ModuFrame-5 is a fully 3D-printed modular quadcopter frame designed specifically for 5-inch FPV drones. It combines the accessibility of desktop FDM printing with the durability and repairability needed by drone enthusiasts and professionals alike. Its parametric design allows easy customization and rapid iteration, while modular arms ensure quick repairs after crashes, reducing downtime and costs. Crafted to support common FPV components, ModuFrame-5 offers a low-cost, lightweight, and versatile alternative to traditional carbon fiber frames — making drone building and flying more accessible than ever.

Motherboard for 3d printer that I designed myself

Bring a touch of modern elegance to your desk or garden with this custom-designed spiral cactus pot! Its sleek, spiral grooves and compact design make it a perfect home for your favorite small plants. Whether you're looking for functionality or artistic decor, this 3D-printed design combines both.

Bringing the future of flight to your desktop — this Fusion 360 recreation of the EHang 184 Air Taxi captures cutting-edge drone design in 3D printable form. A perfect blend of innovation, precision, and passion for aerial technology.

Precision meets simplicity- a fully engineered sheet metal enclosure designed for performance, manufacturability, and modern aesthetics.

This is a pressure driven expansion tunnel, which is used to test the deviation of Human rated Vehicle which is given by NASA.

A modern DIY wooden speaker that looks clean, sounds big, and is fun to build.

Modeled a 6-cylinder radial piston engine with a master connecting rod and synchronized crankshaft.

Complete interactive game between human and robot — the classic Rock-Paper-Scissors — using the MyCobot 280 M5 robotic arm

A 3D model of an Audi A7 designed in SolidWorks, suitable for rendering and 3d printing

Meet the Manual Universal Testing Machine — a compact powerhouse built for pure mechanical precision. Powered by a smooth hand-crank and guided by dual precision screws, it delivers rock-solid tension and compression testing without electronics, noise, or complications. Engineered with a premium metallic finish and modular fixtures, it turns classroom experiments and lab tests into a hands-on, intuitive experience. Simple. Accurate. Beautifully built. This is material testing—redefined

Land safe in sonic speed.

Conveyor belt for transporting workpieces has limited space. Dimensions as shown in the attached picture.

Battle Unknown India, powered by RollnDrive, is a modular robotics platform built for both STEM learning and competitive robotics. Designed and manufactured in India, our robots combine high performance, durability, and educational value. The kit includes a high-torque drive system, modular attachments, and wireless control, allowing students and teams to easily switch between Robo Sumo and Robo Soccer modes. Our programmable version supports sensors, servos, and Arduino IDE for hands-on coding and experimentation. With safe battery systems, compact PCBs, and 3D-printed chassis, the robots are easy to assemble, repair, and customize. Ideal for schools, colleges, and innovation labs, Battle Unknown India makes robotics learning powerful, affordable, and accessible for every student and creator.

I AM MECHANICAL DESIGN ENGINEER WITH 10 PLUS YEAR EXPERIENCE IN HYDRAULIC PRODUCT,MACHINE AND POWERPACK DESIGN. THIS COUPLING DESIGN FOR OUTER SPACE TECHNOLOGY FOR REFULING WITH MINIMUM FUEL LOSS AND SIMPLE FOR CLAMP AND UNCLAMP APPLICATION . DESIGN IS CAPABLE FOR ALL SPACE APPLICATION WHWERE RE-FUELING IS MOST IMPORTANT. SOME KEY FEATURE HERE, 1. EASY TO MANUFACTURE 2. MINIMUM FUEL LEAKGE. 3.HIGH TEMPERATURE SEAL USED IN THIS DESIGN FOR HIGH TEMP. APPLICATION 4. EASY CLAMP DE-CLAMP MECHANISM. 5.SUITABLE FOR ALL LOW PRESSURE FLUID.

A fully engineered obstacle-avoidance robotic car featuring a complete SolidWorks design, 6-sensor perception, and Arduino-based control—built as a foundation for future autonomous navigation modes.