Showing all 4 results

  • AHELS System

    AHELS System

    Product Advantages lHighly integrated with military off-road platforms, it is easy and quick to deploy, giving the system significant advantages in mobility and availability. lThe laser weapon subsystem adopts an optical fiber beam combination system and laser and optical optimization design, providing excellent laser quality and photoelectric conversion efficiency, enabling the system to achieve higher…

  • Intercept Subsystem

    Intercept Subsystem

    Intercept devices

    No. Item Specification
    1 Applicable Light Weapons Supports remote control of 12.7mm machine gun, 7.62mm machine gun, 5.8mm machine gun, 35mm/40mm automatic grenade launcher
    2 Observation & Sight Device Equipped with electro-optical infrared sighting system
    3 Installation Mode Modular design, quick disassembly and convenient adapter replacement
    4 Deployment Mode Available for fixed installation or mobile application mounted on vehicle platform
  • Low-Altitude Sensing Engine · Golden Sentinel Series

    Low-Altitude Sensing Engine · Golden Sentinel Series

    System Architecture and Operating Principle

    The multi-panel array radar comprises four antenna array panels, an integrated signal-processing unit, an operator display and control equipment, a power supply module, and a ruggedized mounting structure. The four array panels are oriented toward different azimuth sectors, collectively achieving 360° omnidirectional low-altitude airspace surveillance through 2D AESA technology.

    •Comparative Advantage: Compared to single-panel configurations, multi-panel products deliver omnidirectional low-altitude surveillance without mechanical rotation. This architecture ensures 360° coverage while maintaining high-data-rate dedicated beam tracking and classification throughout the full azimuth, significantly enhancing track continuity, stability, and classification accuracy. The system provides higher-quality cueing data for downstream effectors and more reliable target intelligence for operator decision-making. (Single-panel radars provide this capability only in key area mode.)
  • Low-Altitude Sensing Engine·Ghost-Hunter

    Low-Altitude Sensing Engine·Ghost-Hunter

    Single-Panel Configuration

    The single-panel configuration product operates in two distinct modes, selectable based on mission requirements and deployment scenarios:

    (1) Full-Coverage Surveillance Mode

    This mode combines mechanical azimuth rotation of the antenna assembly with electronic elevation scanning. The antenna platform rotates continuously in azimuth while the phased array electronically steers the beam in elevation, achieving 360° omnidirectional low-altitude surveillance.

    (2) Key Area Surveillance Mode

    In this mode, the radar employs two-dimensional electronic beam steering in both azimuth and elevation to cover a designated sector. The system provides flexible beam scheduling capabilities, enabling concentrated attention on priority targets through adaptive dwell time allocation. This mode is particularly effective for focused surveillance of high-interest sectors where enhanced track quality and identification confidence are required.

    Three-Panel Configuration

    The three-panel configuration employs antenna arrays identical to those used in the single-panel system. Through strategic arrangement of three array panels, the system achieves complete 360° low-altitude airspace coverage using purely electronic scanning, eliminating the need for mechanical rotation.
    ·Each of the three panels is positioned to cover a 120° azimuth sector, with the three sectors combining to provide seamless omnidirectional coverage. This architecture offers several distinct operational advantages:
    Continuous 360° Electronic Coverage: purely electronic scanning
    Simultaneous Multi-Sector Surveillance: All three panels can track priority targets concurrently
    Enhanced Track Continuity: Seamless hand-off between panels ensures uninterrupted tracking
    Improved Revisit Rate: Higher update rates across the entire surveillance volume
    No Mechanical Vulnerabilities: Elimination of rotating components enhances reliability