A drag assembly is provided for a spinning fishing reel. The drag assembly includes a collar engaged with a mainshaft of a reel. The collar is fixed to the mainshaft for rotational movement with the mainshaft, but is fixed with respect to a housing against longitudinal movement with the mainshaft. The mainshaft is thereby free to oscillate longitudinally through the collar. A brake mechanism is also provided for selective engagement with the collar. The brake mechanism includes a brake surface. The brake surface makes selective contact with the collar to create a selective frictional force against rotation of the collar, and thereby against rotation of the mainshaft. An adjustment mechanism is also engaged with the brake mechanism. The adjustment mechanism causes more or less force to be applied to the brake mechanism, creating greater or lesser frictional force between the brake surface and the collar.

A dual-bearing reel includes a reel unit, a spool shaft, a spool, and a brake device. The spool shaft is rotatably supported by the reel unit. The spool includes a bobbin trunk, a shaft mount and a coupling wall. The bobbin trunk includes an internal space. The shaft mount has a tubular shape, and is penetrated by the spool shaft. The coupling wall couples the bobbin trunk and the shaft mount. The brake device includes at least one magnet disposed in opposition to the coupling wall. The brake device brakes the spool by a magnetic force applied to the coupling wall from the at least one magnet.

A dual-bearing reel includes a reel body, a tubular pinion gear, a first bearing, a spool shaft, a spool attached to the spool shaft, and a clutch mechanism. The first bearing member supports an outer perimeter surface of a first end portion of the pinion gear. The spool shaft extends through an interior of the pinion gear and is rotatably supported in the reel body. The clutch mechanism is configured to switch between a clutch on state to connect the pinion gear and the spool shaft, and a clutch off state to release the connection between the pinion gear and the spool shaft. The spool shaft includes a support portion configured to support an inner perimeter surface of a second end portion of the pinion gear in the clutch on state.

A fishing reel centrifugal brake assembly is keyed to a spool. The assembly retains slidable brake shoes that extend to contact a ring and speed adjust shoes that extend to contact a conical surface. Brake shoe channels are received on brake assembly rails. Speed adjust shoes apply centrifugal force against the conical surface to move the assembly axially when rotated. The brake assembly is urged away from the brake ring and towards the spool at lower rotational speeds. Braking resulting from brake shoes/brake ring contact is adjustable by a control dial that defines a camming surface that moves the brake ring axially to position a smaller or larger diameter portion of the brake ring adjacent to the brake shoes. Frame springs press the brake ring against the camming surface. A brake spring retainer maintains frame spring orientation when springs are compressed, which reduces the possible of reel jams.

A fishing reel forwardly releases a fishing line and includes a reel unit, a spool, a spool brake, an electric component, and a voltage booster circuit. The spool is rotatably supported by the reel unit. The spool brake generates an electric power upon a rotation of the spool, and applies a brake force to brake the spool using the electric power when the spool is rotated. The electric component operates using the electric power generated by the spool brake. The voltage booster circuit increases a voltage supplied to the electric component.

A fishing gear of one embodiment is a line stopper device including a support member that closes a through-hole of a fishing spinning reel in which the through-hole penetrating in a radial direction is provided on a front side of a skirt portion of a spool; and a line stopper member supported by the support member. The line stopper member includes a fishing line locking portion supported by the support member on an outer side of the support member in the radial direction, and a support shaft portion extending inward in the radial direction from the fishing line locking portion and penetrating through the support member. A width of the support member is formed to be larger than a width of the fishing line locking portion, and the fishing line locking portion is offset to one side with respect to the support member when viewed in a width direction.

A dual-bearing reel includes a reel body, a tubular pinion gear, a first bearing, a spool shaft, a spool attached to the spool shaft, and a clutch mechanism. The first bearing member supports an outer perimeter surface of a first end portion of the pinion gear. The spool shaft extends through an interior of the pinion gear and is rotatably supported in the reel body. The clutch mechanism is configured to switch between a clutch on state to connect the pinion gear and the spool shaft, and a clutch off state to release the connection between the pinion gear and the spool shaft. The spool shaft includes a support portion configured to support an inner perimeter surface of a second end portion of the pinion gear in the clutch on state.

A device has a spool rotatable about an axis in a reel, and a braking structure that effects a braking force against rotation of the spool, the braking force being adjustable by changing a proximity of the braking structure relative to the spool. The device includes at least one tap in a fixed relationship with respect to the braking structure, and a brake dial accessible outside the reel and providing a threaded portion that accepts the at least one tap, the brake dial being rotatable to change the proximity of the braking structure relative to the spool by movement of the tap.

A drag device for a dual bearing reel includes a drag device, a sound generating member, and a housing member. The drag plate is integrally rotatable with the drive shaft, and is capable of being pressed by a drag adjustment member. The drag plate includes a sound generating plate opposed to the drive gear. The sound generating member includes a head portion configured to contact the sound generating plate, and a shaft portion connected to the head portion. The sound generating member is configured to generate a sound by interference between the sound generating plate and the head portion during relative rotation between the drive gear and the drag plate. The housing member is configured to be mounted to the drive gear and includes a holding portion to hold the shaft portion of the sound generating member, and a regulating portion configured to regulate movement of the head portion.

A fishing reel forwardly releases a fishing line and includes a reel unit, a spool, a spool brake, an electric component, and a voltage booster circuit. The spool is rotatably supported by the reel unit. The spool brake generates an electric power upon a rotation of the spool, and applies a brake force to brake the spool using the electric power when the spool is rotated. The electric component operates using the electric power generated by the spool brake. The voltage booster circuit increases a voltage supplied to the electric component.