Grimshaw Designed a Geometric Roof for London's Euston Station
Elena Rahman — March 9, 2022 — Art & Design
References: grimshaw.global & dezeen
London's Euston Station is undergoing a new revamp thanks to Grimshaw's latest design. The station's plans to bring HS2 high-speed railway to its tracks come with the architecture firm's bold geometric roof to reflect the exciting changes.
The railway will transform into a major high-speed railway terminus set over three levels, acting as the largest station concourse in the UK. The new addition includes a folded, angular roof intended to give the station a distinct identity without disrupting the path for natural light in the interior spaces. Grimshaw will prefabricate roof components on a separate site and install them using modular construction techniques and technologies. This helps reduce carbon emissions, lower costs, and minimize disruption to the railway services.
Image Credit: Grimshaw
The railway will transform into a major high-speed railway terminus set over three levels, acting as the largest station concourse in the UK. The new addition includes a folded, angular roof intended to give the station a distinct identity without disrupting the path for natural light in the interior spaces. Grimshaw will prefabricate roof components on a separate site and install them using modular construction techniques and technologies. This helps reduce carbon emissions, lower costs, and minimize disruption to the railway services.
Image Credit: Grimshaw
Trend Themes
1. Geometric Architecture - Incorporation of geometric shapes and angular roofs into building designs through the use of modular construction techniques and technologies.
2. High-speed Railways - The development of high-speed railway systems that transform existing railway infrastructure with sustainable and innovative designs.
3. Prefabrication - The use of prefabrication in the construction industry to reduce costs, minimize disruption to existing services, and lower carbon emissions.
Industry Implications
1. Architecture - Disruptive innovation opportunities in the architecture industry include incorporating geometric designs, prefabrication, and sustainable technologies to create buildings and structures that are both visually striking and eco-friendly.
2. Railway - Disruptive innovation opportunities in the railway industry include the development of high-speed railway systems that incorporate sustainable designs and modular construction techniques to reduce costs and minimize disruption to existing services.
3. Construction - Disruptive innovation opportunities in the construction industry include the use of prefabrication and sustainable technologies to minimize disruption to existing services, reduce carbon emissions, and lower costs.
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