Hard lure SAKURA Notobug 22

A deadly surface insect imitation

A studied realism to fool wary fish

The SAKURA Notobug 22 hard lure accurately replicates the appearance and behaviour of an insect that has fallen into the water. Its high-density polyurethane foam construction ensures optimal buoyancy, allowing it to move on the surface or just beneath the water film.

This natural presentation perfectly imitates a dying insect, triggering reflex strikes from fish focused on surface prey.

Ultra-mobile silicone filaments

Equipped with fine silicone filaments acting as legs, the Notobug 22 animates at the slightest stimulus. Very supple, they vibrate subtly and replicate the erratic movements of a struggling insect, considerably enhancing its attractiveness.

Performance and versatility in fishing action

Compatible with ultra-light spinning and fly rods

In this version, the SAKURA Notobug 22 hard lure can be used with both an ultra-light rod and a fly rod. This versatility allows effective fishing of shallow areas, margins, riffles or shaded zones where predators hunt on the surface.

For spinning, a UL rod is recommended to ensure precise and delicate casts, perfectly suited to finesse fishing.

High-efficiency treble hook

The Notobug 22 is fitted with a treble hook with an irresistible point. This configuration optimises hook-set success while limiting the risk of unhooking during the fight, even against hard-fighting fish.

Why choose the SAKURA Notobug 22 hard lure?

•  Ultra-realistic insect imitation
•  Optimal buoyancy for surface animation
•  Supple and vibrating silicone filaments
•  Effective on chub, trout and bass
•  Compatible with ultra-light rods and fly rods
•  Treble hook with high-performance point
•  Ideal for finesse and discreet fishing
•  High-density polyurethane foam construction
•  Natural animation of a struggling insect
•  Excellent hold during the fight

The SAKURA Notobug 22 hard lure is a technical and specialised lure, designed for demanding anglers seeking precision, discretion and surface effectiveness.