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Christian Community Stroud New Chapel

Stroud, Gloucestershire
2012 – 19

01 264 Altar wall - Fernando Manoso Borgas
02 264 Back of chapel - Fernando Manoso Borgas
03 264 Chapel roof - Fernando Manoso Borgas
04 264 Chapel wall to roof - Fernando Manoso Borgas
05 264 View from garden - Fernando Manoso Borgas
06 264 View from north - Fernando Manoso Borgas
07 264 View from south - Fernando Manoso Borgas
08 264 CC Stroud
09 264 CC Stroud
10 264 CC Stroud CLT construction
11 264 CC Stroud CLT2 crane
12 264 CC Stroud CLT crane
13 264 CC Stroud CLT in snow
264 Stroud Chapel Site Plan
264 Stroud Chapel Ground Floor Plan
264 Stroud Chapel Upper Level Plan
264 Stroud Chapel Roof Plan
264 Stroud Chapel South Elevation
06-264-CC-Stroud-East-Elevation
07-264-CC-Stroud-Section-A-A
08-264-CC-Stroud-Section-B-B
09-264-CC-Stroud-planning-sketch
10-264-CC-Stroud-Isometric
11-264-CC-Stroud-Roof-3D
12-264-CC-Stroud-Plenum-Details
13-264-CC-Stroud-Gutter-Details
14-264-CC-Stroud-early-site-model
15-264-CC-Stroud-location-block-plans
16-264-CC-Stroud-lower-gr-fl-plan
17-264-CC-Stroud-upper-gr-fl-plan
18-264-CC-Stroud-sections-A-B
19-264-CC-Stroud-S-N-elevations
20-264-CC-Stroud-E-W-sect-elevs
21-264-CC-Stroud-sect-C-W-elev.

The existing building on Cainscross Road was constructed in 1968, but by the end of the 20th century was already too small for its growing congregation. NPA were instructed in 2012 to begin designs for its replacement and eventually after seventeen iterations of the scheme opted for a conservation approach, whereby one wing was demolished to make space for a new chapel, while the original sacramental space was converted into the social space. This also had the benefit of orienting the new chapel east/west, which is preferred historically in the Christian faith.

The extensive use of Cross Laminated Timber was driven by three factors: the freedom to produce a form in which non orthogonal geometries could harmonise with structure as in nature, sustainability in carbon sequestration and the very restricted confinement of the site. The design process involved a great deal of client participation with visualisations and workshops, leading to physical models of a large scale (1:20). Once funding was assured, the detailed design work with Corbett Tasker involved digital 3D modelling and then input on fabrication for the CLT components, which were made in Munich.

In the 21st Century it is economically impossible to reproduce hand crafted buildings like the great cathedrals of Europe so we worked with a largely technology driven industry while attempting to give the same inner experience these buildings still allow us.

Design Team: Nic Pople, Serena Evans, Sophie Woodhatch, Muneeb Ali Khan, George Sinclair, Alex Wilford
Project Managers: Geoff Haslam, Sarah Udo-Affia of Local Agenda
Structural Engineers: David Tasker, Peter Corbett, Tom Bignell of Corbett & Tasker
Specialist 3D Modelling: Ryan Cable, James Bartlett
M&E Engineers: Josh Bullard, Jack Gorman of Hydrock
Acoustic Consultant: Max Reynolds of Mach Acoustics
Quantity Surveyor: Jack Jones, Michael Moss of Gardiner and Theobald
Drainage Consultant: Clive Onions
Contractor: Beard (Bristol). Contract Manager Sean Franks. Site Manager Tim Alloway
CLT Manufacture: Züblin

Photographs by Fernando Manoso-Borgas, George Sinclair & Nic Pople