There are many thin small scratches on the blanks between the former guide and the name area, but there are no problems with use.

There are some minor scratches and some signs of use, but it is in relatively clean condition.

The operation has been checked and you can use it without any worries.

Runner Exceed 100SHH/LIMITED is Ripple Fisher's longest-running limited model scheduled for release in spring 2018.

It is a tuned model developed for anglers who challenge monster-class targets. By combining two types of high modulus materials with different characteristics, it is lighter and more resilient, and its shock-absorbing and high-speed recovery characteristics are more pronounced.

The rod's potential is powerful enough to target shore GTs from both docks and rocks, while the lightness of the casting feel and the lift to support the angler are truly a new dimension of performance. We recommend this rod for targeting large bluefish and GT from the shore in situations and fields where ordinary bluefish rods are not suitable. For example, it will surely be of great help in situations where you have to push yourself too hard, such as kampachi game at rocky shorelines with rough roots, or shallow areas where large sunfish come in.

The 100SHH/LIMITED has the feel of an H-class rod for bluefish, but the power of an XH-class rod, which is what we aimed for.

The entire rod is taut to the tip, and when casting, you can use the rebound of the blank to pop the rod out comfortably. It is also easy to cast about 40g lures on the blank without any stress. Naturally, the rod blank is very resilient, so it is also excellent for jig operation. When fighting, it is possible to fight with blue-back fish weighing about 10kg with its high speed and strong lifting power, while showing tenacity.

100SHH/LIMITED bends to the butt more easily than the Final Stand-up SXH, and can be used as an H-class rod for bluefin tuna with less burden on the angler. We recommend this rod for large blue-fish and as a first shore GT rod, as it pursues the possibilities of high modulus carbon.