3D Model KAYAK

This compact kayak model features a playful, colorful design and is equipped for solo rowing. Its streamlined hull ensures stable navigation and easy maneuvering on lakes or calm rivers. The integrated

3D Model X-Scout

system, which included a fully engineered water-tight and shock-resistant casing for the electronic components, and a fully working UI with different features to help coaches and athletes improve their

3D Model Residential Bathroom Design

includes a Furniture Plan, Flooring Plan, Reflected Ceiling Plan, and detailed Elevations A–E. Key features: Modern finishes including travertine effect tiles (600×1200mm) and paint-finished gypsum ceiling

Designer rapidproto

3D Modelling, Phoenix FD & 3D Modeling Professional

verify product designs with high-quality plastic prototype technologies from RAPIDPROTO. 3d printing features: Layers thickness: up to 0.0125 mm Build volume: up to 246 mm x 152 mm x 155 mm for FDM technology

3D Animation 3D Animation Services 3D Modeling 3D Modeling 3D Printing Design 3D Rendering 3ds Max API Autodesk Inventor CAD Design Digital Sculpting Engineering Design FEA Phoenix FD Product Design V-Ray ZBrush

3D Model terrace pergola and fountain design

project, the goal was to create a perfect balance of structure, texture, and serenity. Key Design Features: The Pergola: A sleek, geometric overhead glass-and-steel pergola that defines the seating area

3D Model Modern Bath Tray – Adjustable Wooden CAD Design

tray is made from solid oak wood, offering both strength and a premium natural finish. The design features an adjustable structure with extendable side arms, allowing compatibility with a wide range of freestanding

3D Model Residential Community Center – Conceptual Design & Rendering

workshops, courses, and celebrations, and increase the social and economic value of the area. Key features: Wooden and metal pergolas for natural shade and cross-ventilation. Exposed brick, decorative block

3D Model Tyre design to increase traction control

road grip, and stability under different driving conditions. The model includes detailed structural features such as the outer tread pattern, sidewalls, and inner mounting surface, which together represent

3D Model Self-Sufficient Waterfront Subdivision

grid while maintaining a high standard of living in arid, sensitive environments. Important Design Features: Energy Self-Sufficiency: Each villa is engineered as a Zero-Energy Building (ZEB), utilizing integrated

3D Model Strategic Site Development & Layout

needed for stakeholder reviews, zoning approvals, and initial feasibility studies. Important Design Features: Spatial Organization: Defines the relationship between building footprints, road networks, and