Matt Cardy, Getty Images
Engineers work on the carbon-fiber body of the Bloodhound SSC, which could shatter the global land speed record within the next two years.

Supersonic Car Set to Shatter Speed Records

Sept. 25, 2015
How fast can the Bloodhound Supersonic Car travel? Estimates peg it at 1,000 mph or more by 2017.

LONDON — A rocket-powered car unveiled Thursday in London could break the world land speed record, traveling at more than 1,000 miles per hour per hour.

The Bloodhound Supersonic Car (SSC) is an engineering marvel that its builders hope will inspire a new generation of engineers like the Space Race during the Cold War.

With a fighter jet engine and rockets, the sleek 135,000-horsepower car is as powerful as 180 Formula One racing cars and will go faster than a bullet.

In 1997, Royal Air Force pilot Andy Green established the current record of 763 mph — faster than the speed of sound — in the Nevada desert on board the Thrust SSC. Almost 20 years later, Green is planning to get behind the wheel again and beat his own record.

The plan is to reach 800 mph next year in South Africa, then shatter a mind-bending 1,000 mph threshold in 2017.

“We want to set the bar so high that it will be very difficult for anyone to take it,” project director Richard Noble said.

An Airplane on Four Wheels

The £15 million ($23 million) car is a jumble of high tech that relates as much to aeronautics and aerospace as to the automotive industry.

The cars has three power plants — a Rolls-Royce EJ200 jet from a Eurofighter Typhoon, a cluster of Nammo hybrid rockets and a Jaguar V8 engine that drives the rocket oxidizer pump. The cockpit looks like the one on a jet, including the oxygen mask.

“It’s like an airplane but on four wheels,” said Mark Blackwell, a technician on the project.

Beating the record is a big motivator for the team but is not an end in itself — their aim is also to give a taste for science to a new generation.

“We had a meeting with the Ministry of Defense and they said we have a terrible problem — we can’t recruit scientist engineers,” Noble said. “In the US during 1961 to 1972, the number of Ph.D. achieved in science education increased by 300%” because of the space race between the United States and the Soviet Union, he said.

More than 100,000 children from 6,000 schools in Britain and 1,000 in South Africa are involved in an education project around the Bloodhound (

“Kids respond very well, set up rocket clubs, do more math,” said Kirsty Allpress of the Bloodhound Education Team, which visits schools to talk about the car.

Noble said that footage of the car and data relating to the project is all uploaded onto the website and this information is then used by teachers for classwork. “What you’ve got here” he said, “is an enormous global online game.”

By Jacques Klopp

Copyright Agence France-Presse, 2015

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