TAG Heuer Aquaracer Professional 100 Solargraph Solar Quartz Watch WBP141H.BA0049
The TAG Heuer Aquaracer Professional 100 Solargraph pairs refined materials with the technical design of the Swiss Maison’s tool-watch. A luminous white mother-of-pearl dial is enhanced by 12 circular diamond hour markers (0.075 ct, Colour G+, Clarity VS+), creating brilliance while preserving legibility. The stainless-steel 28 mm case balances robustness and elegance. Powered by the Solargraph Calibre TH51-00, the timepiece harnesses light as its energy source to deliver precise, reliable performance.
The Calibre TH51-00 is a quartz movement powered entirely by light. By converting both natural and artificial light into energy, it continuously recharges during everyday use. A full charge delivers up to 8 months of autonomy, while brief exposure to light can power the timepiece for a full day. Designed for durability, the movement offers a battery lifespan of up to 15 years, reducing maintenance while ensuring stable precision and dependable performance.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The TAG Heuer Aquaracer Professional 100 Solargraph pairs refined materials with the technical design of the Swiss Maison’s tool-watch. A luminous white mother-of-pearl dial is enhanced by 12 circular diamond hour markers (0.075 ct, Colour G+, Clarity VS+), creating brilliance while preserving legibility. The stainless-steel 28 mm case balances robustness and elegance. Powered by the Solargraph Calibre TH51-00, the timepiece harnesses light as its energy source to deliver precise, reliable performance.
The Calibre TH51-00 is a quartz movement powered entirely by light. By converting both natural and artificial light into energy, it continuously recharges during everyday use. A full charge delivers up to 8 months of autonomy, while brief exposure to light can power the timepiece for a full day. Designed for durability, the movement offers a battery lifespan of up to 15 years, reducing maintenance while ensuring stable precision and dependable performance.
