Performance Unleashed, Soil Preserved
The Agriflex 363 tire embodies the pinnacle of tire technology with its Innovative Flexion (IF) and Very High Flexion (VF) capabilities, setting a new standard in agricultural tire performance. Engineered to support 20%–40% more load than standard tires, it significantly boosts productivity by allowing heavier loads with fewer trips. Simultaneously, it offers the flexibility to operate at 20%–40% lower tire pressures compared to standard tires, dramatically reducing soil compaction and minimizing field damage. This ensures that the land remains fertile and productive season after season.
With its unique tread design, the Agriflex 363 delivers a smooth ride and even wear, extending tire life. High-speed capabilities of up to 40MPH, both on and off the road, along with a stubble guard compound, ensure long tread life and reliability. The steel-belted tread area not only offers puncture resistance but also a more uniform footprint, enhancing traction and stability. The Agriflex 363 is a testament to the harmonious balance between high performance, environmental care, and economic efficiency.
The Agriflex 363 redefines what farmers can expect from their tires, offering a smarter choice that combines premium technology with everyday affordability. Engineered to keep you ahead, it represents a perfect blend of increased productivity, reduced costs, and environmental stewardship.
IF and VF Technology
Increases load capacity by up to 40% and allows for a significant reduction in tire pressure, enhancing productivity and minimizing soil compaction for sustainable farming practices.
Unique Tread Design
Offers a smooth ride with long, even wear, ensuring comfort and durability across varying terrains, thus extending the tire's service life.
High-Speed Capabilities
Engineered for speeds up to 40MPH on and off the road, it ensures efficient transit between fields and markets without compromising safety or performance.
Stubble Guard Compound and Steel Belted Construction
Provides exceptional resistance to punctures and wear, ensuring a uniform footprint for better traction and a longer tread life, reducing overall operational costs.