Hard lure FIIISH Power Tail Evo 40

Detailed description of the POWER TAIL EVO

A unique and ultra-effective swimming concept

Power Tail Concept

The Power Tail Evo is based on an innovative combination between the body and the fin. This design generates a constantly moving swimming action, even during the descent. The fin produces a natural oscillation of the body and slows the fall of the lure, increasing the time spent in the strike zone and making bites easier to trigger.

Optimized weighting for all conditions

Each size of the Power Tail Evo benefits from specific weighting. This weight distribution ensures excellent stability, long and precise casts, and effective adaptation to different depths and currents. Its behavior remains consistent regardless of the retrieve cadence.

Reinforced hook for a better catch rate

BKK treble hook

The Power Tail Evo is fitted with an oversized BKK treble hook, repositioned and redesigned to improve strike efficiency. The anti-corrosion treatment makes it perfectly suited for use in both freshwater and saltwater, while ensuring excellent durability.

New design for increased visibility

A more realistic profile

Its new design, closer to a small baitfish, offers a very attractive natural silhouette. The switch to a zinc alloy and the increase in body height allow the lure to flash more on its flanks, noticeably improving its visibility, even in difficult conditions.

Maximum versatility

The Power Tail Evo can be used in both small streams and large rivers. It effectively targets multiple species thanks to its dynamic swimming action and its ability to adapt to different environments and depths.

Target species

• Trout
• Perch
• Asp

Key features

• Continuous dynamic swimming action with slowed descent
• Specific weighting for each size
• Long and precise casts
• Reinforced, anti-corrosion BKK treble hook
• Realistic design with high visibility
• Zinc alloy for better performance in the water
• Freshwater and saltwater use
• Versatile in rivers and streams
• Effective at all retrieve cadences