Design Electricity Pylons Architecture - Pylons Of The Future Dancing with Nature by Hugh Dutton Associés

Pylons Of The Future Unique Architecture Pylons Of The Future Design Simulation
Pylons Of The Future Electric Pylons Pylons Of The Future Modern Electric Pylons Pylons Of The Future Pylons Structure

Latest Entries

Masuzake Glowing Alcohol Shots Masuzake Glowing Alcohol Shots

Last year's Bronze award Koizumi International Lighting Design Award winner should be a cool thing to have if you're fond …

Silestone Slab Vases by Form Us With Love Silestone Slab Vases by Form Us With Love

Swedish studio Form Us With Love and Cosentino introduce a project exploring the Silestone's quartz surface. Silestone Slab Vases project …

Easy On - Attachable External Hard Drive by Diacre Nicolas Easy On - Attachable External Hard Drive by Diacre Nicolas

The common situations for ordinary external harddrive is the space we should provide to put the storage media when it …

Track Swimming Speed with My Pace Goggle Track Swimming Speed with My Pace Goggle

Last year's Sparks Award entry should be a good solution for swimmers to track how fast they flow through the …

Origo 3D Printer - Personal 3D Printing for Home Use Origo 3D Printer - Personal 3D Printing for Home Use

Just like printing the ordinary paper, put the papers in the feeder and give some click from computer to start …

Furniture for Bikes - Modern Bike Racks by Quarterre Furniture for Bikes - Modern Bike Racks by Quarterre

Straight and boring should be the most proper words to describe the ordinary bike-racks. That's why people tend to put …

advertisements

Paris studio Hugh Dutton Associés have won a competition to design electricity pylons for Italian energy company Terna. Each pylon would be made of welded sheet steel, individually shaped according to its location and the forces acting on it. Called Pylons of the Future Dancing with Nature, the design is based on new shoots appearing from the earth.

The pylons are inspired by the form of the first tender shoots of a young plant. The first shoots grow out of the ground and are stabilized by a system of tension cables at their tips according to the concepts of Tensegrity as invented by Fuller.

Like a real tree, which is stabilized by the prestress of its bark exerting a tensile force on the heart of the trunk itself that resists this force with a corresponding compressive one.

183 People Love This! 179 People Hate This!
blog comments powered by Disqus