VIDEO: Telescopic bridge wins Copenhagen design competition

Premium Content

03 November 2009

Studio Bednarski's winning design for Københavns Kommune (Copenhagen City Council) presented the low

Studio Bednarski's winning design for Københavns Kommune (Copenhagen City Council) presented the lowest profile for the 180 m-long bridge, which has an opening span of 50 m and a 7 m-wide deck.

UK-based Studio Bednarski, together with bridge engineers Flint & Neill, New York based mechanical engineers Hardestry & Hanover and lighting designers Spiers and Major have won an international competition to design the new Inderhavnen Bridge, in Copenhagen, Denmark

The winning design for Københavns Kommune (Copenhagen City Council) presented the lowest profile for the 180 m-long bridge, which has an opening span of 50 m and a 7 m-wide deck.

The design also features a telescopic mechanism, with a transparent design that allows views along and across Copenhagen's Inderhavnen (Inner Harbour).

Horizontal viewing platforms at the edge of the navigation channel allow views of the telescopic mechanism in action.

Commenting on the design, Studio Bednarski founder Cezary Bednarski said, "We have deliberately avoided high structural elements, which would interrupt views across and along the harbour, both when the bridge is closed and when it is open.

How to influence construction buyers in an AI world
The buyer journey is now more complicated than ever before, thanks to the AI world. What should construction marketers do to reach their buyers?
A smart cold play: How cold milling can offer a better bottom line for Latin American road contractors
Faced with tight margins, operator shortages and calls for more operational transparency, highway contractors are embracing digitalisation in their cold milling applications
How smarter milling can boost productivity for Latin American road contractors
As contractors across the region face tighter margins, operator shortages and growing demands for transparency, automation and digitalisation are becoming increasingly important in cold milling operations