Github Repo

Concept

boardsport AR training tool. Simboard uses the property of Gyroscopic Procision to give the user the ability to pivot in 360.

Simboard is a low inpact, build it yourself balance board system. In order to simulate the transitional force of a wave a centrifugal flywheel is integrated into the base so the user can direct and pivot off this angular momentum.

A goal in Simboard is to use a combination of off the shelf and rapid manufactured parts; 3D printed carbon fiber, laser cut aluminum and steel. Similar to a drone build with a low barrier of enrty.

As a simple boilder plate for iteration we are exploring optinons for on chip AI systems such as SensorTile and or other edge / cloud enabled chips such as the Particle Argon or AZ3166 IoT

Phases

1. Concept: Renderings - Simulation & Virtual Prototype
2. Hardware Prototype: Proof of Concept - Physical Prototype
3. Repeat ↻

Cost

If you are attempting to build a Simboard prototype using the Rapid Manufacturing resources below you can expect to spend around $700 depending on material and chip selection.

Part List

Balance: Github-balance

Shell: Github-Shell

Deck: Github-deck

Fly Wheel: Github-flyWheel

Motor: Goolsk SURPASS High Performance 2216 880KV 14 Poles Brushless Motor

Motor Controller: 30A RC Brushless Motor Electric Speed Controller ESC 3A UBEC with XT60 & 3.5mm bullet plugs

Flange Coupling: 4 Pack 4mm Flange Coupling Connector, Rigid Guide Steel Model Coupler Accessory, Shaft Axis Fittings for DIY RC Model Motors, High Hardness Coupling Connector-Silver.

Battery: Tattu LiPo Battery Pack 1300mAh 45C 3S 11.1V with XT60 Plug for RC Car Boat Truck Heli Airplane

Rapid Manufacturing Resources

Deck

• Laser cut aluminum

Oshcut.com

OSH Cut: Instant Quote

Flywheel

• Laser cut Steel OSH Cut: Instant Quote

Balance

• 3D printed
• Carbon Fiber material

Generative Modeling R&D