The tower wasn’t built for luxury apartments (Picture: Getty Images)
A skyscraper almost as tall as London’s Shard has been built in the middle of a forest.
The huge twisting tower has been constructed in the middle of a forest in southwest Germany.
Set against quaint surroundings near the medieval town of Rottweil, the futuristic concrete structure looks like something out of a sci-fi film.
Instead of containing ultra-modern apartments, the 807 ft skyscraper is used to test lifts.
The elevator test tower sticks out like a sore thumb out of the Black Forest landscape (Picture: Alamy Stock Photo)
The TK Elevator Testturm has 12 shafts used to test different elevator systems, the Sun reports.
It is almost as tall as the Shard in London which measures 1,016 ft.
One Canada Square in Canary Wharf is 771 ft tall.
In Germany, only Frankfurt’s Commerzbank Tower (850 ft) and Messeturm (841 ft) trump the height of the lift test tower in Rottweil.
The shafts inside the test tower – built in 2017 by the engineering firm TK Elevator – are used to test the next-generation lift technology, including high-speed models and groundbreaking Multi systems which can move vertically and horizontally.
The tower is used for elevator technology innovation and design (Picture: SmallWorldProduction/Shutterstock)
While the futuristic tower is in sharp contrast with the surrounding countryside, it has found its place within the community and has become a popular tourist attraction.
Visitors flocking to the medieval town which was once part of the Swiss Confederacy can even enter parts of the facility.
It boasts a viewing platform at 761 ft with an unobstructed view of the Black Forest and the Swiss Alps in the south.
The test tower’s regular visitors also include engineers and architects from around the world to trial technology and future lift designs.
The tower is located just a stone’s throw away from the historical town of Rottweil (Picture: Werner Thoma/Getty Images)
This includes the Multi system using magnetic levitation instead of traditional cables, enabling it to move in different directions. Engineers say this could reduce waiting times in skyscrapers and allow new designs.
The TK Testturm’s unusual twisted surface design reduces vibrations caused by wind.
At first, critics were sceptical of the tower being built in the middle of a picturesque forest.
However, residents have since welcomed the tower as part of the local areas and it now has partnerships with schools and engineering programs.
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Source:: Metro
