ≤ 30 ° × 30 °;
4) Interference effect: return flight, forced landing;
5) Power consumption: ≤ 100W;
6) Power supply: AC220V/50Hz.

Overall system

1) The chassis adopts a Class II car chassis with a wheelbase of CNHTC Shandeka C5H-4200;
2) The external dimensions of the cabin are 5000mm × 2438mm × 2000mm;
3) Leveling accuracy: Leveling accuracy of 0.5 °, leveling time ≤ 5min;
4) Power supply method: power supply vehicle or industrial mains, AC380V/50Hz;
5) Working temperature: external equipment -20 ºC~+60 ºC, internal equipment -0 ºC~+35 ºC;
6) Storage temperature: -30 ºC~+60 ºC;
7) Wind resistance: Normal operation below level 5 wind, no damage below level 8 wind;
8) Rain resistance: Under non working conditions, under conditions of rainfall intensity ≤ 6mm/min, raindrop diameter 0.5mm~4.5mm, and rain exposure time ≤ 0.5h, there is no significant rainwater immersion phenomenon in the vehicle body and outdoor equipment;
9) Mobility capacity: the maximum driving speed of roads above Class II (including Class II) is ≥ 80km/h, and the average speed is ≥ 60km/h; The maximum driving speed of third-class highway is ≥ 40km/h, and the average speed is ≥ 20km/h.

Deployment time
The integrated equipment has been integrated on the roof of the vehicle, does not need to be deployed separately, and automatically self-checks and enters the combat state under the control of the command and control system.
When the external power supply is normal and the parking is complete, the whole system is fully deployed to have working conditions, and 2 people are required, and the time is less than 30 minutes.

Use requirements
The system work site should meet the following conditions as far as possible:
1) The parking space can provide three-phase four-wire system 380V, 40kW stable power supply; If there is no power supply, the power supply vehicle equipped with the system can be used, or the oil engine can be used to generate power;
2) The parking area is empty, without dense high-rise buildings and trees;
3) The parking area should be far away from sensitive areas such as railways, high-voltage lines and airports;
4) There is no manpower requirement except for 2 operators.


Allocation proposal

Independent deployment of a single vehicle
If the defense area is small, such as within a detection radius of 5km and a strike radius of 1km, a single vehicle deployment method can be adopted. Each defense area is equipped with one laser anti drone system, which can be responsible for target detection within the surrounding 75 square kilometers and low altitude safety at important points within the core 3 square kilometers. An example is shown in the following figure:


Multi vehicle networking deployment
If the defense area is large or scattered, a multi vehicle networking deployment method can be adopted. Under the unified management and command of the command and control system, multi vehicle networking can be used to achieve target information sharing, unified threat assessment, task allocation and combat tasks.
The deployment mode can adopt a two-level command system of "1+N", which means "command center+N sets of systems". The command center can be deployed in a single vehicle, or in the command center, monitoring room, or fixed command post.
The command center can deploy the corresponding command system software modules, and the bicycle system does not require any other modifications.

 

Intelligent laser damage system -3KW	Fast physical damage to UAV targets with a maximum output power of 3KW (1) Targets that can be tracked and struck: low-altitude unmanned aerial vehicles such as small consumer ABS four-rotor drones and small foam fixed-wing model drones (typical targets: DJI Spirit series drones). (2) Target intelligent recognition and tracking: within 800 meters, intelligent recognition of UAV targets under complex backgrounds (buildings, trees, mountains, etc.) can be achieved with an accuracy rate of ≥95%; The tracking accuracy is better than 15μrad (RMS), and the miss rate is less than 10%. (3) Laser strike effect: damage distance ≥600m (atmospheric horizontal visibility ≥10km, temperature -30ºC ~ +50ºC, humidity 0 ~ 80%), destruction time ≤15s (atmospheric weak turbulence). (4) Working range: azimuth -180º ~ 180º, pitch -10º ~ 60º. (5) Laser power: 3KW. (6) Laser continuous light time: ≥120 seconds. (7) System environment adaptability requirements: Working temperature: -20ºC ~ +50ºC; Storage temperature: -30ºC ~ +60ºC; Wind resistance: The wind below level 5 works normally, and the wind below level 8 is not damaged.
Intelligent laser damage system -5KW	Fast physical damage to UAV targets with a maximum output power of 5KW (1) Targets that can be tracked and struck: low-altitude unmanned aerial vehicles such as small consumer ABS four-rotor drones and small foam fixed-wing model drones (typical targets: DJI Spirit series drones). (2) Target intelligent recognition and tracking: within 1 km, intelligent recognition of UAV targets under complex background (buildings, trees, mountains, etc.) can be achieved with an accuracy rate of ≥95%; The tracking accuracy is better than 15μrad (RMS), and the miss rate is less than 10%. (3) Laser strike effect: damage distance ≥900m (atmospheric horizontal visibility ≥10km, temperature -30ºC ~ +50ºC, humidity 0 ~ 80%), destruction time ≤15s (atmospheric weak turbulence). (4) Working range: azimuth -180º ~ 180º, pitch -10º ~ 60º. (5) Laser power: 5KW. (6) Laser continuous light time: ≥120 seconds. (7) System environment adaptability requirements: Working temperature: -20ºC ~ +50ºC; Storage temperature: -30ºC ~ +60ºC; Wind resistance: The wind below level 5 works normally, and the wind below level 8 is not damaged.
Intelligent radar system	To achieve long-range detection of low and slow small targets (the detection distance of DJI Spirit series drones is better than 5km), providing early detection and early warning functions (1) Radar search range: maximum detection range Rmax≥5km; The minimum detection distance Rmin≤200m (for typical targets with RCS≥0.01m2 such as DJI elves under visibility conditions). (2) Coverage: azimuth Angle covers 0 ~ 360º, pitch Angle covers 0 ~ 30º. (3) Positioning accuracy: distance ≤15m, azimuth ≤0.5º(RMS), pitch Angle ≤0.5º(RMS). (4) Resolution: distance ≤20m, azimuth ≤3º, pitch ≤3º. (5) Data update rate: Weekly scan is less than or equal to 5s. (6) Target intelligent recognition: Intelligent algorithm is used to achieve intelligent recognition of key targets such as UAV targets and birds, and the recognition accuracy rate is better than 90%. (7) The number of targets monitored by the system simultaneously: ≥60. (8) Reliability and maintainability: average time between failures (MTBF) ≥720h, average time to repair failures (MTTR) ≤0.5h, with rain, moisture, dust prevention measures.

 

Contact information

Ivy Li
 

Tianhui Sports