Happy Birthday - 20-21st April 2012
- Young Fab Academy - Summer 2012
- From 2D to 3D Demo
- Arduino courses - 28th of April
- Happy Birthday - 20-21st April 2012
- Fab Academy - 18th Jan 2012
- Creating Interactive Devices with the Arduino - Beginner Course
- DIWO (Do It With Others)
- Fabtacular Christmas Pressie Make-Off-2010
- AND Festivals One Button Challenge 2010
- NW Business Pitch Event
- TSB offers 100k Prize towards creating your next great product
- Fab Lab Manchester's Festival of Sound - Oct 2010
- new FABFOTO stream
- FutureEverything Rapid Prototype Challenge 2010
- 'Fab Lab-ulous!!
- Launched loved by the press 23rd March 2010
- Big Bang 11-13th March 2010
- Follow us on Twitter and Facebook
Fab Lab Manchester 2nd Birthday Expo!
To celebrate our second birthday, Fab Lab Manchester will be holding a two-day
exhibition on 20th and 21st April 2012 to showcase some of the products and
innovations that have been conceived, designed and built at the Lab.
1 Fab-ulous 2nd Birthday Expo
24 projects exhibit
1664 hours of Open Lab
1000s of ideas realised
You are invited to this event , which will provide an opportunity to see the diverse range of
creative products that the Lab has helped to bring to life, meet some of
our users and share experiences!
This is an open exhibition and no booking is required.
The new affordable biped robot for fun and education
he Bambinos walk about avoiding obstacles and table edges and can be programmed from an Infrared remote control (TV remote).
For the "Make Something Big" assignment on the Fab Academy schedule, I wanted to design something useful which used material as efficiently as possible. I designed these chairs so that two could be cut out of one sheet of plywood. I also tried to make them as ergonomic as I could and easy to assemble without fixings or tools.
Architecture project which will give you an different way of looking at this famous Manchester place
This is a binary clock, arranged in a circular manner using different colour LEDs to indicate the time. It is built using the Arduino Lilypad microcontroller. Red indicate hours (9 in this case), blue minutes (6) and yellow seconds (20). So the time shown is 9:06:30.