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lsds-2000.webp

LSDS-2000: China Suppliers & Factory for 360° Blind-Spot-Free Detection and Destruction Equipment

LSDS-2000 is an advanced integrated intelligent low-altitude monitoring and early warning system designed for comprehensive target management. This system combines radar technology, an optoelectronic turntable, jamming equipment, and interception capabilities into a single unit. It efficiently performs a complete closed-loop process of detection, identification, warning, jamming, and striking against low-altitude control targets. The system is built for single-person operation and boasts an IP66 protection rating, making it ideal for diverse and complex application scenarios. As a leading product from China, LSDS-2000 is manufactured by top suppliers in the industry, ensuring high quality and reliability
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    Key Advantages

    Product Features
    • 1
      Full-system Intelligent Anti-UAV Integration: Radar for drone detection, visible light + thermal imaging for target identification and tracking, radio jamming for signal suppression, and laser for precise destruction, forming a complete anti-UAV solution.
    • 2
      High-performance X-band Resonant Radar: 5km detection range, capable of identifying over 50 targets with an RCS of 0.01㎡, and capturing targets with a minimum velocity of 40m/s.
    • 3
      360° Optoelectronic Monitoring: Visible light and thermal imaging realize 2km automatic monitoring and 1km precise tracking of targets with no blind spots.
    • 4
      Powerful Laser Strike Capability: Equipped with a 20kW laser system, which can perform precise and effective strikes on UAVs within a 1km range.
    • 5
      Multi-band Electromagnetic Interference: Covers a radio frequency range of 300MHz–6000MHz, with a 3km suppression range, and supports simultaneous operation of five radio frequency bands for comprehensive signal jamming.
    Product Parameters
    Radar Section
    Component Name Technical Parameters
    Operating frequency band C/S/XKU bands
    Detection and identification range 5km / 10km / 15km
    Target size (RCS) 0.01m³
    Optoelectronic Section
    Component Name Technical Parameters
    Azimuth range 360°
    Elevation angle range 75°
    Maximum azimuth velocity ≥45°/S
    Maximum pitch rate ≥30°/S
    Tracking distance 1km
    Positioning accuracy 0.01°
    Visible Light Imaging System Lens focal length: 30–2000mm (optional); Effective image pixels: >3 megapixels
    Thermal imaging system Resolution: ≥640×512 / 1280×1024; Lens focal length: 30–200mm (optional)
    Interference Section
    Component Name Principal Technical Parameters
    Detection accuracy ≤1
    Flight control interference frequency 2400–2500 MHz, 5150–5850 MHz (extendable)
    GPS interference frequency 1500–7600 MHz
    Interference distance 3km
    Effective countermeasures range 1–10km
    Working mode Simultaneous activation of five frequency bands
    Strike Section
    Component Name Technical Parameters
    Laser wavelength 808 nm (customizable per actual demand)
    Laser power 10–20,000 watts (adjustable per actual demand)
    Refrigeration method Liquid ammonia / Stirling / Air-cooled
    Laser strike distance 1km
    System Working Process
    • 1
      Radar detects and identifies UAV targets.
    • 2
      Optoelectronic system realizes target detection, identification, locking and tracking.
    • 3
      Electromagnetic interference equipment carries out signal jamming and drone deception.
    • 4
      Laser system directly destroys the target UAV.
    Application Areas
    🛡️
    Widely used in battlefields, armories, oil fields, railway stations and other key areas and places with high low-altitude security protection requirements.
    Frequently Asked Questions
    Q
    What is the maximum detection range of the radar system?
    A
    The radar system supports detection and identification ranges of 5km, 10km, and 15km depending on configuration, operating across C/S/XKU frequency bands and capable of tracking targets with an RCS as small as 0.01m³.
    Q
    How does the optoelectronic system track UAV targets?
    A
    The optoelectronic system provides 360° azimuth coverage with a 75° elevation range, combining visible light imaging (up to 2000mm focal length) and thermal imaging (≥640×512 resolution) to achieve automatic monitoring up to 2km and precise tracking within 1km with a positioning accuracy of 0.01°.
    Q
    What frequency bands does the electromagnetic interference system cover?
    A
    The interference system covers flight control frequencies of 2400–2500 MHz and 5150–5850 MHz (extendable), as well as GPS frequencies from 1500–7600 MHz. It supports simultaneous activation of five frequency bands with an effective interference range of 1–10km.
    Q
    What are the laser system's strike specifications?
    A
    The laser system operates at an 808nm wavelength (customizable) with adjustable power from 10 to 20,000 watts. It supports multiple cooling methods including liquid ammonia, Stirling, and air-cooled options, with an effective strike distance of up to 1km.
    Q
    In which environments and scenarios can this anti-UAV system be deployed?
    A
    The system is designed for high-security low-altitude protection scenarios, including battlefields, armories, oil fields, railway stations, and other critical infrastructure areas that require robust defense against unauthorized or hostile drone activity.
    Q
    How does the system integrate its multiple countermeasure components?
    A
    The system operates through a four-stage integrated workflow: the radar first detects and identifies UAV targets, the optoelectronic system then locks and tracks them, electromagnetic interference disrupts the drone's communication and navigation signals, and finally the laser system delivers a precise physical strike to neutralize the threat.

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