latest news banner

Latest News

Green Light For G-Cueing In F1

30th May 2017

Cranfield, UK. Cranfield Simulation is pleased to announce the delivery of the first fully functional “G-cueing” simulation system to Formula 1.

The conventional and widely used simulators based on 6-DOF (six degrees of freedom) motion platforms provide effective acceleration “onset” cues, but are completely unable to provide “sustained” cues. They are also not well suited to situations in which there are rapid reversals of acceleration direction. These issues can now be overcome with the patent protected Cranfield Aerospace Solutions Limited (CAeS) sustained “G-Cueing” technology, which gives a level of fidelity and, hence, simulation experience, that was previously unavailable.

A leading UK test driver’s reaction to the enhanced fidelity simulation provided by the CMS system was ‘Until I tried it I didn’t believe it, but now I am a convert, it’s amazing’.

Cranfield Simulation technology has been in development for many years in the domain of fast jet and helicopter simulation. It is firmly based upon the science of human physiology and it exploits the brain’s response to sensory inputs. CAeS's Technical Director, Professor Ian Poll said “Most simulators used in motorsport are little more than fair ground rides - with the emphasis being on shaking the driver about! Our system, however, uses a variety of carefully tailored inputs to the body’s sensory system and the driver’s brain interprets these to be the result of real accelerations being applied to the body. If the brain believes it, simulation becomes reality and the training value is considerably enhanced”

Cranfield Simulation was created in 2010 to meet the need for hi-fidelity simulation in world motorsport.

For more information, please contact

Ali Alhaddad, Cranfield Simulation Business Development Manager.

Tel: +44 (0) 1234 754099


Find The Right Setup For You: +44 (0) 1234 754 099

Your login details have been used by another user or machine. Login details can only be used once at any one time so you have therefore automatically been logged out. Please contact your sites administrator if you believe this other user or machine has unauthorised access.