AGRICULTURE
Performance and durability for every field
ACROSS ALL FARMING APPLICATIONS
Modern agriculture demands efficiency, reliability, and respect for the land. BKT designs agricultural tires and tracks engineered to deliver high performance across all farming applications, from soil preparation and seeding to harvesting and transport. Our solutions provide excellent traction, reduced soil compaction, high load capacity, and long service life, even in the most demanding field conditions. Through continuous research and advanced tire technology, BKT supports farmers worldwide with durable, application-specific products that help increase productivity, optimize fuel consumption, and reduce total operating costs.
Tractor tires must deliver traction and flotation across the whole season. The right tread and low pressure help reduce soil compaction while keeping grip and efficiency.
Harvesting tires must withstand today’s high-power machines and heavy loads without damaging crops or getting stuck in wet soil.
Maintenance tires deliver cut resistance, high load capacity, stability, and reliable traction on- and off-road.
Forestry tires must ensure traction and stability on rough terrain, with cut-resistant compounds for protection and safe, efficient operation.
Find the tire that’s right for you
Find the perfect BKT tire for your machine. Compare sizes, applications, and performance to ensure maximum traction, durability, and efficiency on the field, road, or off-road operations. Choose the tire that fits your needs.
100% Soil Protection
VF (Very High Flexion) agricultural tire technology is designed to carry +40% more load than standard tires at the same inflation pressure – or the same load at a much lower pressure. This is crucial because modern tractors are heavier and more powerful, increasing the risk of soil compaction, which reduces porosity, water infiltration, aeration and root development (“pancake roots”). By lowering inflation pressure and increasing the footprint area, VF tires help protect soil structure, improve crop growth and boost long-term field productivity.
