Antares Majoris M5
315/35 ZR20 110W XL

Thanks to a comprehensive design of the tread pattern and tyre structure, overall traction performance is improved.
A. The combined use of the formula, structure, and new components has enhanced the bonding quality of carbon black particles and macromolecular polymers, as well as the bond between the tread and the road.
B. Equipped with a renowned asymmetric tread pattern.

Thanks to improved formulation and material design, braking performance, wet road grip, and dry road performance are guaranteed.
A: It uses a high white carbon content formula to enhance braking performance, especially in wet areas. The reinforced structure of the tyre carcass, solid wide shoulders, and reinforced grooves ensure rigidity during driving and cornering.
B. Computer simulation of tyre tread and rolling force

The optimal design of the tread formula and structure provides tyres with excellent stability and handling.
A. The application of the white carbon formula with a high natural rubber content adjusts the hardness of the tread to a small tread pattern, thereby reducing the overall hardness of the tread block and increasing its contact area
B. The tread design enhances the anti-slip surface and the continuous transverse groove ensures stability and precision.