Firestone Radial All Non-Skid (ANS) R-3 Agricultural Tire

The Firestone Radial All Non-Skid (ANS) R-3 is a field-proven agricultural tire engineered for harvest and transport applications across a wide range of heavy-duty equipment. As a trusted O.E.M. choice among leading equipment manufacturers worldwide, the Radial ANS R-3 combines radial construction technology with a purpose-built R-3 button tread pattern to deliver consistent, reliable performance on combines, grain carts, highway mowers, and compaction equipment.

Key Features & Benefits:

• R-3 Button Tread Design — minimizes soil disturbance during turns and helps reduce compaction on sensitive ground, protecting crop yields and long-term soil health
• Reduced Road Noise & Vibration — tread pattern is specifically engineered to deliver a quieter, smoother experience during road transport compared to traditional agricultural lug tires
• Radial Construction — delivers enhanced flotation, a more comfortable ride, and extended tread life compared to bias-ply alternatives
• AD² (Advanced Deflection Design) Technology — available on select sizes, allowing operators to carry heavier loads at standard inflation pressure, or equivalent loads at reduced pressure for less soil compaction
• CFO (Cyclic Field Operation) IF-Type Capability — select sizes are purpose-built to handle extreme load cycles during harvest on approved combine and harvester equipment
• O.E.M. Specified — specified by original equipment manufacturers for combines, grain carts, grain wagons, highway mowers, and compaction equipment
• Durable Casing Construction — built to withstand the demands of heavy commercial agricultural use season after season

Backed by over a century of Firestone agricultural tire innovation, the Radial ANS R-3 is available across a wide range of sizes to accommodate the full spectrum of modern farming equipment. Whether operating through harvest or hauling grain on the road, this tire delivers soil-friendly performance, low ground disturbance, and long-term reliability that professional agricultural operations depend on.