German architecture firm Despang Architekten designed these innovative shelters to protect street escalators leading down to metro stations in the German city of Bochum. The shelters are designed to be pleasing to the eye, but are also tough enough to withstand the impact of a large truck.
The shelter consists of a series of metal supports covered with glass sheets all constructed with a ribbed steel structure acting as the base. The glass sheets not only keep the escalators dry when it rains, but allow rainwater to cascade down the sides creating a pleasing waterfall-like effect, hence the project's name -- 'Urban Waterfalls'. This design marries functionality with a positive aesthetic.
While the use of glass on public structures makes them susceptible to vandalism, the glass sheets on these shelters are placed behind the steel ribs to minimize the extent to which they are exposed to vandals and mischief-makers. The exposed side of the glass panel can only be seen by people going up the escalator.
Waterfall-Like Escalator Shelters
These Shelters Protect Escalators from Weather and Vandalism
Trend Themes
1. Weather-protected Structures - Create innovative structures that protect certain infrastructure from harsh weather conditions and external factors.
2. Functional Aesthetic Design - Combine functionality with positive aesthetic to create visually-pleasing infrastructure, while serving a valuable purpose.
3. Vandalism-resistant Buildings - Develop structures that incorporate design such that it reduces the potential for vandalism and property destruction.
Industry Implications
1. Architecture - Provide innovative shelter designs to protect public infrastructure from external damage or inclement weather.
2. Transportation - Integrate weather-protected infrastructure into public transportation systems to enhance passenger comfort during transit.
3. Urban Design - Develop and implement aesthetic, functional designs that add to the visual appeal of a city or urban area, but also serve a valuable purpose in protecting infrastructure.