Positioning operating axes inside the cover footprint resolves the trade-off between improved operability and reduced reel volume.
Optimizing the ratio of spool stroke distance to winding pitch and gear module resolves dead point noise while reducing overall reel size.
A fishing reel line clip uses a resin buffer to elastically support the stem portion.
Protruding ribs mechanically retain the fishing line guide sleeve within the bore, preventing adhesive failure caused by water exposure.
A spinning reel handle brake applies friction to stop unwanted movement caused by rotor drag during line release.
An engaging portion on the rotor cover interacts with the bail support structure to prevent fishing line entanglement between moving parts.
Segmented click springs and plates nested in the drag knob resolve complexity issues while enabling precise rotating force adjustment.
An 8 mm or less rolling bearing uses a holding groove on the outer ring to secure an elastic element, absorbing vibration while maintaining load capacity.
A one-way clutch disconnects the brake during retrieval to eliminate tension variations while maintaining casting control.
A fishing reel line guide employs a movable pillar to center the line in the guide hole, preventing tangling and reducing resistance during winding.