Nomad DTX Minnow Sinking - 200mm - 170g - Pink Mackerel

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About Nomad DTX Minnow Sinking - 200mm - 170g - Pink

The DTX Minnow is a revolution in trolling minnows, featuring the Nomad Autotune, Hydrospeed, Diamond Armour and Gorilla Through Wire advanced design technology. The pat. pending Autotune system was designed over years of testing by Damon Olsen and is a revolution in lure technology that will be applied to all deep diving lures across the Nomad range into the future. The Autotune design provides for 2 key features- maximum diving depth, and the ability to ensure the lure always swims straight. Bibbed minnows have traditionally been made with an eyelet fixed into the bib of the lure. It is impossible to control the manufacturing process to ensure that this fixed eyelet design is always perfectly centred and the fixed wire eyelet is not bent. Therefore, virtually every type of bibbed minnow made with a fixed wire eyelet in the bib will occasionally either not swim straight out of the box, or will fail to swim straight after one or a few fish. The eyelet is either not straight to start with, or becomes distorted during use. However, the pat. pending Autotune system developed by Nomad Design has eliminated this problem. The design eliminates problems during manufacturing and ensure that no matter how many fish you catch, the lure will keep swimming straight. During testing we had lures that had caught over 50 fish, and had been worn through from wahoo and dogtooth teeth to the point of the lure body filling with water, but the lure kept swimming perfectly. The DTX minnow with Autotune will always swim straight, first time and every time, no matter how many fish you catch. The other key feature of the Autotune system is the amazing diving depth that can be achieved. The ability of the system to perfectly center itself every time on the bib means that the tow point can be designed to be as far back on the bib as possible, effectively just forward of the point where the lure becomes unstable and won't swim. However, having the tow point as close to this "point