Armstrong AOR 215/75R17.5 135/133J J (18 Ply) Next Day Delivery
Original price was: $241.99.$96.80Current price is: $96.80.
Description
Armstrong AOR Tires
The Armstrong AOR is a highway terrain, all season tire manufactured for commercial vehicles. This model is made to be mounted on all axle positions.
The tired design and the all season compound offer excellent year-round traction. The tread design and the all season compound work together to boost dry, wet, and winter weather traction. The ribbed tread closely follows the road surface, while the durable compound keeps the rubber flexible in versatile temperatures. Wide circumferential grooves prevent hydroplaning, by dispersing water and slush from the footprint. This tread design and all season compound guarantee the tire’s safe year-round traction.
The reinforced structure and the durable compound keep the ideal tire shape under load and driving pressure. The stronger construction does not allow the tire to deform under pressure. As a result, it is able to carry and withstand heavy loads during the performance. This strong construction and durable compound guarantee the tire’s overall load durability and handling. This heavy load ability makes the tire perfect for a commercial vehicle.
The model guarantees a longer tread life. The driving pressure is equally spread out across the tread area, thanks to the optimized tread design and its ribbed footprint. Irregular tread wear formations are prevented, due to the evenly distributed forces of acceleration, cornering, and braking, which extend the tire’s usability. The tread wear rate is also slowed down by the reduced rolling resistance. These elements increase the tire’s lifetime.
The Armstrong AOR improves fuel-efficient performance. The durable compound and the ribbed tread design decrease the rolling resistance. This is the pressure affecting the tire, which determines the vehicle’s fuel consumption necessary. Lowering it guarantees the tire’s fuel-saving application, as the vehicle’s fuel intake and CO2 emissions are reduced.





