BFGoodrich DR444 Commercial Truck Highway Drive Tire

The BFGoodrich DR444 is a purpose-built highway and regional drive tire engineered for commercial trucks, buses, and medium-duty fleet vehicles. Backed by BFGoodrich's commercial trucking expertise and Michelin's global engineering resources, the DR444 delivers an outstanding balance of tread longevity, all-weather traction, and long-term casing value — making it a smart choice for fleet operators focused on reducing total cost per mile.

Key Features:

• Deep 28/32nds tread depth promotes extended tread life and maximizes miles to removal across the tire's full service life
• Proprietary tread compound engineered for slow, even wear — reducing cost per mile in both long-haul and regional duty cycles
• Aggressive tread design with V-shaped grooves and large water evacuation chutes deliver reliable wet-road traction and effective self-cleaning performance
• Large central grooves help evacuate water from the contact patch, boosting wet traction and reducing hydroplaning risk
• Solid shoulder ribs maintain consistent road contact and distribute pressure evenly across the tread footprint to resist irregular wear
• All-steel radial construction provides superior load durability and helps maintain optimal tire shape under demanding drive axle conditions
• Excellent retreadability supported by a robust casing designed to withstand multiple retread cycles, extending casing life and lowering total operating costs
• 5-Year / 2-Retread Manufacturer's Limited Casing Guarantee when retreaded through an authorized Michelin Retread Technologies (MRT) dealer

Suited for highway and regional drive axle service, the DR444 is the proven choice for commercial fleet operators who demand uptime, casing longevity, and operational efficiency. Its wear-optimized compound and durable all-steel construction work in tandem to deliver a lower total cost of ownership — run after run, mile after mile. Available in a range of sizes to accommodate a wide variety of commercial truck and fleet applications.