Search models, users, collections, and posts

Battery Buddy

Print Profile(10)

All
X1 Carbon
P1S
P1P
X1
X1E
A1
A1 mini
H2D
H2D Pro
H2S
P2S
H2C
X2D
A2L

100% scale - for AA battery
100% scale - for AA battery
Designer
39 min
1 plate
4.9(250)

179% scale - for glue stick
179% scale - for glue stick
Designer
1.2 h
1 plate
4.8(23)

Printed AA battery with color change
Printed AA battery with color change
Designer
34 min
1 plate
4.6(10)

PETG Version
PETG Version
42 min
1 plate
4.9(10)
Click to see more

Open in Bambu Studio
Boost
1427
2272
527
194
3 k
2.5 k
Released 

Description

Important notice: I have restored this page because this design is under a Creative Commons license and deserves to be shared - and attributed properly. However, please understand that I do not regularly check comments or messages on MakerWorld. I encourage you to find me on Printables or visit lucky13toys.com.

 

Give your dead AA battery a new life as a fun articulated figure!

 

Named by Dr Operator!

 

Instructions

Two print profiles are provided with all parts. The first one is at 100% scale and fits a AA battery. The second is at 179% scale and fits a standard glue stick (should fit both the Bambu glue stick and the Kores stick that comes with Prusa Printers).

 

A printable AA battery is also included if you don't have one. Try adding a filament change for the colored top!

 

To fit other cylindrical items, simply measure the object's diameter in mm and divide by 14, then scale all parts by that amount. For example, the glue stick is 25mm in diameter, so 25/14 = 1.79 = 179%. Scaling below 100% may be tricky.

 

The hands are compatible with Lucky 13 series accessories. If you're scaling up the parts, apply the same scale to the accessories.

 

Print settings

If you've printed any of my other jointed figures, you should be familiar with the recommended settings.

MaterialABS, ASA, or PETG
Layer height0.15mm
Infill20%, rectilinear
Supportsnone
Brimnone, unless you encounter bed adhesion issues

PLA is not recommended because it will “creep" over time and cause the joints to go floppy.

 

Assembly

Push the balls onto the corresponding pegs on the waist, chest, and lower limb parts. Snap the limbs together as shown. Clip the waist and chest onto the battery.

 

Please be sure to include proper attribution when sharing or selling this design.

 

Want to support future projects with a one-time donation? Make a PayPal donation here!

Comment & Rating (527)

(0/1000)