- New
Unavailable at the moment
€280.00
Spinning Rod Illex Night Fall S 2652 H, very long and very powerful, designed for the pursuit of large predators at long distances over large expanses of water.
| Combinations | Reference | Weight | Length | Power | Strands | Overall dimensions | Price | Shipping | Quantity |
Reference : 53459
Weight :
194,5g
|
53459 |
194,5g |
265cm |
10-70g |
2 |
136,5cm |
€280.00 |
Designed for modern shore fishing of trophy predators, the rod spinning Illex NIGHT FALL S 2652 H combines power, distance and responsiveness to make a difference with wary fish.
Its Extra Fast action provides instant strike detection and allows for strong, clean and precise hook sets. During the fight, the power reserve helps to stand up to the largest pike and trophy zander, while maintaining true fishing comfort during long sessions. This is exactly the type of blank that is appreciated when you need to cast long, prospect wide and stay connected to your lure at all times.
The high module TORAYCA carbon blank delivers a highly sought-after combination of lightness, resonance and power. Result: a lively rod in hand, more pleasant to handle on repeated actions, with feedback that makes it easier to read the bottom and detect subtle bites. The Full EVA handle contributes to comfort and control, while the FUJI ALCONITE 'K' rings cleanly assist casts and line glide to fully exploit the potential of the rod.
In large prospecting areas, the NIGHT FALL S 2652 H comes into its own with large soft lures, jerkbaits, light swimbaits, casting jigs and technical crankbaits. It is aimed at demanding anglers who are looking for a powerful spinning canne to approach banks, big spots and areas where casting distance matters as much as precision.
On the shore, it becomes a real asset as soon as the predators are far away, in open water or on drop-offs to be methodically prospected. For sessions dedicated to trophy fish, it provides that extra authority and sensitivity that allows you to insist with confidence, even when conditions become more demanding.