GSHOCK : GPW-1000-4DR

MODEL SERIES : GPW-1000-4DR

Features

GPS HYBRID WAVE CEPTOR – G-Shock GPW-1000
World's first*1 GPS hybrid radio-controlled, solar-powered*2 G-SHOCK

GPS satellite radio wave reception + Terrestrial radio wave reception
Two mutually complementary systems, GPS satellite signal reception and terrestrial (Multi Band 6) time-calibration signal reception, are mounted in a shock-resistant structure. Prompt analysis of current time and Daylight Saving Time data enables GRAVITYMASTER to display of the correct time all the time, anywhere in the world.

1-push display of the precise time in every area around the globe

Access the correct time more quickly and more reliably wherever you go.
Even outside standard time radio wave reception areas, GPS time data is used to display the time in your current location quickly and accurately.

Subsequent automatic reception

Inside terrestrial radio wave reception areas
Time-calibration signals are received and the time corrected.
When time-calibration signal reception is not possible, time data is received from GPS satellites (within 7 seconds to 1 minute).

Outside terrestrial radio wave reception areas
Time data is received from GPS satellites and the time corrected (within 7 seconds to 1 minute).

Multi Band 6
Time-calibration signal reception from 6 transmission stations worldwide. Automatic time correction realized in Japan, North America, Europe and China.

Shock-resistant miniature antenna
A shock-resistant miniature antenna constructed of an amorphous material achieves high-sensitivity reception of time information carried by standard time radio wave. Tough enough for use during vigorous activities, it also realizes stable, reliable radio wave reception from all the world’s six transmission stations

1-push display of the precise time in every area around the globe
Access the correct time more quickly and more reliably wherever you go.
Even outside standard time radio wave reception areas, GPS time data is used to display the time in your current location quickly and accurately.

DESIGN
Functional beauty inherent in toughness
The pursuit of the requisite strength for the GRAVITYMASTER to operate in the most brutal environments focused on everything from its structure and raw materials to its various functions. The resulting tough design has advanced the performance of the GPS hybrid radio-controlled, solar-powered watch to the limit.

Ion Plating city code ring
Ion plating embellishes the metal city code ring with an accent color. World Time city codes inscribed on the ring underscore the global character of this GPS hybrid radio-controlled, solar-powered watch.

DLC-coated bezel
The surface of the metal bezel is coated with an amorphous carbon film with hardness approaching a diamond’s. This DLC (diamond-like carbon) coating gives it superior abrasion resistance accompanied by a quality material feel

Carbon-fiber insert band
A carbon- fiber insert with outstanding tensile strength is molded into resin material to produce a tough, durable band.

Mode dial
During GPS signal reception, the latitude of the current location is indicated by a small hand. In the Flight Mode, the hand points to an airplane icon. These and other careful details have been added assuming worldwide use.

Sapphire crystal
A sapphire crystal with excellent scratch resistance has been installed to assure high-clarity viewing. Application of a non-reflective coating to the crystal enhances the dial’s visibility further.

Nano-processed dial parts
Resin material is employed for the dial’s hour marker ring in an innovative move aimed at enhancing the watch’s lightweight and shock-resistance characteristics. Original nano-processing and deposition technologies are adopted to achieve sharp modeling and a high-quality coating, resulting in a combination of a 3D look with a superior quality appearance.

Forged buttons
The side buttons are forge-molded. Besides underscoring the tough look, their large-format, dignified modeling brings out the quality look of the metal material.

Oversized quick-lock crown
The crown is equipped with a quick-lock mechanism that’s easy to lock and release. Special processing has been conducted to improve the large-dimension crown’s grip and enhance its operability.

TECHNOLOGY
Fusion of strength with precision
A GPS hybrid radio wave reception system capable of obtaining time data worldwide is mounted in a tough structure that stands up under the most severe conditions. This one-of-a-kind tough watch is built for use anywhere at any time.

Worry-free we arability in the harshest environments

TRIPLE G RESIST

The pursuit of even greater toughness has produced a tough structure that stands up to three types of powerful gravitational acceleration: shocks, centrifugal forces and vibrations. The strength to operate normally under the most brutal conditions enables users to take full advantage of the GPS hybrid radio wave reception system’s unique ability to receive transmissions in any area of the globe.

• * A gel-like material with silicone as its principle raw material exhibiting outstanding shock-absorption characteristics.
• * αGEL® (Alpha Gel) is a registered trademark of Taica Corporation.

Band attachment structure
The band is attached securely to the case with 2.3 mm diameter screws inserted from both sides at 1.5x the usual tightening torque. Pipes serving as housings rotate freely to alleviate the problem of loosening due to vibrations.

Fine resin frame
The diameter of the dial is enlarged to assure high-sensitivity reception. A high-rigidity fine resin frame is installed to support the case while its thickness is minimized to maintain the optimal G-SHOCK size and slimness

Shadow-dispersion solar cells
Shadow-dispersion dispersed solar cells with excellent power-generating efficiency are installed to assure ample power for GPS signal reception. Despite an increase in the dial’s transmission efficiency for power-generation purposes, the solar cells’ distribution keeps them out of sight.

High-brightness LED light
A high-brightness LED light is installed to ensure vivid lighting for reading the dial and outstanding visibility in dark places.

In flight mode
In the Flight Mode, GPS reception is turned off by button operation. This function supports use in compliance with aviation safety standards in aircraft that prohibit the operation of signal transmission devices during takeoff and landing.

Smart Access
Multi Mission Drive, which realizes multifunctionality by assigning multiple roles to individual hands, is equipped with an electric crown switch. World Time city selection is accomplished by simple crown operation, providing speedy access to the current times in the world’s major cities.

20-bar water resistance
The airtight structure keeps water out during everything from daily activities to sudden rainstorms, swimming or snorkeling.

Tough Movement

This unique, slim analog movement enhances the reliability of CASIO’s radio-controlled, solar-powered watches.
Multi Band 6
Tough Solar
Hybrid Mount Construction
Auto Hand Home Position Correction

WORLD TIME
With World Time, simply selecting a city name on the city code ring provides immediate access to the time in any of 40 time zones. Two city times can be displayed simultaneously as well, with confirmation of the current time or local time enabled by hour and minute hands in an inset dial. This function is convenient for international travel and other uses.
40 time zone coverage
Coverage extending to all the world’s 40 time zones and time display in every area.
Serviceable in severe environments
Built with a shock-resistant structure and 20-bar water resistance for operation under the harshest circumstances.
Automatic Daylight Saving Time setting
Daylight Saving Time data for every area installed to permit display of the correct time worldwide without manual setting.

*1 As of July 2014, CASIO investigation.
*2 A function combining operation by CASIO’s original solar power-generation system with current positioning determination by GPS (Global Positioning System: global satellite positioning system) and time correction by terrestrial radio wave.