RIEGL traditionally uses the Intergeo platform to give an insight into and an overview of its comprehensive Lidar sensors and systems product range. This year, on the first day, RIEGL introduced...

The RIEGL VQX-1 is a compact, rugged but lightweight, aerodynamically shaped wing pod ready for the user-friendly installation and straightforward application to facilitate various airborne mapping applications. The pod is...

One of North America's leading geospatial data firms, NV5 Geospatial, has acquired a new RIEGL VMX-2HA dual scanner mobile mapping system. The solution will initially deploy in utility and transportation...

From 5 to 8 May, RIEGL is organising its international user conference, being held at two different locations: Hong Kong and Guangzhou, China. The company stated presentation slots and seats...

Riegl was honoured to accept the 2014 MundoGEO#Connect Award for Most Memorable Brand of Terrestrial Laser Scanner at the MundoGEO#Connect Latin America 2014 Conference and Trade Fair of Geomatics and...

RIEGL laser scanners have already been sold for several years in China through the manufacturer's distribution partners, Five Star Electronics and Red China Geosystems, both located in Beijing. To support...

RIEGL has introduced an app, called RiALITY, for Lidar data visualisation. The app allows users to experience Lidar data in a completely new environment and also allows easier Lidar data...

The RIEGL LIDAR 2013 International User Conference which was held from 25 to 27 June in Vienna, Austria, attracted over 250 attendees from 40 countries. Programme highlights included presentations of...

Orbit GeoSpatial Technologies is presenting their upcoming 10.5 releases at the Riegl UC in Vienna. Orbit GT is supporting mobile mapping systems on the market and presenting their portfolio to...

RIEGL’s latest generation of professional Terrestrial Laser Scanners stands for extreme versatility, high productivity, ultimate performance, and additional mobility – providing an excellent return of investment. 3D position accuracy of...