Tank T-90 3D model

cgtrader

In 2013, I developed this intricate model as part of a job application task. The entire project was completed using Blender. Some key features of the model include a highly detailed mesh, high-quality topology, fully animated tank motion with physically enabled suspension, and procedural camo and metallic dirt shaders. Additionally, it includes low poly FBX files with original meshes, along with a Cycles setup. The documentation outlines how to use the model effectively. Layer 1 contains the mesh model, layer 2 represents the tank tracks, while layer 5 features the ground and the TANK PATH CURVE. Layers 6 and 13 are reserved for cameras and particle emitters for the truck's dirt, respectively. The rigs for the tank (layer 11) and tracks (layer 12) are on layers 11 and 12. For setting up the individual tank path, you need to follow these steps: load the scene with Autorun Python Scripts, change the TANK PATH CURVE, animate the Evaluation Time for the TANK ACCELERATOR value, and adjust the curve parameters as per your animation's length. The truck's motion is driven by drivers with TANK TRANSFORM end Evaluation Time of TANK PATH CURVE, while wheel motions are controlled via T.G.Wheel.Z's drivers and constrains Copy Rotation. Suspension works with TANK.body.Inert.CURVE and TANK.dulo.Inert.CURVE curves, which should not require tuning. To optimize the animation process, you can hide layers 1 and 2 and unhide layers 11 and 12 or use the Simplify options. The model comes in two formats: a Tank_T-90-v1.0.blend file with editable parts and modifiers, as well as a universal Tank_T-90-v1.0-export.fbx 3D model.