Blackhawk 1600982K 225/45R18 Agility UHP AS 95W XL Ultra-High Performance All-Season Tire

The Blackhawk Agility UHP AS 225/45R18 95W XL is an ultra-high-performance all-season tire engineered for drivers who demand exceptional handling, comfort, and year-round versatility. Designed for passenger cars, sport sedans, and performance vehicles, this tire combines advanced materials with innovative design to deliver outstanding wear resistance, improved traction, stability, and noise reduction.

Key Features:

• Asymmetric Tread Design: Reinforced outer shoulder blocks maximize consistent cornering grip and stability during high-speed maneuvering
• Advanced Silica Compound: Wear-resistant rubber compound maintains reliable performance throughout the tire's lifespan while enhancing wet traction
• Circumferential Grooves: Efficiently channel water away from the contact patch to reduce hydroplaning risk and improve wet weather safety
• Enhanced Comfort Technology: Innovative casing construction improves damping in the sidewall and tread, reducing road vibrations and minimizing noise for a quieter, smoother ride
• All-Season Versatility: Delivers reliable performance across dry, wet, and light snow conditions for year-round confidence
• 50,000-Mile Treadwear Warranty: Backed by manufacturer warranty for long-term value and dependability

Performance Benefits: The Agility UHP AS excels in high-speed controllability with responsive steering and enhanced driving stability. The asymmetric tread pattern provides superior road feel and handling, making it ideal for both daily commutes and spirited driving. The tire's optimized contact patch ensures consistent performance while maintaining a quiet, comfortable ride that won't compromise your driving enjoyment.

Specifications: This tire features a 225mm section width, 45 aspect ratio, and fits 18-inch wheels with an XL (Extra Load) rating. The 95W service description indicates a load capacity of 1,521 lbs per tire and a speed rating of 168 mph, making it suitable for high-performance applications.