T006.407.11.033.00
Tissot Le Locle Powermatic 80
- Named after the town where Tissot was founded
- The dial is inspired by the clock on the Le Locle church tower
- Automatic watch with 80 hours of power reserve
- Special engraved case back which gives a glimpse of the beating heart inside the watch
£515.00
Or 3x £171.67/month with 
- Swiss Made
Description
The name Le Locle seems to be a reliable ingredient of success. As well as being the name of Tissot's home and heritage, nestled in the Swiss Jura Mountains, it is the name of a hugely popular automatic watch family. The models display exquisite elegance with details such as Roman numerals and a traditional Le Locle signature which complete the picture of classical chic.
Technical specs
-
SKU
T0064071103300
-
Weight
122
-
Collection
T-Classic
-
Gender
GENT
-
Water resistance
Water-resistant up to a pressure of 3 bar (30 m / 100 ft)
-
Warranty
2 Years of Warranty
The Tissot user's manual give information about the use, the settings and the maintenance of the different Tissot watches.
Powermatic 80
An automatic watch is powered by the energy of the person who wears it. Wrist movement enables the mechanism to run. The Powermatic 80 movement boasts 80 hours of power reserve, which is enough to continue telling time accurately even if the watch is not worn for three days. It is an innovative movement that outperforms the competition, whose movements general provide 1.5 days of power reserve.
Sapphire
A sapphire crystal gives a watch the following properties: extremely high resistance to impact and superior screen and hand readability thanks to its transparency. Because it is the strongest material after diamonds, it is used in fine timepieces for its anti-scratch prowess. Sapphire crystals can take many forms and give the watch a variety of looks: flat, domed, concave or ground.
Water resistance
All Tissot watch cases undergo several tests, including a water resistance check. Tissot tests the watch's ability to resist impacts and pressure, as well as the penetration of liquids, gas and dust by replicating the real-life conditions in which the watch may find itself.