Abstract: A grip for fishing rod and a fishing rod including the grip that is disposed at a rear end portion of a fishing rod body of an elongated rod shape are disclosed. The grip includes a core body having a cylindrical shape of a predetermined thickness, and a tail end body. The core body is configured to be fitted onto an outside of a core having a cylindrical shape at the rear end portion of the fishing rod body 11. The tail end body is configured to cover a rear end opening of the core body. The core body and the tail end body are integral. The core body has a peripheral wall that has a void portion along a grip axis direction.

Abstract: A grip for fishing rod and a fishing rod including the grip that is disposed at a rear end portion of a fishing rod body of an elongated rod shape are disclosed. The grip includes a core body having a cylindrical shape of a predetermined thickness, and a tail end body. The core body is configured to be fitted onto an outside of a core having a cylindrical shape at the rear end portion of the fishing rod body 11. The tail end body is configured to cover a rear end opening of the core body. The core body and the tail end body are integral. The core body has a peripheral wall that has a void portion along a grip axis direction.

Abstract: A main body layer 78 is configured by a layer 75 formed, in a cylindrical shape, from a main part 76 and a complementary part 77. The main part 76 is formed by a main prepreg 70. In a small-diameter part, the main prepreg 70 is wound over the entire circumference in a circumferential direction with both ends of the main prepreg 70 in a widthwise direction overlapping each other, and in a large-diameter part, the main prepreg 70 is wound so that a part of the entire circumference in the circumferential direction remains behind as a winding-shortage part, with both ends of the main prepreg 70 in the widthwise direction separated from each other in the circumferential direction. The complementary part 77 is formed to complement the winding-shortage part by a sub-prepreg 71 having a predetermined shape corresponding to the winding-shortage part.

Abstract: A main body layer 78 is configured by a layer 75 formed, in a cylindrical shape, from a main part 76 and a complementary part 77. The main part 76 is formed by a main prepreg 70. In a small-diameter part, the main prepreg 70 is wound over the entire circumference in a circumferential direction with both ends of the main prepreg 70 in a widthwise direction overlapping each other, and in a large-diameter part, the main prepreg 70 is wound so that a part of the entire circumference in the circumferential direction remains behind as a winding-shortage part, with both ends of the main prepreg 70 in the widthwise direction separated from each other in the circumferential direction. The complementary part 77 is formed to complement the winding-shortage part by a sub-prepreg 71 having a predetermined shape corresponding to the winding-shortage part.