A pneumatic tire includes a tread region having surface layer containing a tread surface that contacts the ground, and a sidewall region having an indicator region that indicates a vehicle mounting direction, the surface layer is formed from rubber having a rebound resilience that, is 35% to 40%, the tread region comprises a plurality of main grooves that extend in a tire circumferential direction, total area of that portion of the main grooves which is or are arranged to an inboard side of a center in a tire width direction of the tire as it is to be mounted on a vehicle is greater than total area of that portion of the main grooves which is or are arranged to an outboard side of the center in the tire width direction of the tire as it is to be mounted on the vehicle.

A tire includes a carcass, side-reinforcing rubber, a belt layer, and a tread. The belt layer includes at least two layers and is provided at a tire radial direction outer side of the carcass, each layer including a cord inclined with respect to a tire circumferential direction such that the cords of the belt layers intersect each other. The tread is provided at the tire radial direction outer side of the belt layer. A tire cross-section height SH satisfies SH145 mm, and a ground contact width TW of the tread and a maximum tire width direction width of the belt layer satisfies TW<B. Moreover, an angle formed between a tire outer face and the tire width direction at a position at 0.8 SH toward the tire radial direction outer side of a bead base portion of either of the bead portions is no less than 60.

Performance on snowy roads is improved. Provided is a pneumatic tire, of which the mounting orientation on a vehicle is indicated. An outer middle land part is formed between a first major groove and a second major groove. The first major groove has first portions and second portions alternately formed in the tire circumferential direction, the second portions being wider than the first portions. The outer middle land part is provided with a plurality of middle inclined grooves not directly interconnected with either the first major groove or the second major groove, a plurality of outer middle lug grooves connecting the second portions of the first major groove and the middle inclined grooves, and inner middle lug grooves connecting the middle inclined grooves and the second major groove. The outer middle lug grooves are provided to different positions in the tire circumferential direction than the inner middle lug grooves.

A pneumatic tire in which a tread part is provided with a pair of central main grooves extending continuously around the circumference of the tire on both sides of a tire equator C, and central thin grooves extending continuously around the circumference of the tire on the tire-axially inner sides of the central main grooves and having less groove width than the central main grooves. The central thin grooves include a linear first central thin groove running along the tire circumference, and zigzagging second central thin grooves. The first central thin groove is provided on the tire-axially inner sides of the second central thin grooves.

A heavy duty tire includes, in a tread portion, circumferentially extending zigzag center main grooves, circumferentially extending linear shoulder main grooves, a center land portion, middle land portions, and shoulder land portions. The middle land portions have middle inclined grooves connecting an axially outer top portion of one of the center main grooves and its adjacent shoulder main groove. The shoulder land portions have shoulder inclined grooves connecting one of the shoulder main grooves and its adjacent tread grounding end. The center land portion has first center inclined sipes connecting an axially inner top portion of one of the center main grooves and its adjacent axially inner top portion of the other center main groove and second center inclined sipes connecting an axially outer top portion of one of the center main grooves and its adjacent axially outer top portion of the other center main groove.

A pneumatic tire is provided with a pair of shoulder lands, and each of the shoulder lands has arranged therein shoulder lug grooves and first sipes. The opposite ends of each of the first sipes terminate within a shoulder land, and the outer end of the first sipe in the axial direction of the tire is located on the inside of a ground contact end of the tread in the width direction of the tire. The sum of the lengths of the first sipes provided in the shoulder land located facing the inside of a vehicle when the tire is mounted on the vehicle is greater than the sum of the lengths of the first sipes provided in the shoulder land located facing the outside of the vehicle. The shoulder land located facing the inside of the vehicle is provided with second sipes extending in the circumferential direction of the tire on the inside of the first sipes in the axial direction of the tire.

A pneumatic tire includes a tread portion provided with a first shoulder main groove, a second shoulder main groove and at least one main groove to separate a first crown portion and a second crown portion. The first crown portion is provided with first crown sipes with a width less than 2 mm, but is not provided with any grooves with a width equal to or more than 2 mm. The second crown portion is provided with second crown sipes having a width less than 2 mm, but is not provided with any grooves with a width equal to or more than 2 mm. Each first crown sipe extends from the crown main groove to the first shoulder main groove with a first inclination direction. Each second crown sipe extends from the crown main groove to the second shoulder main groove with the first inclination direction.

A winter tire includes a tread portion with a designated rotational direction. The tread portion is provided with at least one central block on a tire equator. The central block includes a first tapered portion. The first tapered portion includes an axial width gradually decreasing toward the rotational direction and a leading edge extending along an axial direction of the tire. The first tapered portion is provided with a hole for installing a stud pin.

A pneumatic tire 1 is provided in the tread portion 2 with blocks each provided with sipes 9 extending across the entire axial width of the block. The blocks include axially innermost first blocks 3 each having a longitudinal block rigidity (G), and axially outer blocks 4 each having a longitudinal block rigidity (G). The longitudinal block rigidity (G) of the axially innermost first blocks 3 is 90% to 110% of the longitudinal block rigidity (G) of the axially outer blocks 4.

A motorcycle tire set S includes a front wheel tire S1 and a rear wheel tire S2 each provided with a plurality of inclined grooves 3. Each inclined groove 3 includes a first portion 11 extending in a crown region Cr, a second portion 12 extending in a shoulder region Sh, and a third portion 13 connecting the first portion 11 and the second portion 12. The third portion 13 has a smaller groove width than the first portion 11 and the second portion 12. The first portion 11, the second portion 12, and the third portion 13 are inclined in the same direction with respect to a tire circumferential direction. Each inclined groove 3 of the rear wheel tire S2 comes into contact with the ground from the first portion 11 toward the third portion 13 based on a tire rotation direction R.