Boost your sci-fi game with 21 low poly, stylized guns. Modular, animation-ready, mobile-friendly - ideal for VR, shooters, or RPGs. High quality textures and optimized models.Power up your next sci-fi project with our Low Poly Sci-Fi Guns Pack, featuring 21 uniquely designed, stylized weapons optimized for Unity and Unreal Engine. Crafted with performance in mind, this mobile-friendly weapons pack is perfect for indie developers, VR/AR, and low poly stylized games.Each weapon is built from separate animated parts, making it easy to rig, animate, and customize for your game’s needs. Whether you’re creating a futuristic FPS, a top-down shooter, or a sci-fi RPG, this modular asset pack gives you the flexibility and visual appeal your project demands.Key Features:21 unique sci-fi guns: pistols, rifles, shotguns, snipers & moreFully low poly and stylized for optimal performanceDesigned for Unity and Unreal Engine compatibilityAll parts are separated and ready for animationPerfect for mobile, VR, and lightweight PC gamesCustom-made and not reused from generic librariesWhether you're building a cyberpunk battlefield or a galaxy-hopping adventure, this low poly sci-fi weapons pack delivers high-quality visuals without sacrificing performance.Specifications:Number of textures : 4x21 = 84Texture dimensions: 2048x2048Polygon count Range: 1000-2000 tris on averageMinimum polygon count: 1000 trisMaximum polygon count: 3400 trisNumber of meshes/prefabs: 21Rigging: NoAnimation count: 0Animation type list: NoneUV mapping: YesLOD information (count, number of levels): No LODTypes of materials and texture maps: PBR (Diffuse, Metalic, Normal and Emission Maps)Number of textures : 4x21 = 84Texture dimensions: 2048x2048Polygon count Range: 1000-2000 tris on averageMinimum polygon count: 1000 trisMaximum polygon count: 3400 trisNumber of meshes/prefabs: 21Rigging: NoAnimation count: 0Animation type list: NoneUV mapping: YesLOD information (count, number of levels): No LODTypes of materials and texture maps: PBR (Diffuse, Metalic, Normal and Emission Maps)
