Biathlon Rifle 3d model

cgstudio

Biathlon Rifle with optical sight rifle scope, rifle butt plate, rifle trigger and rifle barrel. Winter variant of the standard sport rifle. Ultra lightweight, and equipped with straight-pull actions, integrated magazine carriers, and ergonomic stock designs. The biathlon is a winter sport that combines cross-country skiing and rifle shooting. It's a timed event where athletes compete to achieve the shortest total time. Depending on the competition rules, missed shots result in extra distance or time being added to the athlete's overall time. For high-quality 3D modeling projects, the Biathlon Rifle model is an excellent choice. This detailed 3D model features a fully textured, realistic design that allows for close-up renders and was originally created in 3ds Max 2012 using V-Ray rendering software. Renders have not undergone any post-processing. Features of this high-quality model include: - High-resolution polygonal model, accurately scaled to represent the original object. - Optimized models for polygon efficiency, allowing for smooth rendering performance. - All colors can be easily modified to suit your specific project needs. - Model is fully textured with all materials applied and included in every format. - 3ds Max models are grouped for easy selection, and objects are logically named for efficient scene management. File formats supported by this model include: - 3ds Max 2012 V-Ray and standard materials scenes - OBJ (multi-format) - 3DS (multi-format) - Maya 2011 - Cinema 4D R14 - FBX (multi-format) Textures are available in the following format: - 5.png, with a resolution of 4096 x 4096 pixels. The team at 3d Molier International is composed of experienced 3D artists with over a decade of experience. Our models undergo rigorous quality assessment to ensure they meet the highest standards of realism and technical excellence. Every model comes with complete UVs and optimized topology, allowing for easy modification if needed. Check out our other models by visiting our user profile.