Our technology was born from competition, tested through mud and conquered rocks. Over three years in the making, with 16 prototype tread patterns and over 2,000,000 test miles this mud-terrain is ready to take on your terrain. General Tire’s new mud-terrain tire line delivers outstanding off-road performance, coupled with strong street manners. Grabber X3 offers aggressive styling and is engineered for durability, with innovative performance features.
– Siped Design – We have optimized the placement of the sipes to provide impressive wet street performance. Sipes are full depth to maintain grip throughout the tire’s life.
– Multi-Angle Grip Edges – The open pattern increases traction with many gripping surfaces and edges, arranged at multiple angles for grip in every direction.
– Quiet Street Ride – Each individual pitch length help to minimize tread generated noise on the street. Remarkably quiet and comfortable for the street and aggressively talented for off-road terrain.
– Stone Bumpers – Bumpers help release stones and debris from the large deep grooves, protects the groove bottom and minimizes stone drilling. Added gauge improves puncture resistance.
– Open Tread Design – Aggressive, open pattern for high traction in mud, dirt, sand and gravel. Evacuation channels all for quick and efficient self-cleaning action.
– Sidewall Protection – A series of deflection ribs to protect the upper sidewall area. Objects are deflected away to prevent penetration into the sidewall.
– DURAGEN Technology – Three-ply construction on all sizes provides race-proved durability and puncture resistance. Robust compound gives excellent cut and chip resistance. Ultra high-strength steel belts ensures even footprint for confident stability.
– Shoulder Scoops – Indented blocks alternating on the shoulder to deliver additional grip on complex surfaces. This provides all surface traction.
– Sidewall Design – Aggressive upper sidewall designed to protect from stones, sticks and other debris. Additional traction is achieved in challenging conditions from the innovative alternating patterns.