Like many boys growing up in the 1950s, Mike had an interest in making wooden model aeroplanes. He said that : "The nice thing about it was that : "It's all down to you. You understand the aerodynamics, the mechanics, the structure of things and you could learn very quickly, because something like a real aeroplane you can't afford to take risks, but with model aeroplanes you can churn them out by the week, you can experiment - they break, they break. You can learn how to do it right". (link)
At secondary school Mike's forte was probably metalwork. He said : "I can do things with my hands, I can't understand that. I never learned one of my times tables at school. I can never recite a times table, yet I can pick up a piece of metal and know exactly how thick it needs to be to do something". In fact, he probably had the condition known as 'dyscalculia' and when he left school, without qualifications at the age of fifteen in 1958, he began working with his hands in a machine shop and it was here that he honed his skills as an engineer. He recalled : "One toolmaker called Ron, rebuilt antique guns for a hobby and I was fascinated". He himself now flew model aeroplanes for Great Britain and said : "You could make planes and indoor helicopters and single-bladed helicopters and things you wouldn’t imagine, some of it illegal".
Married and at the age of twenty-six, he moved with his wife to do, as he said 'boatyard stuff’ on the Norfolk Broads. He later worked at Beaver Machine Tools in Norwich, which had been founded by Victor Baldwin in 1951 and had risen to become Britain's main exporter of precision milling machines, mainly to the USA. Mike moved from there to work for Mayflower Packing, before setting up his own engineering business. Mike said his interest in bikes only started when his car blew up : "I stole the wife’s bike, a 'Raleigh Palm Beach', to cycle to work and I loved it, so I bought a 'Carlton Corsa 5 Speed' and then a 'Higgins tandem tricycle' when the nipper (his son Paul) came along and that was it, I was a cyclist. Then I started getting into the black art of frame building. It was all frogs and cauldrons and very exciting". It was now that his ability to work with and make intuitive judgments about metal came in. He said that he : "Couldn't make satellites or aeroplanes, because that is much too technical, you have to have a computer. But bicycles you can operate at this level and it works for me".He then made the imaginative leap : "With this new material, carbon fibre, you made the bicycle directly in one piece. You simply joined the wheels up with the material directly and you could make it any shape you wanted. It was wonderful". (link) He said he had doodled on paper and came up with some dimensions and then in 1982 rushed off to his father and asked him to make a model frame in wood, in one piece.(link) He now took this to Mike and Sylvia Melthorp who cast the frame in carbon fibre and said : "It was really satisfying because I'd designed a faster bicycle and no one had done that in a hundred years".(link)
The Head of Engineering at Lotus, Roger Becker who saw himself as 'Mr Lotus' and said that at the time he carried : "The flag of Lotus and understand what a Lotus must be. That's what I saw in that bike originally. I saw it as a Lotus. There is a mark of performance. There is a mark of style, There is a mark of charisma about the Lotus that I saw in that bike".(link)
Mike himself was clear that it was the prestigious name of Lotus which now earned his bike its professional recognition. He recalled : "I’d almost given up. Jim Hendry from the British Cycling Federation had taken my original version to the UCI in 1983 to get permission but was rejected. The Lotus name made it work. They wrote to the UCI on Lotus headed paper and it made them feel important so they agreed in 1990".
The prototype was now built with its monocoque carbon frame which worked on the principle that the best way to avoid weak spots, especially at the joints, was to have no joints at all. To find out if Mikes's bike had an aerodynamic advantage, it needed to be tested in a wind tunnel where a jet of air was passed over the bike and the driver and the further it went without breaking up, the less aerodynamic drag and the faster the bike would go.
When Chris Boardman and the 'Lotus Bike' appeared in the final of the '4 km individual pursuit' at the 1992 Summer Olympics in Barcelona, millions of viewers watched it live in Britain. Mike called this his "Warhol moment" and confessed that he : "Started to well up" when he watched Chris, riding the 'Lotus 108' win Britain’s first Olympics cycling medal for 72 years, with a speed of 4:27.357 minutes in the '4 km Individual Pursuit' at the Velòdrom d’Horta, 29 July 1992.(link)
Needless to say, Mike was not present at the Velodrome. He recalled : "When Boardman was about to win gold at the 1992 Olympics, the media were pestering me and wanted to come and watch me watching him on my TV in my tiny house. It was ridiculous. So I said, “No, you can’t.” I ended up watching it on the big screen at the Lotus factory. Everybody wanted to interview me. Then a few days later a weightlifter was busted for drugs and nobody cared. That’s fame and success for you".
Mike celebrated his success at Jim and Julie Linehan's café on the A12 in Norfolk.(link) Mike said : "I'd done, what in a sense I'd always wanted to do. I'd designed the world's fastest bicycle and that was it. I'd done it". He said that it suddenly clicked that they were : "Scratching a name on the wall and making history". At this point he found that instead of congratulations, the Cycling Federation shunned him. He said : "I didn’t get an invite to dinner or anything. They didn’t like it that the bike made the headlines".
His explanation of the bike's success was : "This was a wonderful series of coincidences, that everybody and everything came together; we had Rudi, the wonderful co-ordinator who spoke French; Richard the pure technician who understood all the things I didn't understand about aerodynamics; Lotus with the technical back-up and the name to push the project forward and Chris, the greatest rider Britain has ever produced and that was this magic. The thing just gelled together perfectly at the time and a bit like the Beatles, we've all fallen apart and we're all slagging each other off afterwards".(link)
In 1994 at the age of fifty-one Mike was recruited to work for bike manufacturer 'Giant', the Taiwanese bicycle manufacturer and saw the opportunity to place his inventions in world wide markets. His first creation was the 'MCR Racing Bike', which featured a full monocoque composite frame, wheels with flat composite aero spokes and an adjustable stem. Mike said : "The nicest thing anybody ever said to me was the boss of Cinelli, Antonio Colombo, who said : “I wish I designed that adjustable stem".
Next, with his extra-light, super-stiff Total Compact Road, the 'Giant TCR', with its compact frame and revolutionary sloping top tube, Mike said : "That bike just has an X-factor". Subsequently, his design was copied by bicycle company manufacturers throughout the world and today's road bikes with the sloping top tube he pioneered all tend to be based on his 1994 design.
Chris Boardman offered insight into Mike's character when he said : “He very much did everything on his own terms and accepted the consequences of that as well. It didn’t put him in the limelight and it didn’t put him into the everyday life of people. He was a fascinating bloke. He didn’t do emails, he didn’t do mobile phones, so people communicated to Mike on his terms, which was infuriating but also quite endearing. He was just a character that never quite got the credit he deserved, in my opinion”.
When he was seventy Mike said : "Cycling would get a real boost if the UCI opened its eyes and allowed exciting new bike designs to be used in race prologues. That is what sells cycling. It’s not the 'Olympic Effect', but the 'Boardman Bike Effect' : the fact that people can actually go and buy nice bikes they have seen. Today’s bikes, with the diamond frame, were defined by Thomas Humber back in 1890. You can’t see Dura-Ace or Di2 or complex carbon frames. We need to get people excited with innovation. The motor industry understands that. The cycling world doesn’t".
When he considered his own creative process Mike said : "Adopt, adapt, improve – that’s what I do. John Cleese said that phrase, it’s the motto of the Round Table, a business and networking foundation, so it must be right". Mike was referring to the Monty Python sketch in which a bumbling bank robber walks into a lingerie shop and comes out with a pair of knickers. He continued : "I take my inspiration from life. You see ideas, shelve them in the back of your mind then pull them out and make them better".
Stuart Dennison, owner of Bikefix in London, wrote : 'To break free from the norm requires some imagination, a critical mind and some stubbornness. It helps if you like to question accepted conventions and are not afraid of a few failures. These are characteristics that Mike Burrows has in bucket-loads. My favourite quote : “That’s a really stupid idea, I know because I tried it” '.
Chris Boardman has described Mike's the ground-breaking 108 with Lotus, as : “The most elegant, beautiful piece of machinery that’s ever been designed”. “He went to Lotus because he wanted to see it become something bigger but in some ways it was sad that it became known as ‘The Lotus Bike’, because it was ‘The Mike Burrows Bike’, in polished form”. On Mike's passing he reflected : “My life wouldn’t have been the same without Mike Burrows. There wouldn’t have been a pointy helmet and the amazing bike I rode at the Olympic Games in 1992. Without that, it would have just been a bike race. I can’t imagine – my life would have been very different without Burrows”.
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