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To the average person , 800 mph ( 1,290 kilometre / h ) might seem blisteringly dissipated . But for a rocket - power car , that ’s pretty slow — at least to Mark Elvin , run applied scientist on a project that calculate to break the world country pep pill record with a ultrasonic car .
The so - called Bloodhound car is designed to go superfast . The goal is to speed to 1,000 mph ( 1,609 klick / h ) during the ultimate mental testing driving force , which is schedule to take piazza in 2016 . But first , the machine will undergo a serial publication of tests at lower speeds — and even those test drive could break the existingland speed platter .
The Bloodhound is rocket-powered car that is designed to go superfast. Engineers are aiming to use the Bloodhound to break the world land speed record, which is set at 763 mph (1,227 km/h).
The Bloodhound SSC organisation , which is monitor the car ’s designing and build , late released a " model kit " that shows the different pieces of the fomite . [ See photos of the rocket - power Bloodhound car ]
" You may walk into the shop and see the chassis sitting on the bed where we ’re building it , but that ’s not all we ’ve get , " Elvin secern Live Science . " It ’s a really good way of illustrating to the public that we ’re deadly serious about this , and we ’ve got a passel of motorcar there . "
The squad go for that the trial run rill , slated to take shoes this summertime and fall , will drum up more interest in the project .
Testing in South Africa
Bloodhound will sniff out the current land speed record of 763 mph ( 1,227 km / h ) , held by Thrust SSC , a United Kingdom - based squad that was led by Richard Noble , the current leader of the Bloodhound project . Noble held the land f number platter between 1983 and 1997 . Andy Green , the former gadget driver for Thrust SSC , will also drive theBloodhound motorcar .
If all goes according to programme , Bloodhound will do track examination in the United Kingdom at speeds of up to 200 mph ( 322 km / h ) in the summer . Next , the squad will fetch the arugula - powered car to the Kalahari Desert in South Africa to test the vehicle at fastness of up to 800 miles per hour . The contrive 2016 trial drives will also take place in theKalahari Desert .
But preparing the South African site is no easy task , according to the team . At such high speeds , even a undivided Harlan Stone can get a big threat to the car , so roughly 6,600 tons of pebbles will have to be polish off from the testing strip to prevent any problems .
The car has been simulated in calculator programs , which has help the railroad engineer make some major design changes . About two old age ago , engineers discovered a slightly raised underside to the nozzle that would generate a lilliputian more than a ton of elevation at the front of the automobile . Concerned abouthow that could feign the auto ’s execution , engineers flattened the underside to reduce the lift problem .
' Nobody ’s been to these speeds '
While the 45 - extremity Bloodhound team thinks it has plan for most of the potential problems the gondola could encounter , Elvin said there could be unforeseen obstacles . " Nobody has run on this desert before , " he read . " Nobody has run a car like this , and nobody ’s been to these hurrying . "
When the automobile does its running game on the desert this class , it will take about 2 minute of arc from starting signal to hold on . The auto ’s skyrocket engines will fire for about 20 second in that time , throw the car 60 seconds to get hold of top stop number and another 60 seconds to decelerate down . The speedup will bring out a sensation of just about 2.5 timesEarth ’s gravity , which is just slenderly less than what blank shuttle spaceman feel during their launch into orbit .
Officials from a local sporting body will be on script to verify the timing , which will be done in a style approved by the Fédération Internationale de l’Automobile ( International Federation of the Automobile ) , Formula 1 ’s governing organic structure .
