F16 Centre Console Pedestal 3D model
cgtrader
Verification details of the FBX fileFilesBinary FBXSceneNo Unsupported objectsGeometryNo N-gonsNo faceted geometryManifold geometryTextures and MaterialsPBR texturesNo embed texturesSquare TexturesPower of 2 texture sizesAssigned materialsUVsNo UV overlapsUV unwrapped modelNamingAllowed charactersDescriptionThe Centre Panel Pedestal is one of the most easily recognizable pedestal in the whole of the cockpit as it is the one right between the pilot's legs. The pedestal has undergone several design variations in the course of the F16's history and depends very much on the plane's block and if it's on the front seat or the back seat on the two seater versions of the F16. The model here created is that of the F16C single seat or front seat in the two seater version. Is worth mentioning that the instruments placed here are very important and are considered the main ones to fly the plane. Most of the information that can be used in these instruments such as heading, speed and other, are shown on the HUD (Heads-Up Display), so if for some reason there is a malfunction of the HUD the pilot can still fly safely the plane using the instruments placed here. It was modelled and textured in Blender 2.79 for the Cycles engine, the textures and materials are PBR based. Vertex Count: 7.748 Poly Count: 7.706 NOTE:I tried to keep all the materials packed within the .blend but if for some reason it is not here, you can find them on the Texture folder in the .zip file that accompanies this pedestal in both 1K and 2K in it's clean and used option.f16cockpitinstrumentequipmentpbrpbr texturespbr materialsairplaneaircraftjetfighterpartmilitaryconsolepedestalmilitary aircraftaircraft partfighter jetairplane cockpitjet fighter
With this file you will be able to print F16 Centre Console Pedestal 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on F16 Centre Console Pedestal 3D model.