Spitfire Formula Four Tablets 52MM 99A Wheels
Spitfire Wheels Formula Four Tablets Wheels
- Formula Four (F4) anti flatspot urethane mixture
- Heigh: 52 mm
- Contact patch: 20 mm
- Width: 29 mm
- Hardness: 99 A (DU)
- Set of 4 wheels
- Made in the U.S.A. (San Francisco)
Experience ultimate control with the Spitfire Formula Four Tablets Wheels. Designed with a wider riding surface and straight cut sidewalls, the Tablet shape provides a stable, responsive feel for technical street skating and precision tricks. Made with Formula Four Urethane, these wheels offer unmatched durability, flatspot resistance, and consistent speed. Perfect for technical skaters who demand maximum control and grip on all surfaces.
Spitfire Wheels Formula Four Tablets Wheels
- Formula Four (F4) anti flatspot urethane mixture
- Heigh: 52 mm
- Contact patch: 20 mm
- Width: 29 mm
- Hardness: 99 A (DU)
- Set of 4 wheels
- Made in the U.S.A. (San Francisco)
Experience ultimate control with the Spitfire Formula Four Tablets Wheels. Designed with a wider riding surface and straight cut sidewalls, the Tablet shape provides a stable, responsive feel for technical street skating and precision tricks. Made with Formula Four Urethane, these wheels offer unmatched durability, flatspot resistance, and consistent speed. Perfect for technical skaters who demand maximum control and grip on all surfaces.
Description
Spitfire Wheels Formula Four Tablets Wheels
- Formula Four (F4) anti flatspot urethane mixture
- Heigh: 52 mm
- Contact patch: 20 mm
- Width: 29 mm
- Hardness: 99 A (DU)
- Set of 4 wheels
- Made in the U.S.A. (San Francisco)
Experience ultimate control with the Spitfire Formula Four Tablets Wheels. Designed with a wider riding surface and straight cut sidewalls, the Tablet shape provides a stable, responsive feel for technical street skating and precision tricks. Made with Formula Four Urethane, these wheels offer unmatched durability, flatspot resistance, and consistent speed. Perfect for technical skaters who demand maximum control and grip on all surfaces.
