Japan Tyre Selection

The Japanese Grand Prix takes place on one of the most fascinating and demanding tracks in Formula 1 history: Suzuka, with its unique figure of eight layout. This historic venue is a drivers’ favourite, being absolutely thrilling to drive in today’s ultra-competitive single-seaters. With its very significant lateral and vertical loads, Suzuka is as demanding on tyres as it is on drivers. These demands are equally distributed across all four wheels, with 10 right-handers and eight left-handers throughout the six-kilometre lap. As a result of these challenging characteristics, we bring some of the hardest tyres in the 2023 range to Japan: C1, C2, and C3. This is only nominally the same as last year’s selection on account of the new C1 compound, which was introduced this season to slot in between the C2 and former C1 (now called C0). On Friday, all the teams will get the chance to test a new version of the C2 compound, with a view to homologating it for next season. This latest evolution should provide more grip than the current C2, and so fit in more coherently between the C1 and C3. For the first two free practice sessions, each driver will have two additional sets of tyres, compared to the usual 13 sets per weekend. This test is part of a development programme that was recently defined for 2024 and will continue with a new C4 compound to be tested on track during the Mexican Grand Prix weekend.

Mario Isola, Pirelli Head of Motorsport.
Preview for the Formula 1 Lenovo Japanese Grand Prix 2023. Number of laps: 53. Race distance: 307.471km. Circuit length: 5.807km. Lap record: 1:30.983s by Lewis Hamilton in 2019. Tyre characteristics from 1 (minimum) to 5 (maximum): Traction 3, Asphalt grip 3, Asphalt abrasion 4, Track evolution 3, Tyre stress 5, Braking 2, Lateral 5, Downforce 4. Lateral energy on tyres: Front left 3, Front right 4, Rear left 5, Rear right 5. Longitudinal energy on tyres: front left 1, front right 1, rear left 2, rear right 2. Compounds: C1 Hard, C2 Medium, C3 Soft. EOS camber limit: minus 2.75 degrees front, minus 1.5 degrees rear. Minimum starting pressures for slicks: 25psi front and 23psi rear, subject to changes after FP2.

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