Tire

A tire comprising:

• a tread portion for which an intended rotational direction of the tire is specified, the tread portion having a tread surface and a first tread edge on one side in the tire axial direction, the tread portion provided with a plurality of first inclined grooves extending from the first tread edge toward the tire equator while inclining to a heel side in the intended rotational direction, and the tread portion including a plurality of first inclined land portions defined between the first inclined grooves,
• wherein
• at least one of the first inclined land portions comprising an axially outer portion on the first tread edge side and an axially inner portion on the tire equator side,
• the axially outer portion has a first wall surface defined by one of the adjacent first inclined grooves on the heel side of the outer portion, and a second wall surface defined by one of the adjacent first inclined grooves on the toe side of the outer portion, and
• the axially inner portion has a third wall surface defined by one of the adjacent first inclined grooves on the heel side of the inner portion, and a fourth wall surface defined by one of the adjacent first inclined grooves on the toe side of the inner portion,
• wherein
• the angle θ1 of the first wall surface is smaller than the angle θ2 of the second wall surface, and
• the angle θ3 of the third wall surface is larger than the angle θ4 of the fourth wall surface, each angle being with respect to a normal line to the tread surface,
• wherein
• in a region where the first wall surface is formed, the adjacent first inclined groove has a groove width W1 and a depth D1, and the angle θ1 of the first wall surface satisfies the following condition:
• 0≤(D1×tan θ1)/W1≤0.2,
• in a region where the second wall surface is formed, the adjacent first inclined groove has a groove width W2 and a depth D2, and the angle θ2 of the second wall surface satisfies the following condition:
• 0≤(D2×tan θ2)/W2≤0.2,
• in a region where the third wall surface is formed, the adjacent first inclined groove has a groove width W3 and a depth D3, and the angle θ3 of the third wall surface satisfies the following condition:
• 0≤(D3×tan θ3)/W3≤0.2, and
• in a region where the fourth wall surface is formed, the adjacent first inclined groove has a groove width W4 and a depth D4, and the angle θ4 of the fourth wall surface satisfies the following condition:
• 0≤(D4×tan θ4)/W4≤0.2.