About Us      Recent News
How To Buy    |    Products    |    Technology    |    Case Studies
Technology Home
Building 3D Virtual Worlds
Summary of MetaVR's Available 3D Databases
Rapid Terrain Creation
Metadesic 3D Visualization Architecture
Kismayo, Somalia
Afghanistan Village
IED Detection Training
Threshold Requirements for Simulating Terrain
Synthetic Vision
Modeling Urban Structures
UAV Imagery Collection for 3D Terrain
UAV Visualization
Urban Environments
Virtual Kismayo, Somalia
ATC Virtual Terrain
Camp Pendleton Virtual MOUT Sites
Leschi Town MOUT Site at JBLM
SOTACC Village Yuma MOUT Site
Greater Baghdad Urban Training Database
Extended Ft. Benning Urban Site
Ft. Campbell Urban Training Environment
Ft Wainwright Urban Warfare Terrain Database
Micro-UAV Training in Urban Environment
PC-Based Render Engine
Aerial Refueling Simulation
JTAC Simulation Training Options
Other Providers
Published Papers

Ft. Campbell Special Operations Urban Training Environment

MetaVR™ has built a highly realistic real-time 3D replica of the Ft. Campbell, Kentucky Cassidy Military Operations in Urban Terrain (MOUT) site for simulation and training of infantry and future combat systems.

MetaVR virtual Ft. Campbell Cassidy MOUT site.

(MetaVR's image generator) rendering of a micro-UAV overlooking a hostage scenario at MetaVR’s virtual Ft. Campbell Cassidy MOUT site. The scene includes site-specific building models and character and vehicle entity models from MetaVR’s 3D content libraries.

The 90,000 square kilometer Ft. Campbell terrain is centered on the urban training facility that represents the Cassidy MOUT site. The terrain database is designed to support both fixed-rotary wing high-speed flight and close urban combat training scenarios rendered in MetaVR's Virtual Reality Scene Generator™ (VRSG™).

Included in the database are 14 MOUT building models, which were created from perspectiveless digital photographs of the structures at the Cassidy MOUT site. These models have radiosity (soft shadows) applied to the geometry to increase their realism. The database also makes use of other cultural elements such as street signs, electrical boxes, street lights, gas pumps, fences, sewer covers, flag poles, and utility cables. All models are in MetaVR’s format.



MetaVR’s virtual Cassidy MOUT site rendered in VRSG.
MetaVR’s virtual Cassidy MOUT site rendered in VRSG.

Because a significant part of urban combat takes place indoors, wall surfaces, furniture, articulated doors, windows, and blast holes were added to the building interiors to create a realistic training model.

Interior scene from MetaVR’s virtual Cassidy MOUT site depicting a scenario with snipers.
Interior scene from MetaVR’s virtual Cassidy MOUT site depicting a scenario with snipers. Modeled interior wall surfaces, articulated windows and doors, and furniture inside the buildings contribute to a realistic training experience.

After the Cassidy site was fully described in MetaVR's terrain generation tools, all the source data and user-specified representations of the terrain are compiled into a functional real-time 3D MOUT site. The compilation included producing a detailed tinned area of the MOUT site that shows subtle terrain relief derived from the multi-resolution elevation source data. Dense geospecific tree lines laid out by the user were compiled into the terrain to enhance the realism.

Cassidy MOUT Approaching the virtual Cassidy MOUT site. Ft. Campbell database
Grasses and trees on the virtual Cassidy MOUT site.

A key component of realistic urban warfare infantry training is traversing the avenues of approach into the town. The significant geographic extents of the MetaVR Ft. Campbell database and extensive tree lines surrounding the Cassidy site provide an environment for training soldiers how to approach urban centers undetected. Subtle terrain details such as the gradual rise from the treeline into the MOUT site are necessary to provide avenues of approach for the infantry training. As well, it is important that the 3D terrain database captures such subtle detail as observed in the real MOUT area to provide the most realistic training possible.

Terrain database characteristics:
Database size:
= 9 geocells (266 km x 328 km)
W89 W86
Size on disk
Terrain LoDs
Texture LoDs
Terrain post
Source imagery

= 10.6 GB
= 7 maximum
= 8 maximum
= 4 mpp
= 14.6 GB
Elevation coverage:
Breakpoint survey data (submeter-resolution) Cassidy MOUT (4 x 4 km)
30.0 mpp shuttle radar topography over entire database (266 km x 328 km)
Imagery coverage:
  0.125 mpp color Cassidy MOUT (4 x 4 km)
1.0 mpp color Ft. Campbell (32 x 42 km)
4.0 mpp color Ft. Campbell (30 x 55 km)
15.0 mpp color entire database (266 km x 328 km)
Cultural features:
  14 photorealistic buildings with interiors and articulated windows and doors
26 geotypical buildings with high-resolution textures
3,662 geotypical volumetric trees
251 other point features, including street signs, electrical boxes, street lights, gas pumps, fences, sewer covers, flag poles, and utility cables
466 alpha-blended road linears
753 areal-feature edges for walkways, parking lots, and tarmac
300 runway and taxi point lights
Dual linear runways at Ft. Campbell airstrip with FAA markings

Actual and simulated views of the Ft. Campbell MOUT site

The following set of images show Cassidy’s main street with the municipal build­ing in the center of the view. You can compare photographs of the actual Cassidy MOUT site on the left side with the VRSG screen captures of the simulated view on the right side that were taken within MetaVR’s virtual Cassidy MOUT site. The models of buildings and other structures are photorealistic; the models were created from a set of photographs of the structures in the area.

Photographs of the Cassidy site. VRSG virtual-camera pictures of MetaVR's real-time 3D Cassidy site.

Please contact MetaVR about the availability of this terrain database.

    Contact Us     Site Map     Documentation    Privacy Policy    Copyright © 2018 MetaVR, Inc.