Home Projects Design Green Woodworking Shelter merges traditional green oak framing with advanced fabrication
DesignPavilionProjects

Green Woodworking Shelter merges traditional green oak framing with advanced fabrication

Share
Green Woodworking Shelter merges traditional green oak framing with advanced fabrication
Share
Green Woodworking Shelter

Green Woodworking Shelter, created by Invisible Studio and Pearce +, is an innovative structure located at Westonbirt Arboretum in Tetbury, United Kingdom. It was designed to complement a pre-existing community shelter by Xylotek and Invisible Studio. The shelter is an excellent example of modern green timber construction, merging traditional green oak framing with advanced fabrication.

Green Woodworking Shelter successfully combined contemporary methods with traditional arboretum practices, creating a precedent for sustainable architectural design using unprocessed green timber in a modern structure. The shelter has a diameter of six meters and features six raw tree limb legs and a triangular, green oak superstructure with stainless-steel flitch plates. The main frame of the structure has 85 varied-angled holes, each accommodating a 60x60mm green oak pole that is set at a bespoke angle and individually lengthened accordingly to hold the domed roof across a series of slender columns. The poles were slotted and wedged into the holes, then hammered into the mainframe to secure them in place.

Green Woodworking Shelter merges traditional green oak framing with advanced fabrication

The shelter’s roof is a waterproof monocoque shell roof made of aluminum shingles that are riveted over the pole ends. The project combined traditional, green timber construction with advanced digital fabrication, streamlining the multi-layered shingle method for a double-curved form. Hemispherical washers were used to adapt to the movement inherent in the drying of green timber, and the structure itself acted as both the final structure and formwork for the curving roof.

The design of Green Woodworking Shelter was developed through iterative concept, prototyping, and fabrication stages over ten months, allowing for responsive, on-site design evolution, even during the final build. This enabled waste reduction and the pioneering of a flexible cladding connection for drying green timber.

Green Woodworking Shelter merges traditional green oak framing with advanced fabrication

Project Info

Designers: Invisible Studio and Pearce +
Client: Forestry England
Status: Completed works
Structural engineer: Lean Structures Ltd.
Photography: David Butler

Share
Written by
PA Editorial Team

Editorial team behind PA

Leave a comment

Leave a Reply

Related Articles
Woven Narratives: Inside the Philippine Pavilion at Expo 2025 Osaka
Pavilion

Woven Narratives: Inside the Philippine Pavilion at Expo 2025 Osaka

​At Expo 2025 Osaka, the Philippine Pavilion, titled “Woven”, presents a compelling...

Luxembourg Pavilion at Expo 2025 Osaka Fuses Japanese Rhythm with Luxembourg Identity
Pavilion

Luxembourg Pavilion at Expo 2025 Osaka Fuses Japanese Rhythm with Luxembourg Identity

At Expo 2025 Osaka, the Luxembourg Pavilion presents a compelling fusion of...

Bahrain Pavilion at Expo 2025 Osaka: Weaving Maritime Heritage into Sustainable Architecture
Pavilion

Bahrain Pavilion at Expo 2025 Osaka: Weaving Maritime Heritage into Sustainable Architecture

At Expo 2025 Osaka, the Kingdom of Bahrain presents “Connecting Seas,” a...

MVRDV and Zecc Architecten Transform Heerlen Church into Public Swimming Pool
Projects

MVRDV and Zecc Architecten Transform Heerlen Church into Public Swimming Pool

MVRDV and Zecc Architecten have won the competition to transform the St....

Subscribe to all newsletters

Join our community to receive the latest insights and updates!

© 2025 ParametricArchitecture. All Rights Reserved. By utilizing this website, you are consenting to our User Agreement, Privacy Policy, and Cookie Statement. In compliance with the privacy laws of Turkey and the United States, we recognize and respect your rights. Please be aware that we may receive commissions for products bought through our affiliate links. Unauthorized reproduction, distribution, or transmission of any material from this site is strictly forbidden without prior written permission from ParametricArchitecture.

ad blocker mark

AdBlocker Detected!

Help Us Keep Our Content Free

Your support helps us continue delivering high-quality resources at no cost to you.

We’ve detected that you are using an AdBlocker. We completely understand the need for a clean browsing experience, but ads help us keep this platform running and continue providing you with high-quality content at no cost.

If you enjoy our content, please consider disabling your AdBlocker or adding our site to your whitelist. Your support allows us to create more valuable articles, tutorials, and resources for you.

Thank you for being a part of our community!