Daiwa MF100 Baitcast Fishing Reel

Description Daiwa MF100 Baitcast Fishing Reel Product Specification Table: Model Gear Weight Ball Bearing Drag Pressure Spool Capacity MF100 6.3 190g 5BB; 1RB 5kg PE 2/180m Compact, powerful, and built to perform the new Daiwa MF100 is ready to take on hard-fighting species like Mangrove Jack, Barramundi, and Bass. Its lightweight composite graphite frame and side plate deliver excellent strength and rigidity without the extra weight. Equipped with Daiwas proven MAGFORCE braking system, the MF100 provides effortless control and easy adjustment to suit different lure weights, helping prevent casting overruns. Upgraded from its sister model, the PR100, the MF100 includes two additional ball bearings for a smoother retrieve, EVA handle knobs for a secure grip, and an aluminium star drag for a refined, premium feel. The Daiwa MF100 combines durability, precision, and comfort making it an outstanding choice for anglers chasing inshore and freshwater predators. Features & Technology: 90mm BC HANDLE -The all-rounder of handle lengths is suited to a variety of applications from finesse to mid to heavy-duty angling. ALLOY HANDLE – Light, yet strong, and highly corrosion resistant this a handle thats the great all-rounder and suited to most applications. EVA KNOB -Delivered enhanced angler comfort and contact, EVA knobs provide optimum contact in wet conditions. MAGFORCE -Daiwas first iteration of the famous magnetic cast control system, Magforce is a spool braking system designed to slow the rotational speed through a dialled magnetic control. ULTIMATE TOURNAMENT DRAG – A system that combines ultra smooth low inertia with ultimate fish stopping power. UTD combines advanced carbon washers, alloy and stainless steel drag plates with specially designed grease for ultra-smooth performance. INFINITE ANTI-REVERSE – Daiwa’s advanced system that limits rearward backplay handle movement to almost zero for solid hooksets with less shock to the reel. The result is the elimination of handle slap-back and the unwanted release of line.