OxTS Georeferencer
OxTS Georeferencer is a software tool developed by OxTS that combines navigation data from an INS, with LiDAR data from a range of sensors to create an accurate georeferenced point cloud.
Through a simple ‘drag-and-drop’ method, OxTS Georeferencer will take a processed navigation trajectory file (from both OxTS and third-party INS devices) and at the touch of a button, use it to georeference LiDAR data to create a LAS point cloud file that can be viewed in many third party LiDAR software packages.
OxTS Georeferencer also has a built-in boresight calibration tool that will align the coordinate frames of the sensors on a payload to eliminate pointcloud blurring and double-vision.
OxTS Georeferencer Datasheet
Download the OxTS Georeferencer datasheet and learn how you can easily boresight your payload and confidently georeference raw LiDAR data from multiple sensors.
The datasheet contains key information about the software including:
- The potential applications for which OxTS Georeferencer
can be used - LiDAR integrations
- Key features
OxTS Boresight Calibration in action!
The boresight calibration tool within OxTS Georeferencer can be used to align the coordinate frames of an INS and LiDAR sensor, eliminating blurring and double vision from the resulting point clouds.
Through a simple, data-driven method, users of the boresight calibration tool can improve the accuracy of their point clouds in minutes.
Here OxTS customer Klau Geomatics demonstrate their before and after boresight calibration results.
If you’re interested in seeing how OxTS Georeferencer can be used to eliminate blurring and double-vision from your point clouds get in touch.
OxTS Georeferencer – point cloud fly-throughs…
Case Study: Ordnance Survey
Ordnance Survey were in need of a quicker, scalable and more cost effective way to collect georeferenced point cloud data.
Through a combination of OxTS Georeferencer and the xNAV650 INS they were able to create highly accurate point clouds, reduce costs and improve the efficiency of their mobile mapping operations.
This case study details how they did it.
Case Study: Dronezone srl.
OxTS Partner Dronezone Srl. were tasked with scanning an ageing railway bridge to identify potential weaknesses in its structure.
Once they made the decision to survey the bridge using a UAV, there were a number of challenges they faced, specifically around payload weight, flight time, data processing, point cloud accuracy and more.
This case study details how they overcame them.
Case Study: Panpro Team
Panpro wanted to improve road safety by leveraging powerful integration of LiDAR with accurate georeferencing tools.
Using the OxTS’ xNAV650 INS alongside OxTS Georeferencer, Panpro were able to use LiDAR technology to provide clients with highly accurate driver sight distances on dangerous road networks in Serbia.
Read the case study to learn how they did it.
Case Study: Klau Geomatics
Klau Geomatics required a way of boresighting the sensors on a new aerial surveying and mapping payload. Once boresighted, they then needed to georeference the data to create an accurate point cloud.
They turned to OxTS to help them create a solution that would ‘bridge the gap’ between their LiDAR data and non-OxTS navigation data.
Read the case study here to learn how they did it.