The Turbo Entabulator - a 3D-printable, fully mechanical computer
The Turbo Entabulator - a 3D-printable, fully mechanical computer is a downloadable 3D printable model. Review the files, license, and creator attribution before printing.
Original creator description
This is is a simple, 3D-printable (caveat: It requires some springs, bearings, rubber bands, and nuts/bolts), fully-mechanical computer. It has 3, single-digit base-10 counters for memory, and processes a chain of 10-position punch cards. With the included program, it will compute the first few digits of the fibonacci sequence. It is effectively an entirely mechanical reimplementation my FIBIAC project ( the original source ) See it in action here: http://www.youtube.com/watch?v=1lMTgYoIGvo And a full write-up here: http://www.chrisfenton.com/the-turbo-entabulator/ Take that Babbage! This hosted file keeps creator credit and license details.
Topics and tags
Popularity
3 downloads from 3D-Printed.org.
Print details
- Difficulty
beginner
- Materials
PLA suggested; confirm scale and supports in your slicer before printing.
Download files
- cond_cylinder_catch.stl
STL · 19.6 KB
Download - cylinder_catch_frame.stl
STL · 48.5 KB
Download - fib_instr_1.stl
STL · 93.2 KB
Download - fib_instr_2.stl
STL · 109.6 KB
Download - fib_instr_3.stl
STL · 91.2 KB
Download - fib_instr_4.stl
STL · 92.2 KB
Download - jacquard_base_and_axle_holder.stl
STL · 53.8 KB
Download - jacquard_base_pulley.stl
STL · 224.1 KB
Download - plastic_pulley.stl
STL · 239.7 KB
Download - vertical_pulley_holder.stl
STL · 41.9 KB
Download - zd_drive_shaft.stl
STL · 108.5 KB
Download - zd_drive_shaft_end.stl
STL · 41.7 KB
Download - zd_extended_lever.stl
STL · 51.4 KB
Download - zd_lever.stl
STL · 50.0 KB
Download - zd_pulley_shaft_end.stl
STL · 100.1 KB
Download - zd_shaft_frame.stl
STL · 49.3 KB
Download
File metadata
- cond_cylinder_catch.stl
SHA-256:
b9b8b0434b449f29732aa6d0d23258259e2dbc0ac26b5842c5bc2a05512f4dc2 - cylinder_catch_frame.stl
SHA-256:
f161e8b17933a448328a512fabd80229546ec1db748ca38f004deef6cf08740f - fib_instr_1.stl
SHA-256:
682cf357b78cb5b2eb4cc5a422be71262c76ce40c90a14a823877b3561d46664 - fib_instr_2.stl
SHA-256:
2a51cf04334fd5d142cb743ec8495832b11ad7ddd97e9276f4c40be83f8f9c7a - fib_instr_3.stl
SHA-256:
1d975bdab8e2f8119aba42aaf25825703768f765a9a61c9ba6e0186b5393fe28 - fib_instr_4.stl
SHA-256:
8e6a35722d63c4f756f1ad4a2d3791ce86a2b88c5a9c4249769c8718f1d793c5 - jacquard_base_and_axle_holder.stl
SHA-256:
d0b83b605efadf8ac7ba683e5a7a49aa8e99227e22e98f319d1996c7bdfba576 - jacquard_base_pulley.stl
SHA-256:
d91265c4b13fc9db41bdbc41b13de284521ecccdb86b1a38282032dc3b7e6231 - plastic_pulley.stl
SHA-256:
4d96efb6e12326c65f78cf4fff80795c85271610fe91a9d92edfb0f8d5f92924 - vertical_pulley_holder.stl
SHA-256:
7444aa8731746a8fd817928a7ee744200239900295f6cbc4b4d68182b56ebfe2 - zd_drive_shaft.stl
SHA-256:
23ac88aba224cfa6185f352531b974eb0bc1f7866d7c6bf50835d3668f72c6a4 - zd_drive_shaft_end.stl
SHA-256:
8279b9b919f8c9dafb8515caf679b85a38e7906bf30c19a7eba473569be2dfdf - zd_extended_lever.stl
SHA-256:
07f631a43cf3ae16b15346a7630e0d6e7bee27b255b6bab54fdf52d1c7d39227 - zd_lever.stl
SHA-256:
ee3f86a48e35c9fadb31239ae41ae75fc631923d2b478b55f506b27703bc23dd - zd_pulley_shaft_end.stl
SHA-256:
5e3df29c44d5a02aae282d499be7495e9b474217c88d0694980f81fbde0259ef - zd_shaft_frame.stl
SHA-256:
ddceaedb404d409d291a37f979e46b37051936fc96048e3cdaf5f126a0356374
Attribution
The Turbo Entabulator - a 3D-printable, fully mechanical computer by chris (the original source). License: Creative Commons CC0 1.0. Source: the original source