Casio G-Shock Limited Edition Diffuse Nebula MTG-B3000DN-1AER

The Casio G-Shock Limited Edition Diffuse Nebula MTG-B3000DN-1AER with its luxurious look is inspired by nebulae. Perfect choice for a casual outfit, this special edition watch is not only stylish, it is also shock-resistant, and the watch features a carbon fibre reinforced construction, chronograph, and 200 metre water resistance. Connect the watch to your phone via Bluetooth for more features. If your phone goes missing at home, for example, you can press a button to activate the "find my phone" function, which will alert your phone directly from your watch. A solar-powered tough-solar mechanism means the watch will always stay running as long as it's exposed to light, while radio-controlled timekeeping allows you to keep accurate time in every situation. If you're following a different time, the dual time function on the watch face ensures you're always on time. The Casio G-Shock Limited Edition Diffuse Nebula MTG-B3000DN-1AER special edition watch comes in its own special case. The watch comes with a two-year warranty.

Technical specifications:

• Size: 51,9 x 50,9 x 12,1 mm
• Weight: 111 g
• TRIPLE G RESIST (Shock resistant, Centrifugal force resistant, Vibration resistant)
• Water resistance classification (20 bar)
• Radio signal reception (EU, USA, Japan, China)
• Solar Power
• Bluetooth® Smart
• Smartphone time
• App: CASIO WATCHES
• World time function
• Phone Finder
• Sapphire crystal
• Stainless steel carbon case
• Case with IP finish
• Resin band
• One-Push Band Exchange
• Buckle
• Strap lenght: 145 to 215 mm
• Neobrite luminecens
• Super Illuminator
• Dual Time Display
• Date and weekday display
• Stopwatch function - 24 hours
• Timer - 1/1 sec. - 24 hours
• Daily alarm
• LED light (Super Illuminator)
• LED: white
• Automatic hand adjustment
• Automatic calendar with Date, Day and Month
• Crown button lock
• Battery level indicator
• Power savings
• Battery time: 5 months on rechargeable battery
• Accuracy: ±15 seconds per month (with no signal calibration)