LR400 R-4 Extremely economical thanks to very good traction and low-wear tread compound. Excellent grip on hard surfaces due to new block pattern designed for pure industrial applications.
LR400 R-4 Extremely economical thanks to very good traction and low-wear tread compound. Excellent grip on hard surfaces due to new block pattern designed for pure industrial applications.
LR451 R-4 Extremely economical thanks to very good traction and low-wear tread compound. Extra-deep 40° lugs provide impressive traction and excellent directional control.
LP402 IND-3 BIAS Reinforced bead and sidewall area provide exceptional durability. Special tread compound enables less heat generation and additional scrub resistance Optimal rubber-to-void ratio provides better stability.
LP402 IND-3 BIAS Reinforced bead and sidewall area provide exceptional durability. Special tread compound enables less heat generation and additional scrub resistance Optimal rubber-to-void ratio provides better stability.
LP401 IND-4 BIAS Reinforced bead and sidewall area provide exceptional durability. Special tread compound enables less heat generation and additional scrub resistance. Optimal rubber-to-void ratio provides better stability while deeper tread depths enhance traction.
LP401 IND-4 BIAS Reinforced bead and sidewall area provide exceptional durability. Special tread compound enables less heat generation and additional scrub resistance. Optimal rubber-to-void ratio provides better stability while deeper tread depths enhance traction.
LP401 IND-4 BIAS Reinforced bead and sidewall area provide exceptional durability. Special tread compound enables less heat generation and additional scrub resistance. Optimal rubber-to-void ratio provides better stability while deeper tread depths enhance traction.
LP401 IND-4 BIAS Reinforced bead and sidewall area provide exceptional durability. Special tread compound enables less heat generation and additional scrub resistance. Optimal rubber-to-void ratio provides better stability while deeper tread depths enhance traction.