Hakskeenpan could become favourite land speed record site, says FIA

11th October 2016 By: Irma Venter - Creamer Media Senior Deputy Editor

Hakskeenpan could become favourite land speed record site, says FIA

Photo by: Duane Daws

One year from now the British Bloodhound team will attempt to set a new land speed record at Hakskeenpan, in South Africa's Northern Cape.

The current land speed record is 763 miles an hour, set by Royal Air Force Pilot Andy Green in 1997, who will also pilot the Bloodhound in 2017.

The first attempt at breaking the record is set at 800 miles an hour, before gradually working towards 1 000 miles an hour in 2018.

A number of Northern Cape communities, such as Groot Mier en Klein Mier, on Tuesday celebrated 365 days to the record attempt by receiving recognition for their work in clearing the pan of 26 000 m3 of rock and stone.

International Automobile Federation (FIA) land speed records commission president Dennis Dean was on hand to inspect their work, calling the track world-class.

A former US Navy captain, Dean said he was at a loss for words over the “amazing work” the communities had done to turn the pan into a world-class race track.

“I can see other land speed records being set here. The track is accessible, it is good quality. It could become the best venue in the world for land speed records.”

He said the Bonneville Salt Flats, currently the favoured destination for a number of land speed record attempts, was “deteriorating fast”.

Bloodhound chief engineer Mark Chapman said one of the biggest challenges in breaking the record would be how the Bloodhound, powered by a jet engine and rocket, would interact with the desert surface.

“The desert is as much part of the car as any part of the car.”

He said it was important to break the record by steadily increasing the speed, rather than gun for the 800 miles an hour mark at the first go, in order to gather and interpret data on how, for example, the solid aluminium wheels interacted with the soil.

“The drag of the car is also unknown. We can’t put the car in a wind tunnel. We will now have to see if all our computational work is correct.”