A fishing rod according to one embodiment includes a rod body extending in a front-and-back direction along a central axis, a fitting having a mounting part, where the mounting part is mounted on an outer peripheral surface of the rod body at a first position determined in a circumferential direction around the central axis, and a fiber-reinforced resin layer surrounding the rod body so as to cover the mounting part. The fiber-reinforced resin layer has a first portion covering the rod body along an entire length thereof in the circumferential direction around the central axis and a second portion extending in the axial direction backward from an axially back end of the first portion and extending in the circumferential direction less than 180? clockwise from the first position and also less than 180? anti-clockwise from the first position.

A fishing rod has a rod body and an attachment portion, and includes: an attachment attached to the outer peripheral face of the rod body with the attachment portion; a first layer formed by winding a first sheet around both the attachment portion and the rod body; and a second layer formed by winding a second sheet made of fiber-reinforced resin on the outer side of the first sheet, wherein the tensile elongation measured in accordance with JIS K 7161-1 of the first sheet is greater than that measured in accordance with JIS K 7161-1 of the second sheet.

A fishing rod has a rod body and an attachment portion, and includes: an attachment attached to the outer peripheral face of the rod body with the attachment portion; a first layer formed by winding a first sheet around both the attachment portion and the rod body; and a second layer formed by winding a second sheet made of fiber-reinforced resin on the outer side of the first sheet, wherein the tensile elongation measured in accordance with JIS K 7161-1 of the first sheet is greater than that measured in accordance with JIS K 7161-1 of the second sheet.

A method for fabricating a fishing rod which optimally locates the line guides of the rod for improved distance casting. The method includes the steps of: (i) inducing a vibratory force transversely of the elongate axis to identify node locations associated with one or more rod harmonics along the length of the rod; and (ii) placing guides at each node location for receiving fishing line. The node positions minimize the relative motion of the line guides relative to the fishing line when casting to minimize line drag while maximizing rod damping.

A method for fabricating a fishing rod which optimally locates the line guides of the rod for improved distance casting. The method includes the steps of: (i) inducing a vibratory force transversely of the elongate axis to identify node locations associated with one or more rod harmonics along the length of the rod; and (ii) placing guides at each node location for receiving fishing line. The node positions minimize the relative motion of the line guides relative to the fishing line when casting to minimize line drag while maximizing rod damping.

A new utensil which solves the aforementioned problems due to developing an instrument with a number of advantages compared with the traditional method already described for lubrication of fishing lines and leaders. This tool fundamentally helps this operation to be made comfortably, fast, in such a way the user can hold the rod while proceeding to the greasing and the guiding, for the storage of the assembly into the reel, is done through this, so the risk of the lubricant not remaining finally on the fishing line and/or leader is diminished. It is basically made up by two parts, on the one side, an outer cover which enables its fixing to the rod through the upper hole, also houses the support material for the lubricant and contains a cavity that allows the storage of other instruments, as well as the tool for the impregnation of the support material with the lubricant.

A new utensil which solves the aforementioned problems due to developing an instrument with a number of advantages compared with the traditional method already described for lubrication of fishing lines and leaders. This tool fundamentally helps this operation to be made comfortably, fast, in such a way the user can hold the rod while proceeding to the greasing and the guiding, for the storage of the assembly into the reel, is done through this, so the risk of the lubricant not remaining finally on the fishing line and/or leader is diminished. It is basically made up by two parts, on the one side, an outer cover which enables its fixing to the rod through the upper hole, also houses the support material for the lubricant and contains a cavity that allows the storage of other instruments, as well as the tool for the impregnation of the support material with the lubricant.

A fishing rod tip comprised of a tapered wire in a single formed assembly. The wire of the rod tip comprised of a Nickel Titanium alloy and specifically adapted to maintain its shape in extremely cold temperatures.

A fishing rod tip comprised of a tapered wire in a single formed assembly. The wire of the rod tip comprised of a Nickel Titanium alloy and specifically adapted to maintain its shape in extremely cold temperatures.

A fishing rod support device is provided. The device is operable to receive and support a fishing rod and at least one additional article. The device can be anchored or secured in the ground. Devices of the present disclosure are well suited for shore fishing in salt and fresh water, and serve to reduce the number of devices and accessories needed for such activities.