Tissot PRX Automatic Chronograph White Dial Silver-Tone SS Bracelet Watch, 42mm

Tissot PRX Automatic 42mm Chronograph Watch w/ White Dial Silver-Tone Satin Finished Stainless Steel Bracelet, Model T137.427.11.011.00

Created for those with an eye for design and packed with twenty-first century features in a Tissot case shape from 1978, the PRX Chrono is a must-have on every watch fan’s wish list. This 42mm satin-finished steel watch follows the PRX’s sleek, angular form, adding to the laid-back 1970s sports watch style with a so-called ‘reverse panda’ dial. The PRX Chrono is powered by the Valjoux A05.H31 caliber, which provides the design with the classic 3, 6 and 9 chronograph dial layout and an extended 60-hour power reserve.

Features

• 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.
• Superluminova
  Ensuring visibility under all conditions is an important goal for Tissot. This is why some timepieces feature a material we call SuperLuminova®. This material is placed on visible parts such as dials and hands, where it functions as a miniature accumulator of reflected light when the watch finds itself in the dark.
• Valjoux
  The ETA Valjoux calibre is a sturdy, self-winding chronograph movement. The top-of-range model has beautiful finishing touches, such as Geneva waves or circular graining. Designed in the 1970s, its reliability and performance have made it a classic across eras. It is one of the most iconic movements in the world of watch-making.
• 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.