Thingiverse
Pt Arrowood Light
von fhogphil
17
Downloads
14
Likes
3
Makes
** Update 5/17 - i had a typo in the instructions - the M5 Bolts needed are M5x12, not m5x8. Sorry about that
* Update 5/13 - links were broken in instructions. Fixed
A Lighthouse design from my own mind. No real lighthouse exists!
This has a rotating LED light.
It can be printed without the electronics
Moderate level work in the Single Board Computer Parts. It uses an Arduino Nano, a Stepper Motor and a 7 LED NeoPixel Jewel. Instructions included. If you are new to SBCs - do that part first.
The toughest assembly part is getting the window rails lined up into the roof. Be careful.
The finial and entry roof are the only glued parts. All the rest are friction fit.
Assemble the railing, Railing top, Lamp House, Roof, finial and locking ring together as one assembly. Once the rest is put together, carefully lower it over the lamp and let is rest onto the three pillars of the stepper bracket. It is a tight fit over the lamp but it fits.
The Arduino Sketch and t
* Update 5/13 - links were broken in instructions. Fixed
A Lighthouse design from my own mind. No real lighthouse exists!
This has a rotating LED light.
It can be printed without the electronics
Moderate level work in the Single Board Computer Parts. It uses an Arduino Nano, a Stepper Motor and a 7 LED NeoPixel Jewel. Instructions included. If you are new to SBCs - do that part first.
The toughest assembly part is getting the window rails lined up into the roof. Be careful.
The finial and entry roof are the only glued parts. All the rest are friction fit.
Assemble the railing, Railing top, Lamp House, Roof, finial and locking ring together as one assembly. Once the rest is put together, carefully lower it over the lamp and let is rest onto the three pillars of the stepper bracket. It is a tight fit over the lamp but it fits.
The Arduino Sketch and t
Hast du dieses Modell gedruckt? Einloggen und dein Make teilen!
Melde dich an, um einen Kommentar zu hinterlassen
AnmeldenNoch keine Kommentare – sei der Erste!
