
Atlas 221009078 Force UHP 285/35R19 All Season High Performance Tire
Unleash Ultimate Performance with Atlas Force UHP Tires Experience superior handling and control with the Atlas Force UHP. Designed for drivers who demand the best, this ultra-high-performance tire delivers exceptional traction, responsive steering, and confident cornering in both wet and dry con...
*Price sourced from Amazon.com. Last updated:Aug 28, 2026.Price and availability are subject to change — details.
Notice a mistake? Let Us Know
Overview
Unleash Ultimate Performance with Atlas Force UHP Tires
Experience superior handling and control with the Atlas Force UHP. Designed for drivers who demand the best, this ultra-high-performance tire delivers exceptional traction, responsive steering, and confident cornering in both wet and dry conditions. Its advanced tread design ensures consistent performance and resistance to hydroplaning, offering you a safe and exhilarating driving experience.
Specifications:
- Brand: Atlas
- Seasons: Year Round
- Size: 285/35R19
- Section Width: 285 Millimeters
- Load Capacity: 1929 Pounds
- Tread Depth: 11 32nds
- Tread Type: Asymmetrical
- Ply Rating: 1
- Rim Width: 10 Inches
- Tire Diameter: 26.9
- Item Diameter: 29.9 Inches
- Item Weight: 30 Pounds
- Vehicle Tire ISO Metric Size Description: 285/35R19
- Construction Type: Radial
- Manufacturer: Atlas Tire
- Model: Force UHP
- Item Model Number: 221009078
- Is Discontinued By Manufacturer: No
- Manufacturer Part Number: 221009078
- OEM Part Number: 221024699
- UTQG: Treadwear 520, Traction AA, Temperature A
- ASIN: B07NJR8KB4
- Date First Available: August 9, 2019
Key Features
Dual-zone tread pattern with wet-weather traction pattern at center and dry-weather design at edges allows for consistent performance in wet and dry conditions
3D sipes enhance wet-weather traction, steering response and braking performance
Reinforced, extra-stiff shoulders and sidewalls boost cornering ability
Innovative groove pattern helps to move water away from contact patch to resist hydroplaning