A fishing lure embeds noise-making elements inside a hollow tube to create vibrations and lifelike eye movement.
A wireless fish strike indicator transmits signals to mobile devices.
Segmenting the weight body into independent cavities enables continuous scent release without increasing component count or structural complexity.
A fishing lure uses a hollow body and internal weight to create realistic fish-like motion during retrieval.
A hydrodynamic fishing device plate positioning controller adjusts depth and lateral paths via manual indexing.
A pivoting lure portion creates a line channel that shifts tension vectors to free snagged hooks.