By being both asymmetric and directional, the tread optimizes the tire in terms of controllability. The tread design upgrades its steering responsiveness and driving precision. It makes the vehicle react swiftly and promptly to the driver's commands. The control is fully in the driver's hands thanks to the outboard shoulder block design. The tire utilizes the biting edges to establish a strong grip on the road surface. With better controllability, the tire promotes a safe driving experience.

It provides a high-tensile steel belt construction. Combined with the spirally-wrapped nylon cords, it demonstrates outstanding durability on the road. The tread can take some heavy load and driving pressure throughout its performance and finish without a scratch every time. The model guarantees high speed maneuvering, while also maintaining its optimal shape during the drive.

Its structure ensures a secure driving experience during air pressure loss. This allows the driver to drive to the nearest tire shop or service center to get a new tire installed or the damaged tire fixed. This technology enables the tire's performance at a maximum speed of 50 mph for 50 miles.

It ensures a firm and consistent grip on the asphalt throughout the hottest summer days. The tread design also enhances the tire's traction on both dry and wet roads. The tread promotes hydroplaning with the circumferential and lateral grooves that channel water away from the footprint. Although winter driving is completely out of the question, the Goodyear Eagle F1 Supercar G:2 Right ROF (OE) offers an excellent performance during the summer.