Low-Altitude Surveillance Radar Capable of Sensing, Tracking and Identification

• Signal Transmission: Radar
• System: Radio System
• Type: Ground-Based Low-Altitude Surveillance Radar
• Model NO.: K01
• Application: Special Equipment, Industry, Special Equipment
• Usage: Security Warning and Protection
• Certification: ISO
• Data Rate: 2s
• Operating Temperature: -40~60ºC
• Power Consumption: 1000W
• Weight: 100kg
• Transport Package: Aviation Box Packaging
• Specification: Ku Band
• Trademark: OME acceptable
• Origin: China
• HS Code: 8517699000
• Production Capacity: 50000pieces/Year

Product Description

Low-altitude surveillance radar is an advanced radar system specifically designed for detecting, identifying, and tracking low-altitude and ultra-low-altitude flying targets, effectively addressing threats such as helicopters, drones, and cruise missiles that are difficult for traditional radar systems to cover. This product employs high-frequency bands (X/Ku bands) and advanced signal processing technologies (such as Pulse Doppler PD, Adaptive Moving Target Indication (AMTI), and Adaptive Beamforming), significantly enhancing low-altitude target detection capabilities while suppressing ground clutter and meteorological interference, ensuring high-precision tracking.

1.  High-speed crossing machine for precise capture

2.  20km cruise missile remote early warning

3.  Intelligent identification of swarm size

4.  Stable tracking of slow-moving balloons

5.  Synchronized monitoring of birds and drones

6.  Three-dimensional detection of air, land, and sea

 

Product Parameters

Low-altitude surveillance radar

Parameter Name	Specifications
System	Three-coordinate phased array
Detection Power	≥5km (RCS=0.01m^2 typical target DJI Phantom 4) ≥8km (RCS=0.1~1m^2 fixed-wing drone)
Speed Measurement Range	1~100m/s
Azimuth Accuracy	≤0.3°
Elevation Accuracy	≤0.5°
Distance Accuracy	≤10m
Protection Rating	IP66

Parameter Name	Specifications
System	Three-coordinate digital array
Detection Power	≥6 km (RCS = 0.01 m² typical target DJI Phantom 4) ≥8 km (RCS = 0.1-1 m² fixed-wing drone)
Speed Measurement Range	0.5-150 m/s
Azimuth Accuracy	≤0.3°
Elevation Accuracy	≤0.5°
Distance Accuracy	≤6 m
Protection Rating	IP66

Parameter Name	Specifications
System	Three-coordinate digital array
Detection Power	≥ 9 km (RCS = 0.01 m^2 typical target DJI Phantom 4) ≥ 15 km (RCS = 0.1 to 1 m^2 fixed-wing drone)
Speed Measurement Range	0.5 to 150 m/s
Azimuth Accuracy	≤ 0.3°
Elevation Accuracy	≤ 0.3°
Distance Accuracy	≤ 6 m
Protection Rating	IP66

  

Parameter Name	Specifications
System	Two-dimensional phased array
Detection Power	≥6km (RCS=0.01m^2 typical target DJI Phantom 4) ≥15km (RCS=0.5m^2 personnel) ≥30km (RCS=5m^2 vehicle)
Speed Measurement Range	0.5~120m/s
Azimuth Accuracy	≤0.4°
Elevation Accuracy	≤0.6
Distance Accuracy	≤5m
Protection Rating	IP66

 

Parameter Name	Specifications
System	1D phased array/2D phased array
Detection Power	≥5km (RCS=0.01m^2 typical target DJI Phantom 4) ≥12km (RCS=0.5m^2 personnel) ≥25km (RCS=5m^2 vehicle)
Speed Measurement Range	0.5~120m/s
Azimuth Accuracy	≤0.5
Elevation Accuracy	≤0.6
Distance Accuracy	≤10m
Protection Rating	IP66

Usage: Fixed deployment, mobile deployment

Packaging & Shipping

 

1. Multi-layer protective design  
Precision equipment (such as radar antennas, detection systems): Utilizes a multi-layer structure consisting of "cargo-padding-inner packaging-cushioning layer-outer packaging." Inner packaging is wrapped in anti-static foam plastic or air column bags, while outer packaging consists of reinforced wooden boxes or aviation-grade containers.  
Moisture-proof treatment: The inner walls of the outer packaging boxes are lined with moisture-proof materials, and seams are sealed to withstand high-humidity environments during sea transport.

2. Cushioning and Shock Absorption  
Fragile components (e.g., radar displays, optical lenses) are packaged using suspension packaging or anti-inversion design. Glass components must be fully wrapped in corrugated cardboard and foam.  

3. Electronic Components  
High-frequency components (e.g., waveguides) must be cleaned and covered with dust-proof end caps, then sealed with moisture-proof paper.
Battery-powered devices (e.g., drone batteries, walkie-talkie batteries) are packaged separately, with battery-specific labels affixed to the outer box.

4. Large Equipment Packaging Solutions
Radar bases/drone mounting platforms: Add wooden sleepers or steel bases to the bottom.

More Products

 

Company Profile

Safety Protection (Beijing) Trading Co., Ltd. Has been conducting safety research in important areas such as low altitude safety maintenance for many years. It is a well-known enterprise in low altitude surveillance and early warning radar, with very mature security experience. Our company is constantly exploring the field of anti drone systems, with wireless technology as the core, providing three-dimensional defense solutions, and creating a comprehensive wireless security system.

Our company has successfully developed a series of products including low speed small detection radar, air ground integrated multifunctional radar, peripheral important location placement radar, bird detection radar, etc., targeting detection and early warning of targets such as multi rotor unmanned aerial vehicles, fixed wing unmanned aerial vehicles, drones, balloons, birds, vehicles, ships, unmanned boats, individual soldiers, and swarm targets at medium to low altitudes and ultra-low altitudes. We can provide customers with the highest quality products and most mature solutions.

We also provide customers with anti drone countermeasures for key security locations, mainly including detection, inducement, deception, and destruction of drones, as well as finding the location of pilots. Provide users with a one-stop low altitude safety control solution, effectively offering comprehensive low altitude safety protection solutions.