The Yamashita EGI OH K 3.0 Deep is a squid jig specially developed for targeting cuttlefish and squid in deep water. Its fast, stable descent lets you effectively fish deep areas and spots with strong currents. Equipped with Hydro Fin and 490Glow technologies, it combines stability, attraction and a natural presentation to trigger strikes from cephalopods.
The Yamashita EGI OH K 3.0 Deep is a premium squid jig specially developed for deep-water cephalopod fishing. Its hydrodynamic design and optimized weighting deliver a fast, stable descent while maintaining a natural, highly enticing presentation.
This Deep version of the renowned EGI OH K range is ideal for targeting cuttlefish and squid near the bottom or in areas with strong currents.
The Yamashita EGI OH K Deep stands out for its sink rate of approximately 2 seconds per meter, allowing it to reach deeper water quickly.
This provides a real advantage when fishing areas where cephalopods stay well below the surface. Its carefully engineered balance ensures a steady descent, minimizing erratic movements that could detract from the presentation.
The squid jig features Hydro Fin technology, a hallmark of the EGI OH K range.
This small hydrodynamic fin greatly improves the lure’s stability as it sinks. It helps maintain a natural, balanced posture even in challenging currents.
This stability promotes a lifelike presentation and helps keep the squid jig in an enticing position for cuttlefish and squid.
490Glow technology gives the squid jig’s eyes a phosphorescent glow with a light spectrum that is particularly noticeable to cephalopods.
This technology enhances the lure’s visibility and appeal, especially in deep water where natural light fades.
It offers another way to catch the attention of squid and cuttlefish in low-light conditions.
The Yamashita EGI OH K 3.0 Deep has a tin weight beneath the head, with holes that allow you to add extra weight.
This design lets you adjust the weighting to suit the conditions, particularly in strong currents or when an even faster descent is needed.