why did they choose the Apus-MX LiDAR drone to power their digital twin solution?

When one of Europe’s leading energy plants needed industrial-grade precision for site management, why did they choose the Apus-MX LiDAR drone to power their digital twin solution?

When one of Europe’s leading energy plants needed industrial-grade precision for site management, why did they choose the Apus-MX LiDAR drone to power their digital twin solution?
1–2 cm ultra-precise point clouds – ideal for equipment positioning, smart inspections, and preventive maintenance.
From reactive to predictive – turn scans into smart decisions with digital twin-ready data.
Just as our client turns waste into energy, we turn point clouds into intelligent operations.
Learn more about the Apus-MX: https://www.satlab.com.se/product/apus-mx-uav-lidar/?utm_source=DI

why did they choose the Apus-MX LiDAR drone to power their digital twin solution?

Details

Stora Åvägen 21, 436 34 Askim, Sweden

SatLab Geosolutions AB

Keywords

Drone control systems

Associated Trend items

Complex Building Survey in a Forested Area Using SL9 SLAM RTK

The dense vegetation and steep terrain severely obstructed GNSS signals and limited line-of-sight, making traditional RTK surveying unreliable. Although total stations offer high accuracy, the complex environment and large slopes made instrument setu

Project Background This project involved surveying and as-built documentation of a resort property in Bali. The resort is located within a densely wooded area, and the survey focused on a building that had been constructed but not yet finished. The client required high-quality point cloud data suitable for as-built verification and indoor modeling, providing a reliable b...

More information

Precision Bathymetry in Vertical Canyons with HydroBeam M4

HydroBeam M4 multibeam echosounder, designed specifically for high-precision hydrographic surveys in complex and vertical underwater terrains.

Project Background A narrow river winds through a dramatic canyon, its steep, near-vertical rock walls rising sharply on either side. Water depths fluctuate unpredictably—from shallow 1-meter patches to deep 20-meter pools—creating a challenging and dynamic underwater landscape. For the local hydropower plant, having an accurate understanding of this terrain isn’t just ...

More information

SL9 SLAM RTK: Fast, Precise, Anywhere

SL9 SLAM RTK combines high-precision GNSS positioning with cutting-edge SLAM technology, eliminating the spatial constraints of traditional RTK measurements.

Quickly capture historic buildings and heritage sites with the handheld SLAM RTK, even in complex or hard-to-reach areas. For extra fine details, you can optionally combine with tripod-based scans to produce highly accurate mesh models. Walk-and-scan workflow for speed High-accuracy positioning Efficient 3D modeling for preservation and documentation Preserve history o...

More information

Compare

Remove all

Compare up to 10 products