About
The creator of the GTEYE is Kristian Ristell, a Finnish-Australian suspension designer, automotive machinist and product specialist living in Melbourne, Australia.
Kristian`s extensive experience in motorsport, from go-karts as a teenager, circuit racing and years of rally experience coupled with a strong technical background as a qualified automotive machinist and for the last 26 years the head suspension and product at one of Australia`s largest automotive suspension brands.
GTEYE started out as a personal experiment for Kristian and a few close friends, not satisfied with the original Logitech brake spring - Kristian re-engineered the design, evolving it for years before making the first spring available for sale in 2012.
"I love being able to combine my line of work together with my hobby and interests, its great knowing that so many people around the world find pleasure and benefit from something that I created", says Kristian.
The GTEYE springs are now available to purchase from any corner of the globe, surpassing 26,000 springs sold in 14 years to over 60 countries.
Used by sim racing enthusiasts, racing centres and professional simulators around the globe, GTEYE has firmly established its mark on the wider racing simulator community.
Expanding the GTEYE product range to become Australian distributor of Leo Bodnar pedal and shifter cables in 2020 and further range extension in 2022 with the addition of GTEYE Kart Parts, manufacturing a range of practical 3D Printed components for kart racing.
Building on the success of karting, GTEYE has expanded into a new venture - Ristell Race Engines.
Ristell Race Engines is built on a belief that race winning kart engines come from quality craftsmanship and precision. Behind every build is a trade qualified engine machinist, disciplined and methodical, with over 30 years of experience in Australian karting.
Rather than chasing high volume, client numbers stay limited, with a personal service for Australian racers who want their engine treated as more than a job number.
Every engine is measured, documented and built to a repeatable standard, so what leaves the workshop is known, not assumed.

