MetaVR real-time PC-based 3D visual simulation



			MetaVR's Continued Sales of VRSG Channels for VT Air National Guard The recent sale of 52 VRSG licenses brings the total to 84 MetaVR visual channels used in VT ANG's F-16C training simulators ....



			Patent Issued for MetaVR Metadesic Terrain Architecture The US Patent and Trademark Office has issued MetaVR a patent for the invention of its Metadesic virtual terrain architecture ....



			MetaVR Visuals in TUAS Training AAI has purchased 129 additional VRSG licenses to support rendering synthetic camera payload video for UAS GCS operator training ....



			MetaVR Provides Visuals for JTAC Virtual Trainer Dome The JTAC Virtual Trainer Dome, built by Lockheed Martin, uses 19 VRSG channels ....

MetaVR's Virtual Afghanistan Village for Tactical Warfare Training
MetaVR has built 3D geospecific terrain covering 9,600 square kilometers, featuring a high-resolution virtual village, with over 500 buildings, in the Afghan province of Kabul. This terrain is available in both MetaVR's round-earth and flat-earth formats ....

MetaVR™ creates 3D real-time PC-based visual systems that provide the fidelity of geospecific simulation with game quality graphics. MetaVR's software products enable users to build high-fidelity virtual worlds with our terrain generation tools and render the resulting virtual world with our real-time 3D visualization application, Virtual Reality Scene Generator™ (VRSG™).

On the Microsoft Windows platform, MetaVR delivers high performance, networked, real-time, single- and multi-channel visual systems with 3D content by fielding our software technology on the latest commercial PC-based 3D graphics accelerators.

MetaVR's technology uses advanced terrain and texture paging algorithms to render geographically specific imagery over expansive terrain databases while providing such advanced visual features as full-scene anti-aliasing and continuous level-of-detail morphing.

All terrain database scene images on this site are real-time screen captures that taken by MetaVR's 3D visualization product except where noted, and are unedited except to format for the website.