Versatility is key when it comes to light trucks and SUVs, and the Haida HD819 embraces that philosophy. It is engineered to excel in all seasons, maintaining optimal performance in both hot summer days and icy winter conditions. This model ensures reliability on paved roads and highways.
For starters, the Haida HD819 benefits from a symmetric tread pattern that offers many benefits, such as improved traction, grip, and surface contact. Four wide linear grooves expel water and snow from the patch area to reduce the risk of aquaplaning and skidding. This makes up for a safe ride without worries. Also, the tread ribs provide stability on the road while steering. Cross rib grooves add plenty of biting edges that boost grip on slippery surfaces. Moreover, these grooves fight off heat buildup on hot summer days without sacrificing road silence. An open shoulder design promotes regular wear and makes cornering a lot smoother.
In addition, the optimized sipe distribution of the Haida HD819 enhances all season traction at a maximum speed of 130 mph. Thanks to the stiff sidewalls, the tire benefits from trusty protection against road hazards and curb damage. These sidewalls also combat lateral forces to improve the cornering performance. A modern rubber compound minimizes wear and reduces fuel usage by lowering the rolling resistance. A tough internal build allows for a cozy ride due to its ability to absorb road shocks. Above that, this model is available on the US market in many sizes from 15" to 17" rim diameters. According to customers, it perfectly fits on cars like Chevrolet Colorado and Ram 1200.
Features and benefits
- Durable all season tire crafted for light trucks and SUVs.
- Unique tread pattern offers top notch traction and surface contact.
- Wide linear grooves expel water and slush from the footprint.
- Robust sidewalls shield the rim from curb damage and boost the cornering ability.
- Advanced rubber compound minimizes wear and reduces fuel usage.
- Solid internal build enhances comfort by absorbing road vibrations.
