teenage engineering's computer-2 is the world's cheapest computer case at $0

"The computer-2 case is engineered with radical simplicity in mind. Cut from a single sheet of polypropylene, it uses 'living hinges' and snap hooks instead of metal screws or complex fasteners. To assemble, users simply fold along the seams and snap the form into place. Installing the motherboard is just as easy: push, click, done. The result is a tool-free, stress-free build process that feels more like origami than hardware assembly."

"Stockholm-based Teenage Engineering unveils computer-2, a minimalist mini-ITX case that pushes the limits of design affordability all the way down to zero. Released on August 13, 2025, the new chassis is part of the brand's year-long '25 the flipped out year' campaign. Designed from a single sheet of semi-transparent PP plastic, the case folds and snaps into place without screws, tools, or stress - in short, it's a case you can't buy, because it costs nothing at all!"

"Founded in 2005 in Stockholm by Jesper Kouthoofd, David Eriksson, Jens Rudberg, and later joined by David Möllerstedt, Teenage Engineering built its reputation on design-savvy consumer electronics. The company first captured attention with the OP-1 synthesizer in 2010, followed by cult-favorite pocket operators, and the OD-11 speaker inspired by Stig Carlsson's 1970s design. Today, the Swedish collective has become a studio essential for artists and producers worldwide, while maintaining its roots in playful, boundary-pushing engineering."

Teenage Engineering released computer-2 on August 13, 2025 as part of its year-long '25 the flipped out year' campaign. The chassis is cut from a single sheet of semi-transparent polypropylene and folds into shape using living hinges and snap hooks, eliminating screws and tools. Assembly requires folding along seams and clicking panels into place, and motherboard installation is achieved by pushing components into preformed slots. The mini-ITX case supports an SFX power supply and a dual-slot GPU up to 180mm, balancing extreme affordability with practical small-form-factor capability and portability.

Read at designboom | architecture & design magazine