Lures

Japanese SMITH PURE wobbling spoon for trout and small predators, ideal in rivers, streams and lakes thanks to its designed profile, natural action and high versatility of use.

SMITH PURE wobbling spoon, a versatile metal lure for trout, salmonids and certain predators in rivers, lakes and larger waterways.

Versatile Smith Pure wobbling spoon for predator fishing in rivers, lakes and reservoirs, offering a natural action and a strong attracting effect.

SMITH PURE wobbling spoon, a versatile Japanese spoon lure for trout and other salmonids in rivers, streams, lakes and reservoirs, featuring a tuned curvature and factory-fitted single hook for reliable hookups.

Smith Pure wobbling spoon, a versatile metal lure for trout and predator fishing in rivers, lakes and reservoirs.

Japanese SMITH PURE wobbling spoon, a versatile metal lure for trout and small predators in rivers, streams and lakes.

SMITH PURE metal wobbling spoon, a Japanese classic for trout and predatory fish fishing in rivers, lakes and reservoirs. Ultra-responsive action, profile engineered for attractive vibrations, careful finishes and simple rigging for versatile use throughout the season.

SMITH D-Direct hard trout lure for river and current fishing, designed for quick and precise prospecting of deep areas where cautious trout hold.

Hammered diamond-effect wobbling spoon for trout and freshwater predators, tight action, durable finish, ideal in rivers and stillwaters.

SMITH Drop Dia hammered wobbling spoon with diamond-effect finish, tight swimming action and durable coating — ideal for predator and trout fishing in freshwater.

Hard sinking lure from the D-Contact SMITH range, designed for technical trout fishing and other salmonids in rivers. Its high density, tight vibrating action and strong stability in current allow efficient prospecting of pools, fast water seams and deep banks, even on educated and wary fish.

The Smith D-Contact sinking minnow, a high-density lure for trout and predatory fish in rivers, delivers a lively, natural action even in strong currents.