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You cannot be serious! Architect serves up plans for an underwater tennis court off the coast of Dubai Polish architect Krzysztof Kotala, 30 is looking for investors to turn his dream of an underwater court into a reality He wants the structure with a large curved glass roof, and plenty of room for spectators, to be built in Dubai However, an engineer claims that it would be almost impossible to achieve and cost a small fortune Challenges would include manufacturing huge sheets of glass and making the structure impact resistant. It’s traditionally played on grass and clay, but could tennis matches one day take place in a waterproof bubble in an 'underwater Wimbledon'? An architect has served up plans for an underwater tennis court complete with a massive curved roof that he envisages would keep the water out and let players see fish swimming above. He wants to build the glass clad-court in Dubai, which has a track record of pushing the boundaries of architecture and engineering, by building the Burj Tower - the tallest skyscraper in the world - and the man-made Palm Islands, for example. However, engineers warn that such a design may be prohibitively expensive and incredibly difficult to execute. Polish architect Krzysztof Kotala, 30, who has a Master of Science in Architecture from Krakow Polytechnic, is looking for investors to turn his dream into reality. The owner of 8 + 8 Concept Studio in Warsaw, said: ‘This will be something original. It should be somewhere where there is the tradition of tennis. Dubai is perfect for this idea.’ However, while spectators may be enthusiastic, engineers thinks the project is unlikely to come off because of technical difficulties and cost. Sarah Fray, director of engineering and technical services at the Institution of Structural Engineers in London, told MailOnline that one of the biggest challenges would be to create the large span of glass to cover the court. She said this would have to be at least 108 ft (33 metres) wide to accommodate the court and spectators. Currently, flat panels of glass can be manufactured in single pieces around 32 ft (10 metres) long - such as panels used in Apple’s store in Turkey - but new machinery would have to be invented to make larger panes of curved glass, the type of which would be needed for the design.