Surfing Pikachu Fountain

Introduction: Surfing Pikachu Fountain

About: Hi! I'm Isaac. I'm a 15 year old maker can't keep my hands still. I aspire to show all other young people out there that you can be a great maker, no matter how old you are.

One of my favorite images of Pikachu is an illustration of him atop a surfboard in a body of water, a photo that comes from the game Pokemon Yellow. I've never before seen someone incorporate this design into a display that put it together with real water, so I decided to do just that! My design is completely 3D printed and also uses a 3D printed water pump for a 130 DC motor. It can be mounted onto a wall or placed on a shelf and run on an independent battery!

Supplies

Type 130 DC Motors - I got mine from here

3D Printer

Hot Glue Gun

Rotary Tool

Sandpaper (both wet and dry)

Acrylic Paint

Primer

AA battery holder - I used one similar to this

10mm OD silicon tubing - Something like this

Step 1: Making the Water Pump

I designed the water pump in Fusion360 and then put it together using hot glue, which also acted as a watertight seal. I then glued tubing to the round openings. The entrance of the pump should have a piece of tube around 25 millimeters long; The exit should have a 100 millimeter long tube attached to it (although it can be trimmed later on).

Attached is a video of the water pump in action (The tubes are a bit longer to test its strength). As you can see, it's quite capable of running a small water fountain!

Step 2: Creating the Models

To make the 8-bit texture of the fountain, I took an image of the rare aquatic Pikachu and then measured the pixel dimensions. I then went into Fusion360 and used the Sketch tool to draw a grid, extruding the shapes that I wanted (the fountain's pixels were 2 millimeters wide while the Pikachu's pixels were 1.5 millimeters wide).

Step 3: Painting

I sanded down the parts before I painted them with acrylic, using 3 - 4 coats to completely cover the surface. I then used transparent gloss to finish the paint and waterproof it.

Step 4: Attaching the Pump to the Fountain

The pump can now be hot glued into the bottom section of the fountain. You can test for watertightness by filling it up.

Step 5: Adding the Middle and Top Sections

Now, take the middle section of the fountain and glue it onto the middle, making sure to line up everything first. There is a cover on top of the middle section. This will:

- Keep water from spilling onto the motor if the fountain is moved around

- Stabilize the middle section

- Hold the battery for the pump

The exit tubing should be glued into the hole on the top of the fountain to keep water from leaking back inside.

After this is done, the top of the fountain can now be glued on. The main structure is complete!

Step 6: The Pikachu

The fountain already looks good, but it needs one more thing: a Pikachu to ride the perpetual waves! The final 2 3d printed parts can be glued onto the middle section.

Step 7: Finish

To make the fountain work, put the battery pack in the empty space behind the fountain and turn it on. Enjoy!

Thank you for reading this Instructable! This is the first original 3D-printed model I have created. It turned out quite well and is currently sitting next to my bed.

Please vote for me in the contest if you enjoyed this Instructable. Thanks!

Step 8:

The Elements Speed Challenge

Participated in the
The Elements Speed Challenge

Be the First to Share

    Recommendations

    • 3D Printed Student Design Challenge

      3D Printed Student Design Challenge
    • Lamps and Lighting Contest

      Lamps and Lighting Contest
    • Retro Tech Challenge

      Retro Tech Challenge

    3 Comments

    0
    Penolopy Bulnick
    Penolopy Bulnick

    8 weeks ago

    Fun! Do you have a video of the fountain working all put together?

    0
    zakbobdop
    zakbobdop

    Reply 8 weeks ago

    Looks like I forgot to take a video (╯°□°)╯︵ ┻━┻
    I added one, thanks for reminding me!