2024 Toyota GR Yaris Edition Rovanpera

• Specialized Driving Modes: Features Donut Mode and Kalle Mode tailored for drifting and precise torque distribution, utilizing constant-velocity rear differential gears.

• Design Inspired by WRC: Three-tone paint finish designed by Henri Liupakka, adorned with WRC victory stickers and TOYOTA GAZOO Racing decals.

• Performance-Oriented Features: Equipped with BBS 18x8J forged alloys, CFRP variable wing rear spoiler, and constant-velocity rear differential gears for high-performance driving.

• Distinctive Exterior: Includes Rovanperä Edition badge, unique paint motifs, and aerodynamic enhancements shared with the GRMN Yaris.

• Interior Customization: Cabin trim and upholstery in Finland's national colors (blue and grey), with a special plaque commemorating TGR's WRC victory.

• Driver-Centric Design: Tailored for Kalle Rovanperä’s driving style, ensuring stability and control during drifting maneuvers.

• Engineering Innovation: Features advanced rear differential technology for consistent torque delivery and optimal performance under high drive loads.

• Exclusive Racing Heritage: Celebrates Toyota’s WRC successes with design elements and performance enhancements derived from rally experience.

• Performance and Style Integration: Combines aerodynamic efficiency with aesthetic detailing inspired by Rovanperä’s competitive racing livery.

• Limited Edition Appeal: Offers enthusiasts a unique blend of rally-inspired design, specialized driving modes, and commemorative details, aimed at collectors and performance-oriented drivers.

The Rovanperä Edition of the 2024 Toyota GR Yaris showcases unique driving modes tailored to rally champion Kalle Rovanperä's expertise in drifting. It features a specialized Donut Mode, optimized with a constant-velocity rear differential gear that ensures consistent maximum torque to the rear axles, ideal for precise maneuvering like "door turns". Additionally, the Kalle Mode maintains a 40:60 torque distribution between front and rear, enhancing stability during drifting slides without altering rear torque dynamics.