LiDAR SI-260X UAV LiDAR scanning payload mounted on a drone for high-precision aerial surveying and point cloud mapping

LiDAR SI-260X UAV LiDAR Scanning System

UAV LiDAR Scanning System

High-Precision LiDAR. Smarter Mapping.

The LiDAR SI-260X is a fully integrated UAV LiDAR scanning system designed for high-accuracy surveying, inspection, and 3D point cloud generation.

Request Demo

Built for High-Accuracy Geospatial Intelligence

The LiDAR SI-260X is a fully integrated UAV LiDAR scanning system developed by SenseImage. Combining a laser scanner, GNSS positioning, INS inertial navigation, and an optional camera into a single compact unit, it enables rapid acquisition of high-precision point cloud data for surveying, infrastructure inspection, forestry, and digital mapping applications.

Designed for High-Precision Mapping

Engineered to deliver reliable performance across demanding surveying and inspection missions.

Specification Value
Measuring Range Up to 300 m
Laser Scanner 32-Beam LiDAR
Range Accuracy Plus or minus 1 cm
Weight 1.15 kg

Download the detailed product datasheet including dimensions, propulsion, operating parameters, and complete technical specifications.

05 - WHY LIDAR SI-260X | Built for Advanced Aerial Mapping
01 / 06
Fully Integrated

01 — Fully Integrated

Fully integrated LiDAR, GNSS, INS, and optional camera system.

Range

02 — Long Range

Measures up to 300 m with centimetre-level ranging accuracy.

Point Cloud

03 — High Density

Generates high-density point clouds with up to 1.92 million points per second.

Compatibility

04 — Universal Compatibility

Compatible with multirotor and VTOL UAV platforms.

Applications

05 — Versatile Applications

Supports surveying, power line inspection, and forestry applications.

Missions

06 — Mission Ready

Ideal for digital city mapping and corridor monitoring missions.

Field demonstration background

Ready to Map with LiDAR Precision?

Discover how the LiDAR SI-260X can improve mapping accuracy and operational efficiency across your projects.

Request Demo