A handcrafted tabletop hockey project designed from scratch using Unity, CNC machining, 3D printing, and custom fabrication. Developed over 18 months with a focus on realism, precision, and smooth gameplay.
This project recreates the experience of a classic tabletop hockey game using modern digital design tools and custom fabrication methods.
The playing surface measures 36” x 22” and is built primarily from wood, acrylic, PVC foam board, and custom 3D printed components.
Every player path and movement system was carefully designed, tested, and refined to achieve smooth gameplay and realistic movement.
So far, the project required approximately 4 months of active work spread over a year and a half of development and experimentation.
From early 3D simulations to the physical prototype, the design evolved through extensive testing and iteration.
Unity was used to visualize the complete table layout, validate player paths, and test interactions before fabrication.
The final prototype combines CNC machining, 3D printed parts, acrylic surfaces, and custom mechanisms into a fully playable tabletop hockey experience.
Combining software design, digital fabrication, and physical prototyping made it possible to bring the project from concept to reality.
Unity was used to prototype player movement, layout geometry, and gameplay mechanics.
Blender helped develop the internal gear and movement systems used inside the table.
CNC machining and 3D printing were used to manufacture the final parts and structure.
Navigate around the table, inspect the mechanisms, and interact with the players directly inside the Unity prototype.