:KLEF Piano For BBC microbit Cardboard Case Resources:
For Cardboard We used:
- :KLEF Piano for the BBC micro:bit.
- BBC micro:bit.
- Cardboard.
You will also need:
- Laser cutter.
- PVA Glue.
- Our DXF design files.
- Our Piano Code.
- Micro-USB Cable for powering the board.
Section 1:
There should be six legs cut out in total. Bond the legs together such that you have three double width legs. Take the underside panel and glue the bendy section to it as shown below. Apply PVA to inside of the piano case and leave to dry (this will help the cardboard maintain its shape). If you want to hide the kerf bend lines and joints, you can glue a second outer panel on to the curved section. Attach the feet and place assembly to one side.Section 2:
Take the engraved panel and push it into the slots on the front panel. Glue this together and add the music stand. Take the section you just built, the lid and arm. Glue them together such that the arm holds the lid open as shown below. Place your KLEF Piano board into the shell and slot Section 2 onto the top of your piano.- Create your own code or download ours here and transfer it to your micro:bit.
- Dock your programmed microbit into the top of the piano and then all you have to do is learn to play the piano!
- Plug in the micro-usb cable & play away!
:KLEF Piano For BBC microbit Perspex Case Resources:
We used:
- :KLEF Piano for the BBC micro:bit.
- BBC micro:bit.
- Cardboard.
- 3mm perspex or 3mm plywood.
You will also need:
- Laser cutter.
- Heatgun.
- Polycement or similar.
- Our DXF design files.
- Our Piano Code.
- Micro-USB Cable for powering the board.
Section 1:
Attach the bendy panel to the base, and add the legs.Section 2:
Take the engraved panel, and slot it into the front panel. Assemble the music stand and attach it to the assembly. Take the panels below and slot an M3 x 12mm screw through, then secure it with a nut on the other side. Slot it through the gap shown.Section 3:
Bond the two panels onto the underside of the top lid such that they line up with the two holes on the top of section two. Insert the KLEF Piano board into section 1, followed by section 2 and 3. Now create your own code or download ours here and transfer it to your micro:bit. Dock your programmed microbit into the top of the piano and then all you have to do is learn to play!:KLEF Piano For BBC microbit Wooden Case Resources:
Finally, for a more vintage look, try cutting it out of wood, we cut out veneer and glued it to the outer panels of the piano to hide the joints and kerf cuts. Now, just drop our piano code onto your micro:bit and you are good to go. Alternatively, you can head over to the MakeCode Editor with our code and tweak it to taste!©Kitronik Ltd – You may print this page & link to it, but must not copy the page or part thereof without Kitronik's prior written consent.
6 comments
Mark Donnison
Hi Alex, the last page of the PDF contains coding information and an example. The product page also has a MicroPython code example in the resources section. What is it you are trying to do that isn't covered in the PDF? I will look into adding the code in the PDF as a downloadable file soon, which may help you get up and running, watch this space.
Alex
I bough this piano. When I want to code it but I can't find related code, can you help? Please advise the coding. https://www.kitronik.co.uk/pdf/5631-klef-microbit-piano-datasheet.pdf
Mark Donnison
Hi Bernice, do you mean for the board itself? If so, not as of yet. It is something that has been talked about but no decisions have been made.
Bernice
Are the PDF files or 3D printers versions already available?
Mark Donnison
Hi Jon, I will look into producing either/or a 3D printer version and pdf stencils for hand cutting. Watch this space!
Jon Wiggall
Really inspired by these piano cases. Unfortunately we do not have access to a laser cutter. Is it possible to purchase a kit in 3mm plywood please? Alternatively, we do have access to a 3D printer. Is an .stl file available to print a kit? Thanks.