During this year's Geneva Watch Fair, TAG Heuer has released a technologically incredible chronograph that utilizes a totally new hairspring made of carbon composite. The TAG Heuer Carrera series replica watches have been continuously introduced since its first launch in 1963 and has always been adhering to the brand's pure genes. The unique modular design and close connection with motorsport make this collection one of the brand's most popular collections. Let's take a look at the incredible chronograph.
Ultra-light Titanium Case
The case of TAG Heuer Carrera Caliber Heuer 02T Tourbillon Nanograph (Ref. CAR5A8K.FT6172) replica is made of ultra-light titanium, building off the foundation of that watch's 45mm case (rendered here in blacked-out titanium with a carbon bezel), TAG Heuer has pushed basically every aspect of the movement to the next level. The entire thing is decorated with hexagon motifs, a reference to the nanoscopic hexagonal structure of the carbon used in the hairspring, the dial and rotor have both been open-worked to let you see more of the movement, and the aluminum balance wheel is set with both white gold weights and white Super-LumiNova so you can see it beating away in the dark.
Carbon Fiber Lugs
The TAG Heuer Carrera Calibre Heuer 02T Tourbillon Nanograph replica is equipped with an anti-glare sapphire crystal and carbon fiber lugs. The watch's crown is a screw-in design with a TAG Heuer brand logo on the crown. There are timing buttons on the top and bottom of the crown. The watch features black calfskin and a rubber strap with a black PVD coated titanium folding clasp.
Caliber Heuer 02T
TAG Heuer Carrera Caliber Heuer 02T Tourbillon Nanograph replica is powered by the in-house automatic Caliber Heuer 02T. The 31mm diameter, 33-jewel, the 28800vph-operated movement has a power reserve of 65 hours as well as a COSC certificate. For the first time in this model, TAG Heuer uses a carbon composite material. The material aims to increase the efficiency of the watch in terms of durability and precision with the capacity to operate without being affected by the negative aspects of gravity and shocks. Considering the fact that the Tourbillon escapement has been developed for improved accuracy in the first place, the new model should be super accurate.
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