Watch Specifications
ABOUT THIS BRAND
G-Shock is a line of watches manufactured by Japanese electronics company Casio, designed to resist mechanical shock and vibration. G-Shock is an abbreviation for Gravitational Shock. The watches in the G-Shock line are designed primarily for sports, military and outdoors-oriented activities; nearly all G-shocks are digital or a combination of analog and digital and have a stopwatch feature, countdown timer, electroluminescent backlight and 200-metres of water resistance.
Product Description
Casio G-Shock MRG-G2000CB-1AJR MRGG2000CB-1A MR-G GPS WATCH
Product specification
Men's Watch
Case material: the latest titanium alloy
Brighter and tougher
Watch chain material: the latest titanium alloy
Brighter and tougher
Sapphire glass mirror
3-stage movement
IPhone link
20 air pressure waterproof.
"Water rest" or "WR" 20 pressure waterproof / 20atm / 200m waterproof / 20bar / 660ft. It is suitable for high impact sports and some diving activities, such as competitive swimming and diving.
Double time indication
Double hardening DLC treatment
Solar charging.
Use solar charging battery, in the sun, it will automatically charge. The service life of solar cells is 7-10 years. Generally, the battery life of a watch is about 2 years. Compared with the battery life of solar charging watch, it can be within 7-10 years without replacing the battery.
It can automatically receive GPS global satellite signal and calibrate time.
GPS can receive a wider range of signals than radio waves (radio watches are limited to six countries and regions in the world). The GPS module in the table receives GPS satellite positioning signal, which can receive signal even in the non radio wave environment outside the land, so as to obtain more reliable and accurate time correction at any time.
Bluetooth Bluetooth function, synchronized with smart phone.
The world time function can query the current time of other countries in the world.
About 300 cities with simple settings
Jisi magnetic resistance
Composite protective structure
