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| Categories | Low Altitude Radar |
|---|---|
| Brand Name: | LeiTan |
| Model Number: | LTSR-HDQ |
| MOQ: | 1 |
| Payment Terms: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
| Radar Defensive System: | Modular Design with Stable Performance |
| Power Supply: | Electricity |
| Range: | Up to 500 kilometers |
| Accuracy: | Within 1 meter |
| Function: | Detect and track incoming threats |
| Detection Method: | Radar |
| Type: | Defensive System |
| Company Info. |
| Chongqing Leikan Technology Co., Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
Modular Design with Stable Performance Radar Defensive System High-Recognition Deterrence
Ⅰ. Product Description
The Modular Design with Stable Performance Radar Defensive System (High-Recognition Deterrence) isan advanced, multi-functional security solution designed for high-threat environments. This system integrates cutting-edge radar technology with AI-powered recognition to provide real-time surveillance, threat detection, and automated deterrence mechanisms.
Ⅱ. Product Features
1. Modular Scalable Design
Adaptable to different operational needs with plug-and-play components. Supports seamless integration with existing security infrastructure. Expandable detection range and functionality based on user requirements.
2. High Stability Reliability
Engineered for 24/7 operation in harsh environments (extreme temperatures, dust, rain, etc.). Redundant power supply and fail-safe mechanisms ensure uninterrupted performance. Low maintenance requirements with self-diagnostic functions.
3. AI-Powered Recognition Deterrence
Advanced machine learning algorithms for high-accuracy threat classification. Real-time tracking of multiple targets (drones, vehicles, personnel). Automated deterrence protocols (alarms, signal jamming, or counter-drone measures).
4. Multi Sensor Fusion Technology
Combines radar, electro-optical (EO), and infrared (IR) sensors for comprehensive detection. Reduces blind spots and enhances situational awareness. Data fusion improves target identification accuracy.
5. Rapid Deployment User Friendly Interface
Quick setup with minimal calibration required. Intuitive control software with customizable dashboards. Remote monitoring and control via secure networks.
Ⅲ. Product Functions
1. Long Range Detection Early Warning
Detects threats at extended ranges (up to [X] km, depending on configuration). Provides early warning for unauthorized intrusions or approaching objects.
2. Automatic Target Tracking Classification
AIdriven recognition distinguishes between drones, vehicles, humans, and animals. Continuous tracking of moving targets with trajectory prediction.
3. RealTime Threat Assessment Alerts
Instant notifications via visual/audio alarms or network-based alerts. Prioritizes threats based on speed, trajectory, and proximity.
4. Active Deterrence Countermeasures
Deploys jamming signals to disable hostile drones or communication devices. Can integrate with laser or kinetic countermeasures (optional).
5. Data Recording Post Mission Analysis
tores detection logs, video feeds, and radar data for forensic review. Supports playback and analysis for training or operational improvement.
6. Network Centric Operation
Compatible with command-and control (C2) systems for centralized security management. Supports encrypted data transmission for secure remote access.
Ⅳ. Product Parameters
| Functional indicators | |
| Standard configuration | UAD-XTF-PZGLE05 (radar, spectrum, electro-optical, jamming, deception, controller, and management software) |
| Detection distance | ≥5KM |
| Detection frequency band | 70 MHz to 6000 MHz, Note: Other frequency bands can be customized |
| Deceptive frequency | GPS/GALILEO/GLONASS/Beidou |
| Deceptive distance | ≥1KM |
| Interference frequency band | 5900-6200MHz/5600-5950MHz/5100-5350MHz |
| 4850-5100MHz/2280-2540MHz/1750-2000MHz | |
| 1100-1400MHz/850-1050MHz/720-950MHz /410-520MHz | |
| radar parameters | Detailed parameters are listed below: Radar module performance parameters |
| optoelectronic parameters | Photovoltaic parameters Detailed parameters are listed in the table below *④ Photovoltaic module performance parameters |
| Mechanical indicators | |
| wind resistance | 10strong wind |
| Operating temperature | -40℃～55℃ |
| Storage temperature | -45℃～65℃ |
| protection rating | IP65 |
| Operating humidity | ≤ 95% |
| data interface | RJ45 |
| power port | Voltage: 220V Power: ≤550W (Detection Mode), ≤1950W (Countermeasure Mode) |
| weight | 250KG |
| Size | 850mmx850mmx1700mm |
| Platform features | Whitelist and blacklist, real-time detection, optical tracking, automatic countermeasures, manual countermeasures, GIS map. Data storage, event query. |
| Spectrum detection module indicator parameters | |
| Detection frequency band | 20MHz-6GHz |
| Detection radius | ≥5km |
| Identify the radius distance | ≥5 kilometers, can recognize some drone brands and models |
| Detection angle | 360° |
| Angular measurement accuracy error (root mean square) | Distance of 5 km or more ≤ 1° |
| Minimum detection altitude | ＜0m |
| Interference module indicator parameters | |
| Interference frequency band | 5900-6200MHz |
| 5600-5950MHz | |
| 5100-5350MHz | |
| 4850-5100MHz | |
| 2280-2540MHz | |
| 1750-2000MHz | |
| 1100-1400MHz | |
| 850-1050MHz | |
| 720-950MHz | |
| 410-520MHz | |
| power port | 50W |
| Interference distance | 3KM |
| Radar module parameters | |
| Work system | Phased array system (azimuth scanning+elevation phase scanning) |
| Working frequency band | Xband |
| Effective detection power | ≥5.0KM(UAV) |
| ≥8.0KM(Pedestrians) | |
| ≥10.0KM(vehicles) | |
| ≥5.0KM(boats) | |
| Detecting speed | 0.5m/s-83m/s |
| Azimuth accuracy | ≤0.3°(search for);≤0.3°(track) |
| Pitch accuracy | ≤1.0°(search for);≤0.5°(track) |
| Data rate | ≤5s/circle |
| Optoelectronic module index parameters | |
| Operating distance | In the case of atmospheric visibility ≥ 20km, humidity ≤ 50% RH, and temperature difference>6K,Visible light detection distance ≥ 5000m, tracking distance ≥ 4000m, recognition distance ≥ 3000m for 0.3m × 0.3m unmanned aerial vehicle targets; thermal imaging detection distance ≥ 1500m, tracking distance ≥ 1000m, recognition distance ≥ 1000m |
| Infrared thermal imaging | Detector: Uncooled Vanadium Oxide (VOx) infrared focal plane Spectral range: 8μm to 14μm Resolution: 640×512 NETD: be better than 30mK Lens focal length: 31 to 155mm, 5x continuous optical zoom lens Lens control: Electric zoom, manual/auto focus Image enhancement: SDE digital image detail enhancement technology Polarity pseudo-color: Thermal black, thermal white, and multiple pseudo-color options available Image adjustment: Brightness, contrast, gamma correction Encoding format: H.264/H.265/MJPEG Supports strong light protection function |
| High-definition visible light | Sensor:1/1.8 "target surface starlight grade CMOS, ICR color to
black conversion Resolution: 2688×1520 Illumination: Color: 0.002 Lux; Black-and-white: 0.0002 Lux Encoding formats: H.264/H.265/MJPEG Image enhancement: Supports wide dynamic range, strong light suppression, electronic image stabilization, 3D digital noise reduction, and automatic white balance Focal length: 12.5～775mm high-definition electric zoom lens Dehazing: Supports both optical and electronic dehazing |
| Tracking function | 1. Tracking method: Front end embedded hardware tracking 2. Tracking mode: manual, automatic tracking, supporting radar linkage 3. Video switching: Digital high-definition visible light/digital infrared video switching tracking 4. Tracking function: Built in multiple tracking algorithms, supporting multi-target detection, automatic capture, automatic zoom during tracking, real-time display of target trajectory, anti transient occlusion, etc. Manual and automatic tracking, supporting radar linkage tracking; Support target recognition during tracking process; Support identification and tracking; Support adaptive tracking of the air wave gate, and the tracking box size can be adapted according to the target size. Tracking display: equipped with tracking target eagle eye display, eagle eye position can be adjusted arbitrarily, supporting target 2, 4, and 8x magnification display |
| Analysis | 1. Built in 16Tops computing power processor 2. Implementation method: Front end embedded intelligent analysis module 3. Abnormal behavior detection: supports target recognition; Support regional intrusion detection, cross-border intrusion detection, motion detection, etc Classification recognition: supports classification recognition of targets such as people, cars, drones, birds, etc. (requires customer assistance in providing datasets) |
| Function enhancement | 1. Health management: Supports power on self-test, status query,
and fault code feedback, and supports hardware health queries such
as visible light, thermal imaging components, horizontal pitch
motors, chip temperature, and running time 2. Data feedback: It has real-time/query feedback and positioning functions for lens field of view angle, magnification, ZOOM/FOCUS value, and turntable angle, and supports real-time query/feedback and positioning functions for horizontal and pitch angles Upgrade and maintenance: can be remotely restarted, remote upgrade function, convenient for system maintenance |
| Index parameters of servo turntable module | |
| Single axis turntable | 1. Rotation angle of turntable: continuous rotation in azimuth N ×
360 ° 2. Maximum azimuth speed: ≥ 130 °/s 3. Minimum azimuth speed: ≤ 0.1 °/s 4. Maximum azimuth acceleration: ≥ 90 °/s2 5. Orientation accuracy: ≤ 0.1 ° 6. Fixed pointing minimum response time: ≤ 2s (stable from 0 ° to 90 °) Adjustment range of pitch bracket: not less than -25 ° to 10 ° |
VI:Product features
Product features | The Hai Dong Qing anti-drone system can monitor and track drone movements in real-time. By working together through spectrum detection, radar surveillance, and electro-optical tracking, the system can quickly identify and lock onto drone targets, obtaining their location, speed, and flight trajectory in real-time. |
Interference and deception | The system has powerful jamming and deception capabilities. In jamming mode, the system can manually or automatically activate radio jamming, forcing drones to land immediately, hover, or return to base. In deception mode, the system uses GNSS spoofing technology to guide drones off their intended flight path, away from the restricted and core areas. |
Situation analysis and command decision-making | The Hai Dong Qing anti-drone system can analyze the situation of detected drone threats and provide users with command decision support. The system quickly assesses the threat level of drones using real-time data obtained from radar, optical sensors, and electronic reconnaissance equipment, combined with preset threat assessment models, and offers corresponding response recommendations to users. |
Multi-level coordinated response | The system supports three-level and dual-level Interconnection disposal modes involving radar, spectrum, and electro-optical technologies. In the three-level Interconnection mode, radar detection, spectrum detection, and electro-optical tracking work together to provide comprehensive monitoring and tracking of drones, automatically adjusting jamming or deception strategies based on threat levels. In the dual-level Interconnection mode, users can choose combinations of radar with spectrum, radar with electro-optical, or spectrum with electro-optical based on actual situations to flexibly address drone threats in different scenarios. |
regional protection | The Hai Dong Qing anti-drone system can effectively protect large areas. Its extensive coverage and powerful monitoring and jamming capabilities allow it to provide comprehensive surveillance of alert zones and core areas, ensuring that critical regions remain safe from drone threats. |
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