Eco-Drive Global Radio Controlled BY1001-66E

This Citizen ATTESA watch is an embodiment of technological sophistication and sleek design. Crafted with Super Titanium™ and treated... with Citizen’s proprietary Duratect hardening technology, it offers durability and a lightweight feel, coupled with a scratch-resistant finish. This timepiece from the ATTESA collection feature “Luna Program”, making it the world’s first light-powered Eco-Drive watch with a fully automatic analog moon phase function. It stands out with its automatic moon phase calculation function that can be set to display the lunar phase in either the Northern or Southern Hemisphere, making it a universal companion for astronomy enthusiasts or someone who simply appreciates the celestial display. The perpetual calendar within automatically adjusts for month length and leap years, and the power reserve indicator keeps you informed of the stored energy level. For the global traveller, this watch is equipped with a sophisticated Global Radio-Controlled feature that receives radio signals from atomic clocks located in five regions across the globe. These include one station each in the United States, Europe, and China, along with two in Japan. Furthermore, this timepiece boasts a World Time function, which provides the ability to keep track of the time in 24 different time zones. It also includes a convenient summertime setting, which can be adjusted on or off as needed. It is complemented by a 24-hour display, along with day and date functions, ensuring you have all your essential timekeeping needs in one glance. The Eco-Drive technology within means the watch harnesses power from any light source, negating the need for battery replacements. This environmentally friendly feature is supplemented with an insufficient charge warning, so you're never caught off guard, and an overcharge prevention function to ensure longevity of the power cell. With its advanced features and robust build, this watch is a testament to Citizen’s commitment to innovation and functionality.