SHIMANO 20 Calcutta Conquest DC 201HG

Equipped with I-DC5 that allows for fine brake settings, the anti-backlash performance has been dramatically improved. The new W (wind) mode has also been added to improve the ability to handle strong winds. The synergistic effect of the Magnum Light Spool, which starts up lightly and achieves a low trajectory and smooth flight, improves long-distance casting power and castability. Even Makimono lures, which have high air resistance, can be easily cast far in strong winds. The micro module gear built into the high-rigidity cold-forged body achieves low noise and smooth winding. The new roller clutch reduces rotational resistance and further refines the winding power. With the long-awaited 100 size, the champion of Makimono has further improved its adaptability!

MGL SPOOL
The moment of inertia of the spool determines the casting performance of a bait reel. In the development, we have been trying to reduce this by blanking and thinning the spool body diameter, but with the second generation Magnum Light Spool, we have succeeded in drilling holes in the side of the spool, which was previously considered technically difficult. We have achieved a reduction in the moment of inertia of about 10% compared to our previous models, resulting in a significant increase in casting distance.

In addition to the three-mode internal dial of N (nylon), F (fluoro), and PE, there is a five-stage external dial for selection. The Calcutta Conquest DC has a W (wind) mode for use in strong winds. Backlash is suppressed and appropriate braking is achieved.

I-DC5
In addition to the three-mode internal dial of N (nylon), F (fluoro), and PE, there is a five-stage external dial for selection. The Calcutta Conquest DC has a W (wind) mode for use in strong winds. Backlash is suppressed and appropriate braking is achieved.

Magnum Light Spool
With the second generation Magnum Light spool, we have succeeded in drilling holes in the side of the spool, which was previously considered technically difficult. We have achieved a 10% reduction in the moment of inertia compared to our previous model, resulting in a significant increase in casting distance.