Perfect Choice - Tudor Pelagos FXD Watch

What impresses me about this watch is the following: 1. Ceramic ring; 2. Titanium case; 3. No calendar; 4. Movement; 5. Countdown. Let me talk about the first two points first. The combination of titanium alloy case and ceramic ring is not the first time that it has appeared on Tudor, but why it is the only one that impresses me, because thinness and thinness have two major advantages. One is that it is more comfortable to wear. , Second, the side lines are more beautiful. Although it is only 1.55 mm thinner, the beauty and the beauty are often in the millimeter between the comfort and the more comfortable. Best luxury clone watches online, buy replica watches at firstwatchclone.co.

I will mention the third point below. There is no calendar. According to common sense, the reduction of functions should be a deduction item, but this deduction item is what impresses me the most. The reason is simple, good-looking, because having a calendar will destroy the overall balance of the dial. This is why many people like Tudor's Biwan, but there is a big brother there, so in addition to the ceramic shell watch, the rest of the Biwan watches cannot be ceramic rings. As for whether the lack of a calendar affects the practicality, I personally think that sacrificing a icing on the cake in exchange for an improvement in appearance is a good deal.

Finally, I will talk about the countdown on the bezel of this watch. The rotating bezel of other diving watches is used to calculate the oxygen storage, and the bezel of this watch is used to calculate the diving time. The reason for this design is because this The watch was developed in cooperation with the French Naval Special Forces and was requested by the military. Although the French Navy has nothing to do with us, what we do is snorkeling with a watch. The difference is that they are snorkeling to perform tasks, and we are snorkeling to watch fish in the sea. So I think the countdown function is more practical than the previous function of measuring the oxygen level.