Off the wire
Final agreement possible but still more talks needed: UN Special Representative for Libya  • Dozens of migrants feared drowned off Libya coasts: Italy's coast guard  • Scores of migrants feared dead as boat sinks off Libya  • Drought will not affect Cuba's sugar production: VP  • Paire reaches first Slam round of 16  • Urgent: U.S. stocks tumble on jobs report  • Nigeria to review foreign policy for development: official  • Irish president urges local people not to fear migrant influx  • Cyprus enacts law releasing "trapped" house owners, opens way to next bailout tranche  • 1st LD Writethru: U.S. dollar mixed amid rate hike uncertainty  
You are here:   Home

British team to challenge bicycle speed world record

Xinhua, September 5, 2015 Adjust font size:

A team of students from the University of Liverpool fly to the United States, with one mission on their mind, to cycle their way to a new world record.

They are convinced their bicycle can top the current land speed record of 133.8 km per hour for a human powered vehicle.

Their magnificent pedal-machine, ARION1, is a speed bike that uses a recumbent cycling position and an aerodynamic shell. Apart from that it's just like any bicycle, with two wheels, pedals and a bicycle chain. The only difference is this cycle can be propelled to speeds that would draw a speeding ticket on a British motorway.

The University of Liverpool Velocipede (ULV) Team is being sponsored by Rathbones, an investment company established in Liverpool in 1742, more than a century before the invention of the first cycle, the humble snail's pace penny-farthing.

Two male riders -- Ken Buckley and David Collins -- and one female rider -- Natasha Morrison -- were selected from 35 hopefuls with the power to deliver the speed required to bring the record to Britain, riding a machine designed and built from scratch at the university.

The ULV Team is the only British university team to attempt the record and the only team from Britain entering the International Human Powered Vehicle Association (IHPVA) World Human Powered Speed Challenge 2015, set for Sept. 14 -19 at Battle Mountain in Nevada, the United States.

The current world record for a male rider is 83.13 mph (or 133.78 km/h) and 75.69 mph for a female rider.

Team Leader, Ben Hogan said: "We're very confident. The vehicle is good and we're going to bring the record home to the UK for the first time."

Deputy Team Leader, Patrick Harper said: "It's quite hard to think about how far we've come. When we first started the project, the aim was always to build a bike and to break a record but did we think we'd be sat here two years later with a built bike, dedicated riders, major sponsors and tickets to the U.S.?"

University of Liverpool PhD student, David Collins, one of the riders making the record bid, has been in specialist training for the last eight months to prepare.

He said: "I'm very confident. We've all been working hard, the team and the engineers. I'll be completely encased by the shell so the only way I can see when riding is through the camera mounted on the outside feeding images to two small screens inside. It's all about getting the job done as a rider now."

The team has been supported by the Institute of Mechanical Engineers (IMechE). Philippa Oldham, IMechE Head of Transport said: "The team has embarked on an incredibly tough challenge. Testing will be rigorous and the team will need to ensure that everything is running smoothly. The ULV Team is the first UK university-based team to attempt to break this record and as engineers and Institution members, they'll need to have perfected every detail to achieve their goal.

"Engineering is about problem-solving and this project showcases innovation and creativity at its finest -- I wish the team every success."

Dr. Tim Short, Senior Lecturer in the University' School of Engineering said: "In under two years, the students have gone from knowing nothing about the design of high speed bikes to being ready to challenge the World Record. They have an unrivaled foundation from the engineering science teaching and facilities here in Liverpool, but ultimately it's down to them and their tremendous dedication." Endit