Realistic Boxing Gloves Low-poly 3D model Low-poly 3D model

Elevate your 3D projects with this realistic low-poly boxing gloves 3D model. Perfect for game developers, animators, or anyone working on sports-themed projects, this model offers a highly detailed design while keeping the polygon count low for optimal performance. Whether you’re creating a game character, cinematic sequence, or training simulation, these boxing gloves are designed to look great and perform efficiently in your workflow.

Key Features:

• Low-Poly Design: Crafted to maintain a balance between realism and efficiency, making it ideal for real-time applications like video games and virtual environments. • Detailed Texture Mapping: Includes realistic textures for leather, stitching, and padding to give the gloves an authentic look. • Efficient Polygon Count: Optimized geometry ensures smooth performance even in large scenes or games with many objects. • Perfect for Animation: The gloves are designed with proper deformations, making them suitable for animations and rigging. • Versatile Applications: Can be used for games, VR/AR applications, sports simulations, and more.

File Details:

• File format: OBJ, and bldender (compatible with most 3D modeling software and 3D printers). • Textures: Includes high-resolution PBR textures (diffuse, normal, and specular maps). • Polygon Count: Optimized for performance but maintains realism—ideal for both high and low-end applications. • Ready for Rigging: The model is designed to be easily rigged and animated for motion capture or character animation.

Recommended Use:

• Game Developers: Ideal for use in sports-related video games, especially boxing or fighting titles. • Animators: Perfect for showcasing in dynamic boxing scenes, or as part of a character’s equipment in cinematic animations. • 3D Artists and Modelers: Great for low-poly modeling projects where performance and realism need to be balanced. • Virtual Reality (VR) and Augmented Reality (AR) Projects: The model’s optimized design makes it ideal for immersive VR and AR experiences.