PLI01-LiDar.webp
GDU PLI01 LiDAR.webp
PLI01-LiDar.webp
GDU PLI01 LiDAR.webp

PLI01 LiDAR

$0.00

The GDU PLI01 LiDAR is an ultra-lightweight, high-precision 3D laser scanning system engineered specifically for tactical multi-rotor UAV integration. Seamlessly combining an advanced multi-echo LiDAR sensor, a military-grade IMU/GNSS inertial navigation hub, and high-resolution RGB mapping cameras, the PLI01 reimagines spatial data acquisition. It is built to capture dense, centimeter-accurate 3D point clouds and rich digital twins across the most challenging environments.

With an exceptional data ingestion rate of up to 720,000 points per second and advanced triple-echo technology, the PLI01 effortlessly penetrates dense forest canopies and heavy vegetation, revealing the true ground topography hidden beneath. Operating at a maximum laser scanning range of 450 meters, this powerful payload can map up to 2 square kilometers in a single flight, maximizing operational efficiency while keeping ground crews entirely out of hazardous zones. Paired with an intelligent, one-click automated post-processing software ecosystem, the GDU PLI01 turns raw spatial complexity into actionable, boardroom-ready intelligence instantly.

The GDU PLI01 LiDAR is an ultra-lightweight, high-precision 3D laser scanning system engineered specifically for tactical multi-rotor UAV integration. Seamlessly combining an advanced multi-echo LiDAR sensor, a military-grade IMU/GNSS inertial navigation hub, and high-resolution RGB mapping cameras, the PLI01 reimagines spatial data acquisition. It is built to capture dense, centimeter-accurate 3D point clouds and rich digital twins across the most challenging environments.

With an exceptional data ingestion rate of up to 720,000 points per second and advanced triple-echo technology, the PLI01 effortlessly penetrates dense forest canopies and heavy vegetation, revealing the true ground topography hidden beneath. Operating at a maximum laser scanning range of 450 meters, this powerful payload can map up to 2 square kilometers in a single flight, maximizing operational efficiency while keeping ground crews entirely out of hazardous zones. Paired with an intelligent, one-click automated post-processing software ecosystem, the GDU PLI01 turns raw spatial complexity into actionable, boardroom-ready intelligence instantly.

Capabilities

  • Vegetation Penetration Mapping: Fully capable of stripping away dense forest canopies and thick vegetation layers using multi-echo technologies to reveal true ground typography.

  • Centimeter-Level Spatial Representation: Generates ultra-precise, high-density 3D point clouds with absolute centimeter-level accuracy for strict industrial auditing.

  • Large-Scale Structural Surveying: Capable of mapping and scanning an expansive territory of up to 2 square kilometers (494 acres) within a single operational flight.

  • Hazard & Encroachment Identification: Actively isolates, identifies, and measures geo-structural risks, landslide vulnerabilities, and vegetation overgrowth near critical assets.

  • High-Rate Data Ingestion: Fully capable of acquiring, filtering, and aligning up to 720,000 geospatial measurement points per second on the move.

Technical Highlights

  • Triple-Echo Signal Processing: Utilizes advanced multi-echo LiDAR sensing to capture up to 720,000 points/second, maximizing ground detection under dense cover.

  • Integrated Inertial Navigation Hub: Packs a high-end GNSS module combined with a precision IMU (Inertial Measurement Unit) for continuous space orientation.

  • Co-Axial Mapping Camera Suite: Equipped with integrated high-resolution RGB mapping cameras to instantly colorize 3D point clouds with true-to-life visual details.

  • 450m Long-Range Scanning: Features a powerful laser core capable of measuring precise operational distances up to 450 meters (at 80% reflectivity).

  • One-Click Automated Post-Processing: Supported by enterprise software for instant automatic route planning, rapid point cloud generation, and defect diagnostics.

Advantages

  • True Under-the-Cover Intelligence: Eliminates data gaps caused by heavy foliage, allowing surveyors to secure high-accuracy digital terrain models (DTM) where standard cameras fail.

  • Optimal Airframe Efficiency: Engineered with a compact, lightweight architecture tailored specifically for multi-rotor UAVs, preserving flight times and aerodynamic stability.

  • Risk Mitigation Engineering: Drastically cuts human exposure to hazardous areas (such as unstable mining pits or steep cliffs) by gathering flawless topographical data from a safe distance.

  • End-to-End Workflow Optimization: Accelerates field-to-office timelines by offering single-click software pipelines for raw data conversion and analysis.

System Specifications

  • Payload Architecture: Lightweight multi-sensor LiDAR system + High-resolution RGB cameras + GNSS/IMU navigation hub.

  • Data Acquisition Rate: Up to 720,000 points per second (Triple-echo support).

  • Absolute System Accuracy: Centimeter-level point cloud positioning precision.

  • Max Laser Range: 450 meters (At 80% target reflectivity).

  • Operational Flight Coverage: Up to 2 square kilometers per single deployment mission.

Applications (Sectors)

  • Aerial Surveying, Mapping & Land Planning: Rapid acquisition of highly accurate topographical data, digital twin city generation, and land boundary auditing.

  • Power Grid & Transmission Line Inspection: Tracking precise clearances, sagging cables, and evaluating vegetation encroachment threats near high-voltage corridors.

  • Forestry Preservation & Biomass Monitoring: Calculating precise forest density, canopy penetration audits, tree height grouping, and eco-damage management.

  • Geology, Disaster Relief & Landslide Risk Assessment: High-precision scanning of tectonic faults, post-earthquake asset tracking, mudslide vector analytics, and flood path building.

  • Open-Pit Mine Safety & Volumetric Analysis: Fast calculation of excavation volumes, structural checking of mining walls, and safety parameter auditing.