This printed nicely on the Bambu A1 with silk PLA. It rolls smoothly

This printed nicely on the Bambu A1 with silk PLA with the 'use my filament presets.'

This printed nicely on the Bambu A1 with regular PLA. It printed fast and it's strong enough. I went full speed with my drill on 1 gallon of paint and that worked great.

This printed nicely on the Bambu A1 with regular PLA. The controller fitted perfectly just like the regular wasyl handshake style adapter. For anyone having trouble, make sure to take off the cover and orient the controller correctly. The 'face' of the controller faces 'downwards' towards the adapter. You can the slide in the adapter with a tiny bit of force until it clicks in place. You'll need a m3 nut and a m3 (thumb) screw to tighten the adapter. Optionally, you can use an AAA to AA battery adapter to make the controller lighter.

This printed nicely on the Bambu A1 with regular PLA. I bought all the items in the list except the variable power supply because I already had one that could change the voltage with a knob. The knob allowed me to adjust the speed/fan noise to my liking. You'll need a wire cutter/stripper. IIRC, it was 26 gauge and 22 gauge. Author, thank you so much for creating and sharing this model!

This printed nicely on the Bambu A1 with regular PLA

This printed nicely on the Bambu A1 with regular PLA

Printed nicely on the Bambu A1

This printed nicely on the Bamabi A1 using silk PLA

This printed nicely on the A1

This printed very nicely on the A1 with regular PLA. The tiny bit of support came off very easily.

This printed good on the A1 with regular PLA

This printed nicely on the A1 with PETG

This printed nicely on the A1 with silk PLA

This printed nicely on the A1 with silk PLA.

Printer well on the A1 with PETG

Printed fine on the A1 with PETG

Printed nicely on the A1 with PLA

Printed nicely on the A1 with regular PLA

Printed nicely on the A1 with regular PLA