Movie spotlight
Building the Gherkin
Can a single building impact the career of an architect, the image of a global company and even the skyline of a big city? Just a month and a day after the disastrous attack on the World Trade Center in New York, the first steel beam of a new tower is erected in London. One question is on everybody’s mind: is it the right decision to build a new iconic tower in the midst of London’s financial district, on a site that has already been bombed before? The 40-storey steel and glass tower sparks further controversy. Norman Foster, one of Britain’s most visionary architects, calls his design for the new Swiss Re London headquarters ‘radial – socially, technically, architecturally and spatially’. In fact, its size and shape are so radical that it is almost immediately nicknamed ‘the erotic gherkin’. Will the Gherkin become the landmark they all dream of?
Insights
Plot Summary
This documentary chronicles the ambitious and innovative construction of 30 St Mary Axe, famously known as The Gherkin, in the heart of London. It delves into the architectural vision, engineering challenges, and the construction process that brought this iconic skyscraper to life. The film highlights the unique design and its impact on the London skyline.
Critical Reception
As a documentary focused on a specific construction project, 'Building the Gherkin' received attention for its detailed insight into modern architectural and engineering feats. It is generally regarded as an informative piece for those interested in urban development and building design.
What Reviewers Say
Praised for its clear explanation of complex engineering.
Appreciated for showcasing the innovative design of The Gherkin.
Considered a valuable record of a significant architectural project.
Google audience: Information on Google user reviews specifically for this documentary is not readily available. However, interest in the Gherkin building itself is high among those following architectural and urban development topics.
Fun Fact
The Gherkin's distinctive shape was not just for aesthetics; its aerodynamic design helps to reduce wind deflection, making it more stable and energy-efficient.
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