The 296 GT3 was unveiled in 2022 and replaced the 488 GT3 starting in 2023; it was developed in collaboration with Oreca. It made its race debut at the 2023 24 Hours of Daytona. On May 21, 2023, the Frikadelli Racing team won the 24 Hours of Nürburgring with it: 162 laps set a new distance record, and it was also Ferrari's first victory there and the first by a non-German manufacturer since 2002. In 2024, it won the GTD PRO class at Daytona, and Alessandro Pier Guidi and Alessio Rovera won the drivers' title in the GT World Challenge Europe Endurance Cup.
Summarized from the sources cited below; every figure in the text was automatically verified against the sources.
Learn moreVictories in 2024 · Australia · Victories in 2025
Victories in 2024
On January 28, 2024, the Risi Competizione 296 GT3 took the class win in GTD PRO at Daytona. In the fall, Vista AF Corse won twice in the LMGT3 class: with car number 54 at the 6 Hours of Fuji and with car number 55 at the 8 Hours of Bahrain on November 2. On November 30, 2024, Pier Guidi and Rovera in car number 51 clinched the Endurance Cup drivers' title, with AF Corse taking the teams' championship. Sky – Tempesta Racing (car number 93) captured both titles in the Bronze Cup.
Australia
Drivers Liam Talbot and Chaz Mostert won the 2024 GT World Challenge Australia in Arise Racing's 296 GT3. It was only the second time that a Ferrari won the Australian GT Championship, which was first held in 1960. Prior to that, Denmark's Allan Simonsen had triumphed in 2007 driving both the 360 GT and the 430 GT3.
Victories in 2025
On May 4, 2025, in the first race of the Sprint Cup at Brands Hatch, the AF Corse – Francorchamps Motors 296 GT3 driven by Vincent Abril and Alessio Rovera took the overall win; the number 69 car from Emil Frey Racing took pole position and the Gold Cup class win, while car number 52 took the Silver Cup victory. On May 10, a 296 GT3 bearing car number 21 won the LMGT3 class at the 6 Hours of Spa-Francorchamps.
Summarized from the cited sources; every figure was automatically verified against the sources.