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Students were working on this project since October last year. This project is also a part of their final assessment. The bike is run from a custom-built, 72-volt battery. According to Mr. Brandon, “The energy density of batteries is far less than that of petrol or diesel so how we manage the energy we carry is critical to our success in the race. The bike we have designed has a whole vehicle efficiency of 90 per cent, so we are only wasting 10 per cent of what we carry. By comparison a petrol-based vehicle wastes 70 per cent of the energy it carries.”
Alex Jones-Dellaportas, one of the team members claimed they have designed the bike through different stages. They focused on making the bike faster and lighter. Most of the materials they used for the bike were recycled. Another student elaborated further that appearance wise the bike looks like any other bike but there is a huge difference. This motorbike has no internal combustion engine, no exhaust system and no fuel tank. It goes without saying that the overall CO2 usage, including the carbon dioxide generated to charge the batteries, will be around 50 per cent less carbon dioxide than a petrol or diesel-power bike. Gonzalo Carrasco, another student of the team says, “People need to realize that this technology is the future. By entering green races and building green designs we are hoping policy-makers will see the potential for this technology and start investing in it.”
Azhar Hussain who is the founder of TTXGP motorcycle race, is quite enthusiastic about the team’s motorbike. He too wants to watch the motorbike in action when it would be racing against formidable competition from around the globe on one of the most challenging road race courses in the world. Azhar Hussain thinks that Kingston University team has done a great job and if everything goes right then the exposure for Kingston will be priceless
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