Racecar Engineering

Thoroughbred

Ferrari has taken a radical new approach to the development of its 296 GT3 by taking full advantage of new regulations that allowed it to optimise the design from concept phase through to final build. Rather than having to present new ideas to an FIA committee for approval, which slows up the process and introduces uncertainty, the new technical regulations that govern the class are written in stone, and that allowed Ferrari’s designers to focus on what they knew to be allowed from the start. That simplified the design process and meant the team was able to aggressively pursue avenues that have helped to produce a better, less expensive car for its customers.

The car is based on the hybrid 296 GTB, though the hybrid system has been removed from the racing version in order to comply with the technical regulations for the class.

Both the production and race cars share the 3.0-litre V6 architecture, with the twin turbos mounted within the 120-degree vee angle, although the internals are completely different between the two engines.

Three degrees

The racing version has bespoke internals, a more robust design of pistons and conrods to improve reliability, and the whole engine is moved forward and down in the chassis to lower the overall c of g for the car to optimise longitudinal weight distribution. Exploiting the degree of freedom allowed by the technical regulations, the engine is also rotated three degrees tail up to allow for a more efficient rear diffuser.

The design team says it has carried over the strengths of the 488 GT3 and identified its weak points in order to improve on them where possible in the 296. This was a process that was carried out by both the factory Competizioni GT and customer teams and drivers. That led to a simplified rationalisation of the bodywork, more torsional rigidity, greater safety and improvements in

You’re reading a preview, subscribe to read more.

More from Racecar Engineering

Racecar Engineering9 min read
Blood Type R
After a decade of racing GT500 cars based upon the second-generation NSX, Honda has elected to make a major shift for the 2024 season by introducing the all-new Civic Type R-GT in a bid to win the top class Super GT title for the first time since 202
Racecar Engineering10 min read
Just Press Print
Today’s Formula 1 teams manufacture over 9000 3D printed parts each season. Yet to accurately print these components requires a whole realm of engineering practices, known as Design for Additive Manufacturing (DfAM). This is essentially the methodolo
Racecar Engineering5 min read
News
The ACO’s bid to introduce hydrogen technology will take a step forward ahead of this year’s running of the 24 Hours of Le Mans when two cars featuring different technologies will complete demonstration laps ahead of the 6 Hours of Spa in May. The H2

Related Books & Audiobooks