A pneumatic tire comprising: a tread, an outer surface of which forms a tread surface; a carcass that is positioned on an inner side of the tread; and a belt that is laminated between the tread and the carcass in a radial direction, wherein the belt includes: an inner layer; and an outer layer that is laminated on a radial direction outer side of the inner layer, the inner layer and the outer layer are each formed of a large number of parallel-aligned steel cords and a topping rubber, the steel cords extend inclined with respect to an equatorial plane, an inclination direction of the steel cords of the inner layer and an inclination direction of the steel cords of the outer layer are opposite to each other with respect to the equatorial plane, an inclination angle (αs) of the steel cords of the inner layer at an edge portion of the inner layer is larger than an inclination angle (αc) of the steel cords of the inner layer at the equatorial plane, the edge portion of the inner layer is at a position of 0.9 times an axial direction width of the inner layer, an inclination angle (βs) of the steel cords of the outer layer at an edge portion of the outer layer is larger than an inclination angle (βc) of the steel cords of the outer layer at the equatorial plane, and the edge portion of the outer layer is at a position of 0.9 times an axial direction width of the outer layer, characterized in that a difference between the inclination angle (αs) of the steel cords of the inner layer at an edge portion of the inner layer and the inclination angle (αc) of the steel cords of the inner layer at the equatorial plane is larger than a difference between the inclination angle (βs) of the steel cords of the outer layer at an edge portion of the outer layer and the inclination angle (βc) of the steel cords of the outer layer at the equatorial plane. a tread, an outer surface of which forms a tread surface; a carcass that is positioned on an inner side of the tread; and a belt that is laminated between the tread and the carcass in a radial direction, wherein the belt includes: an inner layer; and an outer layer that is laminated on a radial direction outer side of the inner layer, an inner layer; and an outer layer that is laminated on a radial direction outer side of the inner layer, the inner layer and the outer layer are each formed of a large number of parallel-aligned steel cords and a topping rubber, the steel cords extend inclined with respect to an equatorial plane, an inclination direction of the steel cords of the inner layer and an inclination direction of the steel cords of the outer layer are opposite to each other with respect to the equatorial plane, an inclination angle (αs) of the steel cords of the inner layer at an edge portion of the inner layer is larger than an inclination angle (αc) of the steel cords of the inner layer at the equatorial plane, the edge portion of the inner layer is at a position of 0.9 times an axial direction width of the inner layer, an inclination angle (βs) of the steel cords of the outer layer at an edge portion of the outer layer is larger than an inclination angle (βc) of the steel cords of the outer layer at the equatorial plane, and the edge portion of the outer layer is at a position of 0.9 times an axial direction width of the outer layer, characterized in that a difference between the inclination angle (αs) of the steel cords of the inner layer at an edge portion of the inner layer and the inclination angle (αc) of the steel cords of the inner layer at the equatorial plane is larger than a difference between the inclination angle (βs) of the steel cords of the outer layer at an edge portion of the outer layer and the inclination angle (βc) of the steel cords of the outer layer at the equatorial plane.