Asian Surveying & Mapping
Breaking News
PLD Space increases investment in its Launch Complex at the Guiana Space Centre (CSG) to €35M, strengthening Europe’s sovereign space infrastructure
The investment is expected to generate approximately €21 million...
India seeks Singapore capital to fuel its ambitious private space sector
India aims to grow its space economy to US$44...
China conducts surprise launch of Long March 12B, delivers Qianfan satellites on debut flight
HELSINKI — China conducted the maiden launch of its...
ISRO to launch first unmanned Gaganyaan mission by year’s end
The Chairman of ISRO, Somnath said that the efforts...
ORF- RSIS Special Report Launch | India and Southeast Asia: Mapping Strategic Convergence in an Era of Great-Power Competition
In 2014, Prime Minister Narendra Modi announced India’s shift...
Israel defense ecosystem meets to accelerate fieldable counter‑drone tech
Sparked by a message from the frontlines, CET Sandbox...
Chinese startup Mega Engine advances reusable staged-combustion rocket engine
HELSINKI — A new Chinese commercial rocket engine startup...
Haryana wins Geospatial Excellence Award for agricultural innovation in Netherlands
Haryana has been internationally recognised for its technological innovation...
South Korean, Singaporean Entities Partner To Support Space Startup Expansion
SINGAPORE—BlueTide Capital and Singapore Space and Technology Think Tank...
Japan space startups to train engineers from India, Philippines, Indonesia
JICA program to coach professionals on satellite manufacturing, data...

May 29th, 2018
Hexagon and KlauGeomatics Announce No-Base Station PPK Direct Georeferencing for UAVs

Klau Geomatics, industry leader in Post Processed Kinematic (PPK) direct georeferencing technology, announced today their new No-Base-Station high accuracy georeferencing solution for UAVs.

This revolutionary new solution is the result of close collaboration between Klau Geomatics and Hexagon’s Geosystems Division, enabling users to conduct Unmanned Aerial Vehicle (UAV) surveying projects without running a local GPS receiver, producing outstanding, high accuracy 3D survey data.

“In addition to accuracy, which is the most important feature of our georeferencing solution, is the simplified and efficient workflow. Users don’t need any survey equipment to place Ground Control Points (GCPs) or even a local base station for their PPK. They can collect precise georeferenced UAV data and even capture ground check points just using their UAV,” says Adam Chabok, technical director of Klau Geomatics. “With the unique, simplified plug and play payload, the system can be easily attached to any UAV or manned aircraft.”

“HxGN SmartNet provides the perfect reference station infrastructure and enables automated access via the X-pos technology,” said Robert Martin, Business Director of HxGN SmartNet. “This is an excellent example of an application that benefits from a fast workflow where users can always rely on HxGN SmartNet RINEX data repository, consisting of more than 4,500 reference stations worldwide. Any delays in data handling are eliminated by instant access to the required data files.”

Simplified high precision UAV surveying

Klau Geomatics Pty Ltd was founded in 2008 by experienced survey engineers with decades of knowledge in GPS systems, surveying, geodesy, photogrammetry and geospatial platform development. The KlauPPK georeferencing system was introduced in 2015 and has continued to advance with innovative product developments. The No-Base-Station solution is an outstanding example that enables any UAV carrying the KlauPPK system to collect and deliver highly accurate mapping data. Within 10 minutes of landing, the GPS correction data is available via the KlauPPK post processing software to geotag photos in any local or global coordinate system.

More efficient and productive mapping 

With the Klau PPK direct georeferencing system, UAVs can cover a larger area in a single flight by reducing the side overlap down to 40 per cent. With the pre-calibrated cameras that come as part of the PPK package for DJI UAVs, data processing takes significantly less time. Photogrammetry processing software is given accurate camera calibration, position and attitude data to accelerate the aerial triangulation process, to achieve better results, much faster, with less photos.

Construction and mine sites often use customised local coordinate systems and datums. Data produced by a typical UAV needs to be transformed to the local site frame of reference to be useful. This process is managed in the KlauPPK solution to allow users to collect accurate aerial data in any local or global coordinate system without external coordinate conversion software. KlauPPK enabled UAVs can be used to collect ground control points, similar to a survey grade GPS receiver, and automatically calibrate to the local site frame of reference.

Compatibility and availability

The KlauPPK solution is compatible with most DJI UAVs or other fixed wing, multirotor and custom  UAVs or manned aircraft. Hundreds of professionals worldwide have successfully adopted this technology in their workflows with exceptional accuracy, reliability and efficiency. The No-Base-Station solution is currently available in Australia and Europe and will soon be deployed in North America.

For more information, please visit www.klauppk.com or hxgnsmartnet.com.

Contact [email protected] for more details.

 

Hexagon’s Geosystems Division is the complete reality-capture solutions provider. With a sharp focus on information technologies that capture, measure, and visualise data, our high-quality products and solutions create real digital worlds. With more than 4,500 employees in 33 countries operating technology and service centres on three continents with partners in 120 countries, we have the global reach to work with organisations through precise measuring instruments, engaging software, and trusted services.

Hexagon’s Geosystems Division is part of Hexagon (Nasdaq Stockholm: HEXA B; hexagon.com), a leading global provider of information technology solutions that drive productivity and quality across geospatial and industrial landscapes.