HXSAR-2KS Movement Monitoring System

The LSJ HXSAR-2KS Movement Monitoring System offers a comprehensive detection angle of 90°horizontally and 30°vertically, with a monitoring range extending from 20 meters to 2000 meters. Recognized globally, our advanced safety and monitoring solutions are indispensable for scenarios where immediate alerts to structural movements are crucial. With LSJ’s extensive experience, our equipment is trusted across a wide array of applications:

• Mine monitoring
• Emergency shoring in high seismic risk zones
• Damaged building surveillance during fires, storms, and other disasters
• Roof monitoring of stores post heavy snowfall
• Landslide detection for rocks at risk of collapsing
• Scaffolding and crane supervision on construction sites
• Temporary structure monitoring, including marquees and bleachers

LSJ’s HXSAR-2KS system is designed to provide reliable and precise monitoring, ensuring maximum safety in critical situations.

Core Features You Want To Know:

Exceptional Environmental Adaptability:

The system employs active microwave technology, enabling 24/7 operation regardless of weather conditions such as rain, snow, or fog, and lighting conditions including strong sunlight or nighttime darkness.

Wide Coverage and Fast Updates:

Featuring a solid-state electronic scanning radar system, it covers a 90° horizontal by 30° vertical field of view simultaneously.

Dual-Mode Processing Algorithms:

Equipped with Offset Tracking (OT) and Moving Target Indication (MTI) algorithms, it can detect slow-moving targets at the initial stage and track fast-moving targets like rolling stones and mudslides.

Rapid Positioning:

An integrated satellite compass and inclinometer quickly and accurately determine the radar's position, orientation, and tilt, simplifying user operations.

3D Visualization:

Capable of importing 3D terrain data online, the system matches radar images with 3D terrain accurately. Advanced rendering algorithms overlay the positions and trajectories of rolling stones on the 3D terrain base map.

Accurate Alarms:

Configurable alarm thresholds and on-site sound and light alarms are available. The system can achieve distributed sound and light alarm linkage through the Internet of Things (IoT).

Portable and Lightweight:

Designed for single-person portability, the compact, low-power radar unit measures no more than 0.5x0.4x0.15m, weighs under 7kg, and consumes less than 30W, making it easy to transport and deploy.

User-Friendly Operation:

The control software uses a B/S architecture, deployable on standalone or cloud servers, with a fully Chinese interface. It offers rich parameter settings and allows users to add monitoring points and areas easily and intuitively.

Extensive Range and Multiple Monitoring Areas:

The system includes a pan-tilt unit and a viewfinder camera, enabling 360° azimuth and ±60° elevation adjustments, allowing for large-scale and multi-area monitoring in complex mountainous terrains.

LSJ boasts a wealth of project experience, having successfully implemented numerous emergency rescue and disaster monitoring solutions across various challenging environments. Our extensive portfolio includes high-stakes operations such as the 2022 plane crash rescue and the 2023 rockfall disaster monitoring, where our HXSAR-2KS system demonstrated its exceptional reliability and performance. This proven track record underscores our commitment to delivering cutting-edge, customized solutions that meet the unique needs of our clients in critical situations.

LSJ demonstrates robust production and research capabilities, supported by a dedicated team of 15 skilled R&D professionals. Our streamlined manufacturing processes enable us to deliver products within 15-25 business day. We have earned multiple certifications, including CE, ISO, MSDS, and ROHS, attesting to our commitment to quality and safety standards. Additionally, we actively participate in industry exhibitions,like INTERSEC, SECURIKA, NFPA, and INTERSCHUTZ, showcasing our innovative solutions and staying at the forefront of technological advancements in the field.