These Rigged Mechanical Wings are a highly detailed, production-ready 3D asset designed for character animation, cinematic projects, game development, and concept visualization. Built with a blend of steampunk and industrial mechanical styling, the wings feature layered metal plates, hinges, rods, and mechanical linkages that give them a functional, believable movement system.This model includes a full rig created in Blender, allowing the wings to open, fold, flap, fan out, extend, and retract smoothly. The rig is designed with intuitive controls, clean constraints, and a user-friendly layout so animators can achieve complex motions without difficulty. Each wing segment is separated into individual mechanical pieces, making the motion feel precise and engineered rather than organic.The geometry is clean, optimized, and suitable for close-up cinematic shots. All components are UV-unwrapped and ready for metallic, brushed steel, sci-fi alloys, weathered metal, or stylized PBR materials. The wings can be easily integrated with humanoid characters, robots, mechs, sci-fi creatures, or fantasy machines. They work equally well in pre-rendered animation and real-time environments such as game engines.These Rigged Mechanical Wings are ideal for filmmakers, animators, game developers, and artists seeking a visually impressive, functional mechanical asset that adds complexity and energy to character motion. The combination of detailed modeling, realistic mechanical articulation, and fully functional rigging makes this asset a powerful addition to any production pipeline.

Model FeaturesDetailed mechanical design with layered metal platesClean, optimized topology suitable for both real-time and offline renderingFully UV-unwrapped with non-overlapping islandsHigh-resolution details for close-up shotsSteampunk, sci-fi, or robotic design compatibilityEasy-to-customize materials and texturesExport-ready for other 3D software or game engines

Rig FeaturesFully rigged wing system with animation controlsCustom controllers for opening, closing, flapping, and layered movementHinged mechanical joints that move realisticallyConstraints for smooth, natural mechanical motionIK-driven segments for intuitive animationSymmetrical setup for easy posing and keyframingAnimators-friendly layout with clean naming and organization