Stonex X70Go SLAM LiDAR

The X70Go is a LiDAR-based SLAM system that uses a laser sensor to generate a 3D map of its environment. LiDAR (Light Detection and Ranging) measures the distance to an object (for example, a wall or pole) by a pulse from its laser scanner. It uses an advanced onboard processor to keep track of its location whilst the scanner moves through the area.

An operator using the X70Go can quickly build up a 3D model of a complex area in minutes from turning on.  The field acquisition takes as long as it would take to walk in and around the project area. It makes an ideal tool for mapping a cave for Archaeology or a tunnel in underground mining. Other applications might be to quickly survey an accident scene or for an As Built survey at a construction site. 

The X70Go can be setup on a tripod, during a mobile scan, to take a more detailed and textured result of key areas around the site. It can also process the captured raw using its own processor to produce a 3D point cloud (LAS file) immediately after you have finished scanning. This saves a lot of time processing the data back in the office and the need for taking laptops and other equipment to the job site. No more multiple scan stations, just move around the scene to collect the entire 3D point cloud, without time-consuming cloud to cloud alignment.  See in real time your scanning progress using the included Android App.

Reference points (targets) can be placed prior to scanning the project area. Control points can also be collected whilst capturing data for the point cloud. The processing software can then use these points to geo-reference the point cloud in real world coordinates.

The X70Go has two integrated cameras, that cover the wide field of view of the laser scanner, to obtain coloured point cloud imagery and panoramic images. YouTube video is here

the X70Go Standard package is $20,000 exGST and includes
Hard shell protective case
Handle with the internal Lithium ion battery
Base plate to support the X70Go and for GCP survey.
AC Wall charger and power cable
GO App for Android tablet
GOpost software and a USB dongle
Calibration test report.

Bundled Software.

The GO App is the mobile application for X120GO to use when scanning points. It also manages projects, real time point cloud display, image preview and firmware upgrades. This App runs on the Android operating system and suited to the UniStrong / Stonex range of tablets that we sell.

GOpost is used to post-process the data collected by the X120GO to produce high-precision point clouds, local panoramas, optimize point cloud results, and the ability to browse point cloud. This software runs on Windows 10 or higher.

Stonex and 3rd party software

Stonex Cube-3d is Photogrammetric software for post processing LiDAR and photo images to create maps and volumes. It can transform image data into highly accurate digital maps and 3D models with extreme precision. It can import Stonex’s Cube-a surveys and the scanned imagery from GOpost as well as being fully compatible with any third-party 3D models.

PointCab Thanks to the collaboration between Stonex and PointCab, you can manage your point clouds with it. PointCab Origins is your Swiss army knife when it comes to the evaluation of point cloud data – working with all laser scanners and compatible with all CAD and BIM systems.

 Laser scan Performance  System Specification 
 Maximum range 70 metres Memory 512Gb SSD
 Minimum range 0.1 metres Operating Mode SLAM mode and Static mode (X-Whizz)
 Relative Accuracy up to 6mm in controlled enviro. Processing mode Real time processing and Post processing.
 Vertical Resolution 16 channels  
 No. of points per second 200,000 points Power Specification 
 Field of View 360° horizontal and -7° to 52° vertical Power Consumption 20 Watts
 Laser Class Class 1. Operating Time 1.5 hours
 Echo Strength 8 bits Capacity 3,000 milli Amp hours
    
 Camera Performance  Physical Specs. 
 Resolution12 Megapixels Weight 1.45kg 
 Diagonal FOV 100°  Size 365mm x 174mm x 170mm
 Focal length  3.24mm Operating Temp. -20°C to 50°C
 Sensor size 1 inch Operating Humidity < 95% Relative Humidity
Pixel size1.55  Waterproof / Dustproof IP54 rating

X70Go Accessories Click for information

AUD exGST
Monopod stand for X70Go$100.00
RTK module for the the X70Go$4,000.00
Backpack frame for the RTK module$2,200.00
Battery handle for the X70Go – spare   $800.00
GOpost software dongle key – replacement

   $380.00

Examples of Point Clouds Captured with the Stonex X70 Go

The Stonex X70GO offers a fast, flexible alternative to traditional terrestrial laser scanners by combining SLAM mobility with high‑quality LiDAR capture. Unlike static scanners that require multiple tripod setups, targets, and long acquisition times, the X70GO allows operators to walk through an environment and capture data continuously, dramatically reducing field time. Its lightweight handheld design makes it ideal for indoor mapping, tight spaces, multi‑level structures, and rapid site documentation where moving a tripod is slow or impractical.

While terrestrial scanners excel in ultra‑high‑precision static measurements, the X70GO provides efficient, real‑world productivity, delivering dense point clouds suitable for BIM, facility management, construction verification, and asset documentation. For teams needing speed, mobility, and ease of use, the X70GO offers a powerful and cost‑effective solution that complements or replaces traditional static scanning workflows.

Gaussian Splat Creation with the Stonex X70GO

The Stonex X70GO can be used to generate Gaussian Splat models by combining its SLAM‑based point‑cloud data with panoramic imagery captured using an Insta360 camera (purchased separately). After scanning an interior or structured environment with the X70GO, the dataset is processed in Stonex GOpost for optimisation, colourisation, and alignment, before being refined in PostShot (third‑party software) to train and produce the final Gaussian Splat visualisation. This workflow transforms fast, mobile SLAM capture into immersive, photorealistic 3D scenes ideal for building documentation, facility mapping, and digital‑twin applications.