One of the most important outputs from the Next Generation NATO Reference Mobility Model (NG-NRMM) is a data-rich, graphical, map-based representation of terrain types and how well, or poorly, a vehicle can traverse that terrain. In the left image, green-colored terrain represents terrain on which the sample vehicle can move quickly, while darker, redder-colored terrain is slower to traverse. On the right, the NG-NRMM computes a “best path” for vehicles traversing terrain. The NG-NRMM is a high-fidelity, computational model to show how well a given vehicle can move over terrain, providing com

GLIX-115-2GKKFE0

One of the most important outputs from the Next Generation NATO Reference Mobility Model (NG-NRMM) is a data-rich, graphical, map-based representation of terrain types and how well, or poorly, a vehicle can traverse that terrain. In the left image, green-colored terrain represents terrain on which the sample vehicle can move quickly, while darker, redder-colored terrain is slower to traverse.  On the right, the NG-NRMM computes a “best path” for vehicles traversing terrain. The NG-NRMM is a high-fidelity, computational model to show how well a given vehicle can move over terrain, providing com
A képet csak az alábbi országokban használhatja fel:
Magyarország
Kollekció

GLIX Prime

Novel Use

Fotós / Szerző

Operation 2021

Készült
Leírás

One of the most important outputs from the Next Generation NATO Reference Mobility Model (NG-NRMM) is a data-rich, graphical, map-based representation of terrain types and how well, or poorly, a vehicle can traverse that terrain. In the left image, green-colored terrain represents terrain on which the sample vehicle can move quickly, while darker, redder-colored terrain is slower to traverse. On the right, the NG-NRMM computes a “best path” for vehicles traversing terrain. The NG-NRMM is a high-fidelity, computational model to show how well a given vehicle can move over terrain, providing com

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