A tire (2, 62) comprising: a tread (4, 64) coming into contact with a road surface; a pair of sidewalls (6, 66) disposed inwardly of the tread (4, 64) in a radial direction so as to be continuous with ends of the tread (4, 64); a pair of beads (10, 70) disposed inwardly of the sidewalls (6, 66) in the radial direction, the pair of beads (10, 70) having ring-shaped cores (28, 84); a carcass (12, 72) extended on and between one of the beads (10, 70) and another of the beads (10, 70) so as to be disposed inwardly of the tread (4, 64) and the sidewalls (6, 66); a belt (14, 74) disposed between the tread (4, 64) and the carcass (12, 72) in the radial direction; an inner liner (20, 80) disposed inwardly of the carcass (12, 72); and a pair of insertion layers (22, 82) disposed between the carcass (12, 72) and the inner liner (20, 80), wherein the carcass (12, 72) comprises a carcass ply (34, 88), the carcass ply (34, 88) comprises a ply body (36, 90) extended on and between one of the cores (28, 84) and another of the cores (28, 84), and a pair of turned-up portions (38, 92) continuous with the ply body (36, 90) so as to be turned up around the cores (28, 84), respectively, from an inner side toward an outer side in an axial direction; the insertion layers (22, 82) are each disposed between an end of the belt (14, 74) and an end of a corresponding one of the beads (10, 70), and the insertion layers (22, 82) each have a volume resistivity of less than 10 8 Ω·cm, characterized in that a complex elastic modulus (E ∗ s) of each insertion layer (22, 82) is equivalent to or higher than a complex elastic modulus (E ∗ n) of the inner liner (20, 80), and a thickness of each sidewall (6, 66) at a maximum width position is not greater than 5.0 mm, the complex elastic modulus being measured according to the standard of JIS K6394 under the following conditions: Initial strain=10% Amplitude=± 1 % Frequency=10 Hz Deformation mode=tension Measurement temperature=70°C. a tread (4, 64) coming into contact with a road surface; a pair of sidewalls (6, 66) disposed inwardly of the tread (4, 64) in a radial direction so as to be continuous with ends of the tread (4, 64); a pair of beads (10, 70) disposed inwardly of the sidewalls (6, 66) in the radial direction, the pair of beads (10, 70) having ring-shaped cores (28, 84); a carcass (12, 72) extended on and between one of the beads (10, 70) and another of the beads (10, 70) so as to be disposed inwardly of the tread (4, 64) and the sidewalls (6, 66); a belt (14, 74) disposed between the tread (4, 64) and the carcass (12, 72) in the radial direction; an inner liner (20, 80) disposed inwardly of the carcass (12, 72); and a pair of insertion layers (22, 82) disposed between the carcass (12, 72) and the inner liner (20, 80), wherein the carcass (12, 72) comprises a carcass ply (34, 88), the carcass ply (34, 88) comprises a ply body (36, 90) extended on and between one of the cores (28, 84) and another of the cores (28, 84), and a pair of turned-up portions (38, 92) continuous with the ply body (36, 90) so as to be turned up around the cores (28, 84), respectively, from an inner side toward an outer side in an axial direction; the insertion layers (22, 82) are each disposed between an end of the belt (14, 74) and an end of a corresponding one of the beads (10, 70), and the insertion layers (22, 82) each have a volume resistivity of less than 10 8 Ω·cm, characterized in that a complex elastic modulus (E ∗ s) of each insertion layer (22, 82) is equivalent to or higher than a complex elastic modulus (E ∗ n) of the inner liner (20, 80), and a thickness of each sidewall (6, 66) at a maximum width position is not greater than 5.0 mm, the complex elastic modulus being measured according to the standard of JIS K6394 under the following conditions: Initial strain=10% Amplitude=± 1 % Frequency=10 Hz Deformation mode=tension Measurement temperature=70°C. Initial strain=10% Amplitude=± 1 % Frequency=10 Hz Deformation mode=tension Measurement temperature=70°C.