VMC Multiflex Wire Leader with Ryder Hook 1x7 C722 40cm

Unbeatable protection for your most valuable lures - VMC Multiflex wire leader 40cm

The insider tip for successful pike anglers

The VMC Multiflex wire leader with Ryder hook C722 is the perfect choice for demanding predator anglers. Thanks to its innovative 1x7 construction made from seven fine stainless steel wires, it offers an optimum combination of flexibility and bite resistance.

Knots instead of crimping - maximum flexibility

What really sets this wire leader apart: It is the first 7-strand steel wire leader on the market that can be easily knotted up to a diameter of 0.30 mm. This feature eliminates the need for awkward crimping and enables fast, secure installation on the water.

Inconspicuous and natural in the water

Thanks to its matt surface, the Multiflex wire leader is particularly inconspicuous in the water. It remains wire-free and ensures a natural bait presentation without annoying twists. Your artificial lures, such as spinners, spoons and wobblers, run perfectly - just as is crucial for successful pike attacks.

Technical details and load capacities:

• #2 with 5kg load capacity (0.25mm) - ideal for lighter bait presentation
• #2 and #1/0 with 7kg load capacity (0.28mm) - perfect for medium lures
• #2/0 with 9kg capacity (0.30mm) - reliable for large lures and capital pike

Quality made by VMC

VMC has stood for the highest quality in angling for decades. The multiflex wire leader with the proven Ryderhook C722 is available in a length of 40 cm and offers reliable protection against pike bites for all artificial bait applications. The sophisticated design ensures fewer drop-outs and more successful catches.

Who is this wire leader suitable for?

This premium steel wire leader is the first choice for all anglers who fish for pike with artificial lures. The VMC Multiflex shows its strengths particularly when spin fishing with spoons and spinners as well as when using larger plugs and significantly improves your chances of catching fish.