GoSLAM X1 4D

DJI Dock M 4D/M 4TD Unattended Automated 3D Laser Scanning System For Airport

Product Inquiry Product Brochure

Function Summary

Scanning Angle

DJI Matrice 4D/4TD Plug-and-play Design
All-weather, All-environment

Controllable Lighting

Laser Control Point

The method of obtaining reference points uses laser dot technology, which can quickly and accurately record point information, easily complete on-site sampling, and can later be used for coordinate conversion and positioning planes.

Real-time Scanning Data Is Visible On The Remote Controller

Equipped with core SLAM scanning technology, the system supports autonomous flight along preset routes, enabling data acquisition without manual intervention. Operators can simultaneously view the drone's gimbal video feed and the 3D point cloud on the remote controller.Scanning data is visible in real-time—allowing for immediate review—which helps operators monitor scanning progress and quality on-site.This significantly reduces the risks associated with manual involvement in high-hazard environments, making unmanned inspections safer and more controllable.
All-weather, All-environment Adaptability

Equipped with LED high-brightness supplementary lights,it overcomes lighting limitations, enabling stable operation in low-light environments such as nighttime settings or dim, enclosed spaces.
High-precision Point Cloud Post-processing

It supports high-precision post-processing of point cloud data, utilizing the professional GoSLAM mapping algorithm to optimize data quality and generate more accurate, complete 3D point clouds that meet the requirements of precision survey-grade applications.
Break-point Resume Scanning Technology

For large-scale scenes and complex environments where complete data capture in a single pass is impossible—and to avoid the need for manual stitching—the GoSLAM X1 4D offers full support for "Break-point Resume Scanning" functionality, overcoming drone battery life limitations. It enables automatic registration of scan data—whether from real-time results or post-processing—across unlimited sessions, eliminating the need for subsequent manual stitching.