London’s Regent’s Place, which sits east of Regent’s Park just west of Euston Railway Station in London, England has been transformed by timber. Working with timber specialists Xylotek, Nex- Architecture created a series of new pavilions to enhance the space and honor concepts of green building.
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Plants, natural materials and timber were all used to create this new design for the public space. There are three new pavilions in all, perfect gathering spots that create a relaxing green oasis in the midst of the London hustle and bustle. People who live and work nearby might stop here on their way from the subway.
Related: A wood-processing office that is a love letter to timber

Moreover, the design is made with thin strips of oak that come together to form lattices. This creates an enclosed feeling and still doesn’t shut out the natural world. There’s a central oculus in both larger pavilions, creating a connection between ground and sky. The pavilions also get larger as you move through the space from west to east. The first is a small gathering area for quiet conversations. The second is a large play area for kids and adults to enjoy. And the third has a performance space, a perfect spot for theater groups, musicians and others.

The challenge was creating thin oak strips that were stiff and strong enough to create a structural lattice. The oak was sustainably sourced and the strips were then bent and laminated into curving shapes. The strips were layered together and then transported to the park for final assembly. The incredible oak structure showcases the majesty and power of timber, one of the first building materials ever used.

Furthermore, the pavilions are a beautiful addition to the park. It is an example of what using sustainable materials to create a structure that connects to the outside world can look like. Honoring nature may take a little extra work and collaboration, but it is possible. And, as you can see, the end results are beautiful.
+ Nex- Architecture and Xylotek
Images via Nex- Architecture and Xylotek