How to Make (Almost) Anything
I started by combining two boards. The networking board and the RGB board.
Eagle
My board in Eagle
...
Ports
Started to draw out my ports to see how they would connect
My Port Connection
When hall sensor > 3 volt turn on PB2
When PB3 does something turn on PB4
RGB: When PB3 is high then turn on PB4
Coding
My preferred way to Code
Cut the burlap sheet and Ironed them
Laser Cut
After Ironing the Burlap I laser cut them for consistent sizes and cleaner edges
Left it in this air tight bag for 24hrs
First Connect
Tested my board on small led and it was succesful
Very happy with results
Shaping Board
Sanded down edges and cut the front to shape the board.
Programmed the vinyl hall sensor
Calligraphy
Laser cut some art into the grip tape of my skateboard had a few test runs before I cut.
I used the drill press to place my holes for the skateboard base. After the first drill I would use screws to position the other sides
Places Boards
Used 3d printed pieces to hold my two boards and battery in place. Used a hot glue gun
Cut the LED lights and used hot glue to connect batter, hall sensor, RGB/networking board and LED strips
LEDs
Placed Three LED strips and connected them.
Comparing my first attempt during composites week and my scond attempt for the final project
Vinyl
Vinyl cut another magnet board just in case I would need the flexibilit on my skateboard. It was successful.
RGB: When PB3 is high then turn on PB4
Coding
My preferred way to Code
Cut the burlap sheet and Ironed them
Laser Cut
After Ironing the Burlap I laser cut them for consistent sizes and cleaner edges
Left it in this air tight bag for 24hrs
First Connect
Tested my board on small led and it was succesful
Very happy with results
Shaping Board
Sanded down edges and cut the front to shape the board.
Programmed the vinyl hall sensor
Calligraphy
Laser cut some art into the grip tape of my skateboard had a few test runs before I cut.
I used the drill press to place my holes for the skateboard base. After the first drill I would use screws to position the other sides
Places Boards
Used 3d printed pieces to hold my two boards and battery in place. Used a hot glue gun
Cut the LED lights and used hot glue to connect batter, hall sensor, RGB/networking board and LED strips
LEDs
Placed Three LED strips and connected them.
Comparing my first attempt during composites week and my scond attempt for the final project