This conceptual see-through bike by German studio Designaffairs would be made from the same strong and lightweight plastic used in fighter jet canopies.

The frame of the Clarity Bike would be made from a polymer called Trivex, according to Designaffairs. First developed for helicopter windscreens and fighter jet canopies, Trivex is extremely lightweight but can also withstand high impacts.

The polymer is resistant to very hot and cold temperatures and can also be injection moulded, which would enable mass production at an affordable price and in a variety of shapes and colours.

Trivex is one of more than 2000 material samples collected by Designaffairs to provide a resource for manufacturers, designers and engineers. "What sets our library apart from the other material libraries is the fact that all materials and technologies presented are tailored to meet production-processes' needs," explained Designaffairs' Stefan Ulrich.

Lots of bicycles have been published on Dezeen, most recently a bike with a cardboard frame and wheels and a bike that carries heavy loads front and back.

We've also featured a couple of other projects by Designaffairs – a conceptual hearing aid that forms a flesh tunnel through the wearer's earlobe and an inhaler designed for a future scenario where oxygen is scarce.

The images are visualisations by Designaffairs.

Here's some more information from the designers:

No, this bike is not made out of glass. The Clarity Bike is the next project within the material focus of designaffairs studio projects which focus on using amazing materials of our library in new contexts. We believe that the Clarity Bike could be a giant leap forward in bicycle frame engineering and production. The design takes advantage of an advanced polymer which combines high impact resistance, lightweight properties and a gentle flexibility that usually would only be expected on an old Italian steel frame.

The polymer is injection moulded, which allows affordable and precise mass production while enabling unique form factors and a multitude of possible colour combinations. Initially the polymer was used in military applications. Even though the compound has a lower density than polycarbonate & acrylic its advanced performance includes exceptional impact resistance and ultra-lightweight performance. It also offers outstanding chemical resistance and thermal stability as it is virtually unaffected by most organic and inorganic chemicals and withstands very hot and cold temperatures.

In our understanding the perfect material match for creating a low cost bicycle characterised by convenience and an unmatched unique style.