Tire

A tire, comprising:

• a pair of bead portions, each including a bead core;
• at least one carcass layer extending between the pair of bead portions;
• a belt layer disposed on an outer side of the at least one carcass layer in a tire radial direction;
• and
• a tire inner surface rubber layer constituting a tire inner surface;
• the tire further comprising a linear conductive portion extending continuously at least from one of the bead portions to the belt layer and disposed on the tire inner surface rubber layer;
• and
• the linear conductive portion being at least partially exposed to a tire inner cavity side and having a volume resistivity of less than 1×10{circumflex over ( )}8 Ω·cm;
• wherein
• the linear conductive portion
• satisfies a relationship between a distance Lc in a periphery direction of a portion of the linear conductive portion positioned between an edge of the belt layer and the one of the bead portions and an actual length Lrc of a portion of the linear conductive portion positioned between the edge of the belt layer and the one of the bead portions of 1.0<Lrc/Lc<3.0,
• satisfies a relationship between a distance La in the periphery direction of a portion of the linear conductive portion overlapping the belt layer and an actual length Lra of a portion of the linear conductive portion overlapping the belt layer of Lrc/Lc<Lra/La<8.0, and
• satisfies a relationship between a distance Lb in the periphery direction of a portion of the linear conductive portion positioned in the one of the bead portions and an actual length Lrb of a portion of the linear conductive portion positioned in the one of the bead portions of Lrc/Lc<Lrb/Lb<8.0.