• By incorporating a fixed tungsten core into the lead body case, the size is close to that of a completely tungsten product, making it significantly more compact than conventional lead-type peanuts, while also offering high cost performance.
• The advantage of the high specific gravity tungsten core is that it has a faster fall speed than lead and is easier to bottom out, which is a great advantage for fast tides, double tides, doTERRA drifting under strong winds, deep fishing, etc.
• By combining the streamlined body and the floating tie and hook separately, it provides a stable action and high hooking performance.
• This is an extremely versatile fishing lure that is easy for anyone to use and can be used to target not only red sea bream, but also various other fish species such as root fish, horse mackerel, and blue fish.
• The peanut-like streamlined head has a stable action even when it is hit by the tide, and has an enhanced rectification effect, making it comfortable to use when the current is fast or when fishing with doTERRA drifting, making it easier to get to the bottom when it is difficult to get to the bottom, such as when the tide is strong.
By combining the streamlined body and the floating tie and hook separately, it provides a stable action and high hooking performance.
This is a super versatile fishing lure that is easy for anyone to use and can target not only red sea bream, but also various other fish species such as root fish, horse mackerel, and blue fish.
The peanut-like streamlined head has a stable action even when it is hit by the tide, and the rectification effect is enhanced, so it can be used comfortably when the current is fast or when fishing with doTERRA drifting, and it makes it easier to get to the bottom when it is difficult to get to the bottom, such as when the tide is strong.
The compact head + hook + tie makes it easier for fish to hook onto the hook, increasing the hooking rate.
Available in 3 types of weights: 60g, 80g, and 100g, please use them according to the water depth and current.