Citizen - Eco-Drive Super Titanium Dial AW1641-81X Men's Watch - Green

Citizen AW1641-81X is a stunning blend of durability and innovation. Powered by Eco-Drive technology, it harnesses light to keep you on time without the need for battery replacements. This quartz men's watch features a super titanium case, offering exceptional resistance to scratches and corrosion, making it an ideal companion for everyday wear. The bold green dial provides a fresh, modern aesthetic, while the 50-meter water resistance ensures it's ready for any adventure. Perfect for those who seek a reliable, eco-friendly, and stylish timepiece, this Citizen watch brings both functionality and elegance to your wrist.

• Distinctive Green Dial With Clear Display: The rich green dial delivers a bold and stylish look, enhanced by crisp stick and Arabic indices and luminous hands that ensure excellent legibility in both daylight and low‑light conditions. A date display at the 3 o’clock position adds everyday convenience while keeping the dial balanced.
• Super Titanium™ Construction: Built with Citizen’s advanced Super Titanium™, the case and bracelet are exceptionally lightweight yet highly durable. This material is also corrosion‑resistant and hypoallergenic, offering comfortable all‑day wear with a refined brushed finish.
• Mineral Crystal Protection: The dial is protected by clear mineral crystal glass that resists scratches and daily wear. This durable covering helps keep the face looking fresh and readable through everyday use, preserving the watch’s sharp visual appeal.
• 50 m Water Resistance for Everyday Life: Rated to withstand water exposure up to 50 meters (5 bar), this watch stands up to rain, hand washing, and splashes. It’s a practical choice for daily routines without concern over minor water encounters.
• Long‑Lasting Light‑Powered Performance: Equipped with Citizen’s light‑powered technology, this watch harnesses natural or artificial light to maintain reliable timekeeping and a strong energy reserve for extended use without frequent adjustment.