Indulge your love of G-SHOCK toughness and your appreciation of distinctive design! Check out a whole new GA-V01 reinterpretation of construction and translucent design inspired by tech products from the Y2K era. The GA-V01 brings together organic exterior form and sharp-edged components, combining these with a large, full-screen LCD, the Shock Release Hand and other innovative ideas reflecting the G-SHOCK identity of toughness. The center case protecting the module is covered by an exterior that employs an integrated bezel and band construction, with large dimensional indexes that overlap the glass to also function as shock-absorbent bumpers. This uniquely powerful design delivers a whole new look, while maintaining the characteristic G-SHOCK shock-resistance you love. To achieve this, we developed a magnetic holding structure that attaches the delicate watch hands to the shaft using magnetic force rather than a fixed connection. This Shock Release Hand (minute hand)* absorbs and dissipates impacts effectively. The structure also makes it possible to create larger hands and offers more flexibility in styling. The layered construction of the analog-digital combination face incorporates a full-screen LCD and metallic dial featuring openwork to create decorative see-through sections. Specially designed unconventional hour and minute hands in the center and an indicator hand within the LCD add the finishing touches to this strikingly original design. More than just a bold new look, these timepieces deliver on function, too. Offering 10-year battery life thanks to the high-capacity battery and low power consumption, they also feature an alarm function, LED light, and more. Choose your favorite of four translucent colors — each recalling the popular early-2000s color schemes for electronic devices, toys, and fashion accessories. * Due to the magnetic attachment structure, shocks and vibration may cause the minute hand to oscillate. The minute hand may temporarily shift out of position immediately after shocks or vibrations or when exposed to strong magnetic fields, but will soon return to the correct position.