Abstract: To provide an inexpensive golf club grip with an improved feel of grip and ball direction control. A grip 10 has a double structure in a certain region 12. The grip 10 includes a grip main body 14 made of a soft resin and an end cap 15 made of a hard resin. The grip main body 14 is formed by insert molding with the end cap 15 being the insert. The end cap 15 includes a cylindrical portion 13. The cylindrical portion 13 has a specific length in the axial direction. The cylindrical portion 13 is inserted into a rear end portion of the grip main body 14. Thus, the torsional rigidity is improved in the region 12. The grip main body 14 is molded using a pin gate mold so that a gate mark 19 can double as a mark indicative of the center thereof.

Abstract: To provide a golf club grip in which torsional deformation is suppressed without impairing a grip feeling. A grip 10 has en inner layer portion 23, an intermediate layer portion 24, and an outer layer portion 25. Resin films 26 and 27 are disposed between the respective layer portions. The outer layer portion 25 is formed of sort rubber and the intermediate layer portion 24 and the inner layer portion 23 are formed of hard rubber. The resin sheets 26 end 27 are constituted as a nonwoven fabric formed of aramid fibers. The Young's modulus Es of the resin sheets 26 and 27 is adjusted to be larger than the Young's modulus (Ei, Ec, Eo) of the inner layer portion 23, the intermediate layer portion 24, and the outer layer portion 25, and a relationship of Eo<Ec ?Ei<Es is established.