At the maritime surveillance and maintenance site, the radar primarily detects unmanned aerial vehicles and vessels.
Classification:Other Series
Product Consulting
Product Details
Keywords：At the maritime surveillance and maintenance site, the radar primarily detects unmanned aerial vehicles and vessels.
Related Products
Ground warning radar
-
LT-Ku02 ground warning radar
The LT-Ku02 radar is a warning and reconnaissance equipment with a working frequency in the Ku band. It can detect, identify, distinguish and locate moving targets and form tracks. It can be used to monitor roads, oil pipelines, ports and borders, and can also be used as an intrusion alarm in important places. According to user needs, multiple systems can form a ring monitoring network to meet a wider range of regional monitoring.
-
LT-Ku03 photoelectric integrated radar
The LT-Ku03 radar is a ground alert detection equipment with a working frequency in Ku band. The hardware part of the system is composed of front-end sensors and back-end processing and control system. It detects within its monitoring range, transmits the detected target information to the monitoring terminal, and displays the target information on the geographic information system GIS. When the target enters the video monitoring range, the operator controls the video monitor to aim at the target for monitoring, and the video data (image) is transmitted to the monitoring center.
One-dimensional phased array radar
-
LT-Ku06 Low Altitude Warning Radar
LT-Ku06 radar is a low altitude alert detection equipment, operating in the Ku band. It uses a wide-angle frequency scanning waveguide antenna with a linear frequency modulation pulse system, and is suitable for applications with full coverage of a single radar in the airspace. In the pitch dimension, frequency scanning technology is used instead of costly phased scanning technology, which is cost-effective.
-
LT-Ku07 Low Altitude Warning Radar
The LT-Ku07 one-dimensional phased array three coordinate radar is a low altitude surveillance and reconnaissance equipment, operating in the Ku band.
-
LT-X07 Low Altitude Warning Radar
The LT-X07 radar is a low-altitude surveillance and reconnaissance equipment that operating in the X-band. The radar detects and locates moving ground targets, low-altitude helicopters, drones and maritime targets. The low-altitude security radar system can detect and extract target information in complex environments with strong ground clutter, providing information support for combat personnel.
-
LT-Ku07A low-altitude warning radar
The LT-Ku07A one-dimensional three-coordinate phased array radar is a low-altitude surveillance and reconnaissance equipment, operating in the Ku band. This radar adopts the AESA (Active Phased Array) system.
-
LT-X07A Low Altitude Warning Radar
The LT-X07A radar is a low-altitude surveillance and reconnaissance equipment that searches and tracks moving ground targets, low-altitude helicopters, missiles, UAVs, and sea surface targets, and can perform preliminary classification and recognition.
Two-dimensional phased array radar
Four-sided phased array radar
Passive detection equipment
-
LT-RFS50 UAV Detection and Direction Finding Equipment
At present, many UAV interference events occur frequently, and the problem of UAV control in key areas is particularly prominent. This product uses high-performance wireless reconnaissance equipment to lock the UAVs remote control signals and image transmission signals, and carry out detection, tracking and positioning as well as trajectory display of the UAV, so it can achieve all-weather, no blind zone and long-distance to the illegal invasion of UAVs to carry out automatic search and detection, direction finding, and tracking and positioning to meet the security needs of key areas. It can meet the security needs of key areas.
-
LT-RFS30+ UAV Detection and Positioning Equipment
The UAV identification and positioning equipment is mainly used to detect and identify all kinds of UAV remote control and image transmission radio signals, and to measure direction and position. It achieves the tracking and marking of UAV trajectories, facilitates the operator to monitor the UAV situation in the protected area, and at the same time has the capability of reconnaissance and early warning, precise identification, black and white lists, the identification between friend or foe in the UAV precise control technology program, and early warning and alarm.
-
LT-HCR220+ Hand-held UAV Detection and Positioning Equipment
LT-HCR220+ Handheld UAV Detection and Positioning Device is a high-precision UAV detection and positioning integrated device product developed based on CRPC+message level protocol parsing technology.
-
LT-HCR530+ Case-type UAV Detection and Positioning Equipment
Portable equipment, integrated case design, easy to carry. The stand-alone device is used for UAV detection and identification, early warning and positioning, and trajectory tracking. When there is a UAV in the defense area, the device can warn the target UAV by sound and light, and at the same time determine the real-time position of the target UAV and the UAV operator by CRPC message level protocol parsing, and track the UAV flight trajectory in real time. It is suitable for accompanying maneuver protection.
Counter equipment
Jammer
-
LT-UJ830D Directional UAV Jammer
The drone jammer mainly consists of a two-dimensional turntable, antenna system, servo control system, portable power supply, tripod, upper computer software, etc. Its transmission frequency band almost covers the current UAV communication frequency band on the market, and can effectively jam targets within the range of the antenna. At the same time, the jammer adopts a high-precision servo transmission and control system, which can automatically track and jam when connected to the UAV surveillance radar network.
-
LT-UJ830Q Omni-Directional UAV Jammer
The omnidirectional multi-band jamming antenna system adopts multiple cylindrical spiral antennas, and its transmission frequency band can almost cover the communication frequency band of UAVs in the market, including 3 flat panel antennas and 1 PCB antenna. It can effectively jam targets within the operating range of the antenna, and the jamming range is determined by the anti-jamming capability of the UAVs. This jammer adopts an omnidirectional jamming system, which can effectively maintain the airspace security of key areas.
Jamming gun
-
LT-UJ820H Portable UAV Jamming Gun
The Handheld Jamming Device is a carefully developed individual UAV jammer device for the actual use of domestic and foreign UAV frequencies. This product is highly integrated and uses high-power electronic countermeasure technology to directionally and remotely interfere with the navigation, remote control, and image transmission communication links of the " black flight " UAVs, forcing it to land or return.
-
LT-UJ820H+ Portable Reconnaissance Strike Integrated UAV Jamming Gun
Portable UAV interference devices are small in size, lightweight, easy to carry and handheld, and easy to use. The devices can be activated at any time, and can detect and counteract UVAs in all directions, causing the UAV to lose flight control instructions and satellite positioning information, unable to fly normally, and achieve the control effect of forced landing and evacuation of black flight UAVs.
Navigation decoy
-
LT-NSC110 Fixed Navigation Deception Equipment
The UAV Navigation Deception Device simulates the generation and emission of UAV navigation deception signals that are completely consistent with the navigation satellite signals in orbit, and performs position deception, velocity deception and time deception on the UAV. The system can perform position deception on UAVs that rely on the GPS/GLONASS satellite navigation systems for positioning. Position deception and other methods can be used to force the UAV to land, drive it away, lure it to a specific position and prevent it from taking off within the defense zone.
-
LT-NSC110H Portable Navigation Deception Equipment
The portable mobile navigation deception device is suitable for various UAV defense application scenarios. By broadcasting simulated navigation satellite signals through navigation satellite simulation sources, the UAV's navigation signal receiver outputs positioning results based on our simulated signals, causing the UAV's flight control module to control the UAV's actions as expected under the influence of navigation deception signals.
Radar Simulator
-
Integrated Simulator for Communication and Navigation Signals
The integrated navigation signal simulator is based on multi-channel digital frequency synthesis (DDS) parallel processing technology, which can simultaneously generate multiple radar signals, as well as communication and navigation signals such as digital communication, friend or foe identification, data link and TACAN. It has strong signal simulation capability and precise and controllable signal parameters, and can create a realistic and practical complex electromagnetic signal environment for electronic reconnaissance and electronic countermeasures equipment.
-
Variable Polarization Integrated Simulator
The integrated variable polarization simulator is based on broadband digital radio frequency memory (DRFM), digital interference modulation (DJS), polarization control and other technologies.
-
Interference and Target Integration Simulator
The interference and target integration simulator is based on digital radio frequency memory (DRFM), digital jamming synthesis (DJS) and other technologies, and can simulate radar interference scenarios such as long-range support interference, team support interference, self-defense interference, etc. It can flexibly generate interference signals of noise suppression, coherent suppression, deception and other styles, as well as high-precision radar target echo signals.
-
LT-01 Radar Simulator
LT-01 radar simulator, the software system sends control commands to the radar simulator via an interactive system, where the software system can set various parameters of the simulated target of the radar simulator. After the user has set the target echo parameters, the terminal software sends the relevant parameters to the baseband unit via the serial port. The baseband unit generates the appropriate target echo signal according to the settings and then transmits the signal to the radar IF processing system via cables.
Radar
Phased-array radar
-
LT-X07 Low-Altitude Surveillance Radar
The LT‑X07 radar is a low‑altitude surveillance and reconnaissance system operating in the X‑band. It detects ground‑moving targets, low‑flying helicopters, unmanned aerial vehicles, and surface vessels, identifies these targets, and determines their positions. In complex environments characterized by strong ground clutter, the low‑altitude security radar system can reliably detect and extract target information, providing critical intelligence support to operational personnel.
-
LT-X07A Low-Altitude Surveillance Radar
The LT‑X07A radar is a low‑altitude surveillance and reconnaissance system capable of detecting and tracking ground‑moving targets, low‑flying helicopters, missiles, unmanned aerial vehicles, and surface vessels, with the ability to perform preliminary classification and identification. It employs an elevation‑plane active phased‑array architecture with mechanical azimuth scanning and single‑pulse elevation angle measurement, making it suitable for all‑aspect, full‑domain coverage from a single radar platform. In complex environments characterized by strong ground clutter, this low‑altitude security radar system can detect targets and extract relevant information, providing critical situational awareness to operators.
-
LT-X10 Low-Altitude Surveillance Radar
The LT‑X10 low‑altitude surveillance radar is primarily designed for low‑altitude and ground‑based monitoring. It employs digital beamforming technology, features a low equivalent isotropic radiated power, and delivers a high search data rate. Equipped with adaptive clutter suppression and track‑before‑detect techniques for dense target environments, it achieves an exceptionally low false alarm rate and can automatically track and generate flight paths for more than 200 target groups, outputting high‑precision position information.
-
LT-X15 Low-Altitude Surveillance Radar
The LT‑X15 low‑altitude surveillance radar is designed for low‑altitude and ground‑based monitoring, employing digital beamforming technology to deliver low equivalent isotropic radiated power and high search data rates. Leveraging adaptive clutter suppression and track‑before‑detect techniques for dense target environments, it achieves an exceptionally low false alarm rate. The system can accurately identify and continuously track targets such as low‑flying aircraft, unmanned aerial vehicles, birds, and loitering munitions, automatically tracking more than 300 target batches and providing high‑precision position information.
-
LT-X18 Low-Altitude Surveillance Radar
The LT‑X18 is an X‑band, all‑weather, vehicle‑mounted phased‑array surveillance radar specifically designed to detect low‑altitude “low, slow, small” targets. It employs a pulse‑Doppler architecture and phased‑array electronic scanning, coupled with an FPGA‑plus‑GPU heterogeneous processing framework. The system can reliably detect and track both micro‑UAVs and large unmanned aerial vehicles, effectively suppress complex ground clutter, and deliver robust anti‑jamming performance. With a continuous operating capability of over eight hours, it provides dependable, real‑time low‑altitude situational awareness for critical‑area air defense, border surveillance, and other applications, serving as a core sensor in UAV defense systems.
-
LT-X20 Low-Altitude Surveillance Radar
The LT‑X20 low‑altitude surveillance radar is primarily designed for low‑altitude and ground‑based monitoring. It employs digital beamforming technology, features a low equivalent isotropic radiated power, and delivers a high search data rate. Equipped with adaptive clutter suppression and track‑before‑detect techniques for dense target environments, it achieves an exceptionally low false alarm rate. The radar can accurately identify and continuously track targets such as low‑flying aircraft, UAVs, birds, and loitering munitions, automatically maintaining tracks for more than 500 target batches and providing high‑precision position information.
-
LT-Ku07A Low-Altitude Surveillance Radar
The LT‑Ku07A is a Ku‑band, one‑dimensional phased‑array radar designed for low‑altitude surveillance and reconnaissance. It employs an AESA active phased‑array architecture, featuring 360° mechanical azimuth scanning and elevation‑phase scanning, with a modular all‑solid‑state design that ensures high reliability. The system can precisely detect unmanned aerial vehicle (UAV) targets, supports multiple scan modes and parameter configurations, and provides real-time reporting of target and pedestal information, making it well suited for low‑altitude surveillance applications.
-
LT-Ku09 Low-Altitude Surveillance Radar
The LT‑Ku09 two-dimensional phased-array radar incorporates advanced beam‑steering and signal‑and‑data‑processing technologies, enabling rapid detection and precise tracking of targets such as UAVs and aircraft. It supports simultaneous tracking of up to 128 targets, with outstanding accuracy in range, angle, and velocity measurements. Compact and easy to deploy, it is well suited for a wide range of target‑monitoring applications.
-
LT-Ku10 Low-Altitude Surveillance Radar
The LT‑Ku10 one‑dimensional phased‑array radar is a three‑coordinate system with azimuth mechanical scanning and elevation phase scanning. Operating in the Ku band, it can rapidly detect and continuously track targets such as UAVs and aircraft. By leveraging advanced beam‑steering, signal‑processing, and data‑processing technologies, it achieves fast and accurate target identification.
Four-sided phased-array radar
-
LT-FSP100 four‑element phased‑array radar
The FSP100 low‑altitude surveillance radar employs FMCW technology and operates in the 16 GHz frequency band. Designed specifically for detecting low‑altitude, short‑range, small targets, it offers advantages such as compact size, light weight, rapid response, and wide coverage. It can quickly detect low‑altitude flying objects and accurately provide information on range, velocity, and bearing, making it well suited for applications including low‑altitude security, near‑field surveillance, and small unmanned aerial vehicle detection.
-
LT-FSP500 four‑element phased‑array radar
The FSP500 low‑altitude surveillance radar is an X‑band, two‑dimensional active phased‑array three‑coordinate radar that can precisely detect and track unmanned aerial vehicle targets. Leveraging intelligent beam‑steering and high‑performance signal‑processing technologies, it delivers accurate target data even in complex environments. Serving as a core component of integrated detection systems, it can guide other sensors and is widely deployed in critical infrastructure protection, airport bird‑strike prevention, border and coastal defense, and numerous other applications.
-
LT-FSP800 four‑element phased‑array radar
The FSP800 low‑altitude surveillance radar is an X‑band, two‑dimensional active phased‑array three‑coordinate radar capable of precisely detecting and tracking a wide range of targets, including UAVs, aircraft, and vessels. Leveraging intelligent beam scheduling and high‑performance signal‑processing technologies, it serves as a core collaborative detection unit, guiding other sensors, and is widely deployed in critical infrastructure protection, the low‑altitude economy, airport bird‑strike prevention, border and coastal defense, and other applications.
UAV countermeasures
-
LT-SDJ510 Unmanned Aerial Vehicle Reconnaissance, Strike, and Decoy Integrated System
The LT‑SDJ510 is a modular UAV “surveillance‑strike‑deception” countermeasure system that integrates passive detection, precision jamming, and networked command-and-control capabilities. It enables UAV detection and early warning, target localization and identification, as well as jamming and mitigation, and is adaptable to vehicle‑mounted, fixed‑site, and temporary deployment scenarios. With a maximum detection range of up to 15 km, it supports multi‑device networking and is widely deployed in various low‑altitude security and control applications.
-
LT-IDJ510 UAV reconnaissance, strike, and decoy integrated system
The LT-IDJ510 is a fixed‑mount unmanned aerial vehicle (UAV) countermeasure system integrating detection and localization, jamming and deception, and a control platform. Powered by AC 220 V, it enables 24/7 continuous operation and is designed for fixed deployment at elevated positions. It supports unattended, automated response and offers a detection range of 5–10 km. Widely applicable to various low‑altitude security and surveillance scenarios, it features simple operation while ensuring user safety.
-
LT-BDJ310 Backpack‑Mounted UAS Reconnaissance, Strike, and Decoy Integrated System
The LT‑BDJ310 is a portable, backpack‑mounted UAV detection, strike, and deception system that integrates spectrum sensing, radio‑frequency jamming, and GNSS navigation spoofing technologies. It enables UAV detection and early warning, identity recognition, localization, and countermeasures, with real‑time target status monitoring via a connected computer or tablet. The device is compact and easy to carry, offers long battery life, and is suitable for a wide range of low‑altitude security applications, effectively addressing multiple UAVs operating at high power levels and equipped with 4G/5G SIM cards.
-
LT-PDJ320 Portable Drone Detection and Jamming Countermeasure Gun
The LT-PDJ320 is a portable drone‑countermeasure device that supports both handheld and backpack‑carried configurations. It integrates passive detection, jamming and deception, and intelligent control capabilities, enabling precise identification of drones from multiple manufacturers. With a maximum detection range of up to 3 km, it accommodates high‑speed mobile operations and features unattended operation and multi‑mode alerting. Designed for a wide range of mobile low‑altitude security applications, it offers user‑friendly operation and robust protection.