The new Ultralight rod series Laiquendi impresses with its optics and the excellent price / performance ratio. The rod series is especially ideal for small spoons and wobblers, as well as spinners and small baits. With this new series we met the request for an "affordable" high end trout rod. With a casting weight of up to 3g, it is specially designed for ultra light baits such as micro spoons. The rod is extremely fast for the casting weight. Endless fun.
Material: NET-V III Carbon Fibre
Hearty Rise Laiquendi series
ArtNo:
Length
Transport length
Weight
Casting weight
Guides
Parts
HRLQS-642UL
1,93 m
0,99 m
68 g
0,4 - 4 g
2
HRLQS-662L
1,98 m
1,02 m
74 g
1,8 - 3,5 g
2
Net-V III Methode: Maximizes stiffness and resilience based on the lightest threefold structure!
Based on the older NET-V Carbon Fiber weaving technology, Hearty Rise has succeeded in consistently creating the unique NET-V III method. Three carbon fiber layers connected in different directions maximize the performance of the blanks. The idea of a rod without seam brings the rods to the top of the possible, in terms of properties and weight.
OOP technology: Without traditional coating and grinding procedures, this OOP technology can achieve matt surface finished rod without damage the rod surface, which allows it to keep its strength. Except for that, in addition to its unique characteristics makes it being water-repellent, also the matt surface finished rods are scratch-resistant, a slight scratch will not leave a scar on it.
SNVC method: Use hot-pressure method to decrease as much resin as possible to create a high-density carbon material with thinner and light weight features.
The present carbon material has entered into its highest level and has been close to its limit of the balance between light weight and power. However, HR still keep studying and engineering on rod materials every year, trying to make it better. Use the lowest resin and highest carbon material to create high modulus carbon material (SNVC) to produce rods with best resilience and lightness.