The site for a new 21-story office building, dubbed Friars Bridge Court, from PLP Architecture is unique in terms of the surrounding architecture. The new building will replace an old office building from 1991 at the northern end of Blackfriars Road in the London Borough of Southwark. What makes the site unique, and, ultimately, what will make the building itself unique, is that buildings fairly uniform in height characterize the southern half of Blackfriars Road, but the northern half has a more varied street wall that culminates in a series of object towers near the northern terminus, according to the architect’s website.
In an effort to complement both the southern and northern buildings, the new tower will employ a series of transitional elements into its design. As the firm explains on its website, the building “is designed to strengthen the end of the block in which it sits and announce through its scale the transition to the more singular buildings towards the river.”
The design proposes a “volumetric extrusion” of a height similar to that of the mid-rise buildings nearby. The volume is then split vertically into two volumes. The Western volume is lowered in order to establish a street height with the other buildings adjoining the site. The volume, which has already been divided into two, is then divided further, horizontally across its base this time, to form an upper and lower component. The lower component, which includes the shorter western volume to form an “L” shape, is meant to anchor the building into the immediate context (meaning the uniform, smaller buildings on the south side of the street), while the upper component is to be perceived in the wider townscape setting.
Between the upper and lower volumes will be a large gallery space, providing open views into and out of the building. This gallery space exists at a point that works to strengthen datum lines on the facades of surrounding buildings. A recessed double-height lobby space is added at the ground level.
The building’s form is not the only transitional aspect of the tower. The masonry envelope will also differ between volumes. The lower portion of the building will be clad in a denser grain façade expressed through the use of light-colored brick. The upper volume’s facade will be a light sandstone colored mineral finished grid.
The result of all of these transitional elements is a building that manages to fit in with the smaller buildings immediately surrounding it while also softening the height difference between the southern and northern buildings.
The completed tower will provide 196,800 sf of office space and 7,300 sf of retail space. Additionally, the tower will emphasize flexibility in its office space, something the old building could not provide. Friars Bridge Court will also provide amenity spaces and two roof top terraces.
Rendering courtesy of PLP Architecture.
Related Stories
| Jan 21, 2014
Comcast to build second Philadelphia skyscraper, with Norman Foster-designed tower [slideshow]
The British architect last week unveiled his scheme for the $1.2 billion, 59-story Comcast Innovation and Technology Center, planned adjacent to the Comcast Center.
| Jan 21, 2014
2013: The year of the super-tall skyscraper
Last year was the second-busiest ever in terms of 200-meter-plus building completions, with 73 towers, according to a report by the Council on Tall Buildings and Urban Habitat.
| Jan 17, 2014
Australian project transforms shipping containers into serene workplace
Australian firm Royal Wolf has put its money where its mouth is by creating an office facility out of shipping containers at its depot and fabrication center in Sunshine, Victoria.
| Jan 13, 2014
Custom exterior fabricator A. Zahner unveils free façade design software for architects
The web-based tool uses the company's factory floor like "a massive rapid prototype machine,” allowing designers to manipulate designs on the fly based on cost and other factors, according to CEO/President Bill Zahner.
| Jan 11, 2014
Getting to net-zero energy with brick masonry construction [AIA course]
When targeting net-zero energy performance, AEC professionals are advised to tackle energy demand first. This AIA course covers brick masonry's role in reducing energy consumption in buildings.
| Jan 8, 2014
Strengthened sprinkler rules could aid push for mid-rise wood structures in Canada
Strengthened sprinkler regulations proposed for the 2015 National Building Code of Canada (NBCC) could help a movement to allow midrise wood structures.
| Jan 7, 2014
Concrete solutions: 9 innovations for a construction essential
BD+C editors offer a roundup of new products and case studies that represent the latest breakthroughs in concrete technology.
Smart Buildings | Jan 7, 2014
9 mega redevelopments poised to transform the urban landscape
Slowed by the recession—and often by protracted negotiations—some big redevelopment plans are now moving ahead. Here’s a sampling of nine major mixed-use projects throughout the country.
| Jan 2, 2014
Sacramento utility maintenance facility earns LEED Platinum, targets net zero
The Sacramento Municipal Utility District’s new maintenance facility, which is targeting net zero, has received LEED Platinum certification.
| Dec 31, 2013
BD+C's top 10 stories of 2013
The world's tallest twisting tower and the rise of augmented reality technology in construction were among the 10 most popular articles posted on Building Design+Construction's website, BDCnetwork.com.