Description
Kaida New Universal 718-270 5-25g Spinning Rod
Thanks to high-modulus IM8 carbon, this rod has the necessary rigidity and amazing lightness. Its superb fast action, with very little deflection, allows it to be used with any spinning lure, but its exceptional balance and sensitivity make it especially suitable for jig fishing for pike. The tip responds precisely to the lightest touch of the jig head on the bottom, and the blank, which progressively dampens the predator's jerks, will help you cope with a strong opponent.
The plug-in connection of the butt section to the whip is reliable and practical;
The guides are mounted on lightweight V-shaped brackets. SIC inserts, made of silicon carbide, resist braided line friction. The newconcept system optimally distributes the load along the entire length of the blank.
A convenient bracket will help you secure the hooks of your bait when changing fishing areas;
The Kaida Universal spinning rod is equipped with a reel seat equipped with a practical front clamping nut.
| Model | Universal New | |
| Weight | 169 g | |
| Package | Fabric cover | |
| Manufacturer's article number | 718-1040-240 | |
| Manufacturer | Kaida | |
| Reel seat | Screw (top nut) | |
| Number of rings | 9 | |
| Test | 10-40 g | |
| Length | 2.4 m | |
| Form material | Carbon | |
| Type of construction | Plug-in | |
| Transport length | 125 cm | |
| Handle material | EVA | |
| Number of knees | 2 | |
| Rings | SIC | |
| Pen | Spaced | |
| Handle length | 27 cm | |
| Build | Fast | |
| Code | 000771 | |
| Class | Medium Heavy | |
| Input ring diameter | 15 mm | |
| Tulip | Anti-flooding | |
| Knee connection | Over Steek | |
| Tip type | Tubular |
No Warranty or Guarantee: Please note that all fishing tackle, rods, and reels are sold without any warranty or guarantee. Due to the nature of fishing equipment and the various conditions under which these products are used, we cannot offer warranties on these items. We recommend inspecting all equipment before use and handling with care to ensure optimal performance.
