With the rapid growth of the low-altitude economy, application scenarios such as drone logistics, urban air mobility, and emergency rescue are becoming increasingly prevalent. However, this expansion brings mounting security concerns in low-altitude airspace, including unauthorized drone flights, accidental intrusions into no-fly zones, and signal interference. Traditional monitoring methods are increasingly challenged by limitations in detection range, precision, and coverage.
Leveraging its globally leading LiDAR technology, LSLiDAR has launched the MS09 ultra-long-range fiber laser LiDAR, purpose-built for low-altitude economy applications. With a detection range of up to 750 meters, a wide field of view of 120°×45°, and millimeter-level sensing accuracy, the MS09 redefines safety standards for low-altitude protection with its powerful technical capabilities.
Key Advantages: Self-Developed 1550nm Fiber Laser for Ultra-Long-Range Precision Targeting
The MS09 is equipped with LSLiDAR’s fully self-developed 1550nm fiber laser, enabling detection of up to 750 meters. It can accurately identify small drones such as the DJI Phantom 4 from as far as 600 meters away. Compared to traditional 905nm LiDAR systems, 1550nm technology offers enhanced human-eye safety and superior environmental penetration. It delivers stable, high-precision point cloud data even in complex weather conditions such as rain, fog, and dust, ensuring reliable all-weather, full-coverage monitoring.
Full Coverage: 120°×45° Wide-Angle Scanning for 3D Protection
Thanks to its ultra-wide field of view (horizontal 120° × vertical 45°), the MS09 enables comprehensive 3D scanning and monitoring of low-altitude airspace. A single unit can cover vast areas, significantly reducing deployment costs. With a scan rate of millions of points per second combined with AI algorithms, the MS09 can track drone movements in real time, predict flight paths with high accuracy, and provide critical early warning data for anti-drone systems—forming a closed-loop low-altitude defense system of “detection–tracking–interception”.
Application Scenarios: Enabling the Safety Infrastructure of the Low-Altitude Economy
Critical Infrastructure Protection
Deploy ultra-long-range anti-drone LiDAR at sensitive sites such as airports, nuclear power plants, and strategic bases to intercept unauthorized drone intrusions and safeguard these areas.
Urban Air Mobility Management
Provide airspace conflict warnings for drone logistics and passenger aircraft to ensure the orderly flow of low-altitude traffic.
Security at Large-Scale Events
Create electronic fences for sports events, exhibitions, and other public gatherings to prevent drone interference and enhance event security.
Border and Key Area Patrols
Network multiple LiDAR units to achieve large-area low-altitude monitoring and elevate regional security levels.
Guarding the Sky, Envisioning the Future
The launch of LSLiDAR’s MS09 and related ultra-long-range fiber laser LiDAR systems marks a new era in China’s low-altitude security technology—featuring long-range, high-precision, and intelligent capabilities. Looking ahead, LSLiDAR will continue to innovate in laser sensing, building an unbreakable “digital shield” for the low-altitude economy with cutting-edge technology, and helping global partners seize new opportunities for safe and efficient low-altitude development.
