Technical Specs for Falken
| Diameter | 22 |
| Width | 235 |
| Ratio | 30 |
| Speed Rating | Y - 186 MPH |
| Load Rating | 90 (1323lbs) |
| Run Flat | No |
| Model | FK452 |
| UTQG | 300-AA-A |
| Measured Rim | 8.5" |
| Recommended Rim | 8.5" |
| Overall Diameter | 27.6" |
| Section Width | 9.5" |
| Tread Width | 8.7" |
| Tread Depth | 10/32" |
| Max PSI (cold) | 50 |
| Reinforced | Yes |
Expanded Description
FK452 truly defines the ultra high performance tire. Falken’s optimal performance FK452 is available in a wide array of diameters, 16” – 24” and staggered widths, making it versatile and resourceful. Five linear ribs and three-dimensional rounded tread blocks offer precise handling response. With a new silica compound and multi-angled grooves, grip is significantly improved in the wet, while tire wear resistance is kept to a minimum. FK452 features the latest developments in noise absorption technology due to phase-shifted random pitch variation, while handling response and high-speed stability are improved. FK452 also boasts a reinforced steel bead filler and a dual tread compound, enabling excellent handling and quick response, particularly for larger diameter applications.
- Precise handling from five linear ribs and three-dimensional rounded blocks
- Improved grip in the wet and increased wear resistance through a new silica compound and multi-angled grooves
- Tread noise reduced by phase-shifted random pitch variation
- Stiffer wide steel belts offer greater tread rigidity, superior grip and high speed stability
- A high tension carcass and high turn-up construction increase handling response and high speed stability
- Precise handling from five linear ribs and three-dimensional rounded blocks
- Improved grip in the wet and increased wear resistance through a new silica compound and multi-angled grooves
- Tread noise reduced by phase-shifted random pitch variation
- Stiffer wide steel belts offer greater tread rigidity, superior grip and high speed stability
- A high tension carcass and high turn-up construction increase handling response and high speed stability






