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This is my V3 hand-launch glider , developed through multiple design iterations with a focus on real-world flight performance, stability, and ease of printing . Compared to earlier versions, V3 introduces meaningful aerodynamic and…
The High-Performance Free-Flight Glider is designed to bridge the gap between "toy" gliders and engineering projects. I moved away from a complex V-tail design to a standard T-Tail configuration to ensure maximum yaw stability and to…
A robust, three-segment modular rocket designed specifically for the Estes E12-4 engine . This model features a screw-in motor retention system and a high-strength internal structure to handle the thrust of E-class motors. Technical…
This is Version 1 of my 3D-printed hand-launch glider, designed in Onshape. It’s a simple, lightweight plane meant for fun tosses indoors or outdoors. Design details Wingspan: ~400 mm Fuselage length: ~250 mm Tailplane: ~120 mm Printed in…
Description This is Version 2 of my simple hand-launch glider, redesigned with a longer 600 mm wingspan and a refined center of gravity for smoother, more stable glides. V2 focuses on glide efficiency rather than durability. By printing…
This 700mm (approx. 27.5-inch) research rocket is engineered for enthusiasts looking to move beyond basic kits. Designed from the ground up in Fusion 360, this build focuses on mechanical reliability and aerodynamic efficiency . The…
The Cybershard Vase is designed to look like a digital artifact brought into the physical world. It balances a clean, hexagonal base with a dynamic, upward-spiraling body. The most distinctive feature is the jagged, "glitched" rim, which…
Description This is a custom-designed replacement shell for the AWS DeepRacer Evo , specifically engineered for weight efficiency and durability during high-speed autonomous racing. At only 1mm thick , this shell significantly reduces the…
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