Home

BLOODHOUND
Education

The Bloodhound Project Brian Coombs

Brian Coombs

Engineering Lead - Mechanical Design

From an early age I had always enjoyed working on my dad's racing cars so when I left school in 1988 without particularly good exam results I decided to pursue my interest in engineering.

After studying for a BTEC First in Mechanical Engineering and an EITB certificate in machining skills I worked as a toolmaker while completing a BTEC ONC mechanical engineering course at Hertford Regional College.

After completing the HND in Automotive engineering at Coventry University in 1995 I started working for Xtrac motorsport transmissions as a Design Engineer.

I left Xtrac in 1999 to work for Ray Mallock Ltd. My first project at RML was to design a 2 litre sports racing car, which won every race in its first season. I later became involved in he design of the Saleen S7 GTS Le Mans car, and the Corsa rally car for Opel.

In 2003 I began working for Jaguar F1 Racing/Red Bull Racing as a Transmission Design Engineer, but after a few years decided Formula 1 was not for me so I left and moved to the west coast of Ireland with my wife and daughter.

Following the move I applied for a job with Visioneering and John Piper designing the JCB Dieselmax land speed record car. Since then I have worked as a freelance design engineer on many fascinating projects for companies large and small.

Related Articles

BLOODHOUND reaches major milestone –build begins

Tuesday, 8 February, 2011 - 08:11

BLOODHOUND reaches major milestone –build begins

• 90% of BLOODHOUND SSC primary structure now in manufacture
• Roll-out for UK runway trials in Q2 2012

Having condensed thirty person-years of research and design into a mere thirty-six months, the BLOODHOUND Project today announces the attainment of its most significant milestone yet: the start of construction of BLOODHOUND SSC, the ultimate
racing car.

The Wheel Story so far

Tuesday, 12 January, 2010 - 08:38

by Brian Coombs

The wheel is a very complicated component. It has to cope with very high loads applied to it, and has many other constraints imposed on its design.

When we started our design work, we did not know where we were going to be running, or even what the surface would be – salt as on Lake Eyre in Australia or playa as at Black Rock in USA.  Our design was therefore based on the data we had from Thrust SSC and started with a wheel that was 900mm in diameter and 150mm wide, which we thought would have to be made of titanium.