Metric Size Socket Set Screws
Thread Size: M1.4-M52
DIN913, DIN914, DIN915, DIN916
ISO4026, ISO4027, ISO4028, ISO4029
Various Drive and Point Types
Various Surface Finishes
Other Material Grades are available
Please feel free to contact us for more details
Photo & Video Review: Hercules Ceramic Tourbillon Automatic, Android USA (BLUE)
Band: Ceramic
Movement: Seagull TY-802 rhodium plating automatic flying tourbillon
Crystal: Sapphire
Crown: Screw Down
Clasp: Push Button Dual Deployant
Band Measurements: 8.5″ L x 32mm W
Case Measurements: 50mm
Water Resistance: 20 ATM – 200 meters – 660 feet
Android Men’s Hercules Limited Edition Automatic Flying Tourbillon Ceramic Bracelet Watch
Choices: Black, Blue or Purple dial
Android evokes the stunning strength of Hercules in a limited edition timepiece loaded with superior functionality and supreme style! The massive 50mm diameter and 20mm thick build commences with a black ceramic case and a black 316L stainless steel fixed bezel with silver-tone Arabic numerals at all hour positions. Your limited edition number out of 500 per color choice comes etched along the side of the exhibition back.
Set beneath a scratch-resistant sapphire crystal, a round dial comes in your choice of black, blue or purple. Raised round Superluminova accented index markers show at all hour positions except 6:00. Exposing the coveted Seagull TY-802 Automatic Flying Tourbillon movement w/ 27 jewels, an extraordinary open heart tourbillon cage appears at 6:00. The Android name and “LIMITED EDITION” scroll under 12:00. Superluminova accented hour and minute hands keep you right on time. The crown and outer ring on the bezel, the frame of the tourbillon cage and the accents on the index markers and hands come in gold-tone with the black dial, silver-tone with the blue dial or rose-tone with the purple dial.
Dashing, durable and smooth to the touch, a black ceramic bracelet offers extra polish to the already sophisticated timepiece. The bracelet tapers from 28mm wide to 24mm wide at the push button dual deployant clasp. Be confident in the immense style and enduring craftsmanship of the bold Hercules!
Black: AD650AGK
Blue: AD650ABU
Purple: AD650ARPU
•Warranty: This watch comes with a two year limited warranty provided by Android.
*data from Android USA and ShopNBC
An engineer and a historian discuss how technology and human behavior are shaping the sustainable energy revolution.
In the first in a series of events exploring the intersection of engineering and humanities perspectives on common themes, Stanford faculty members John O. Dabiri, professor of civil and environmental engineering and of mechanical engineering, and Ian Morris, professor of classics, engaged in a moderated discussion about the future of sustainable energy. The two spoke at length about their different viewpoints on a central question: What can we expect the transition from fossil fuels to renewable energy to look like in light of new technologies and age-old human behavior?
Morris, whose most recent book explored the role of energy in shaping inequality and violence over the past 20,000 years, said that the three critical periods of energy transition – from foraging to farming to fossil fuel societies – have resembled the messy process of natural selection. “Changing our behavior is a process driven by the same forces that drive biological evolution,” he said. “We respond positively to things that allow us to do what we want to do in an easier way without taking too many risks. So if you have electric cars that cost less and run on less than internal combustion engines, then people will buy them. If you don’t, they won’t.”
Dabiri, whose research focuses on new ways to capture wind energy, said that engineers should think a little more about the context of their work – how renewable energy solutions will look different in Palo Alto than they will in Mumbai – as well as how a deeper understanding of human nature could help motivate people to change their behavior. “We often as engineers come in to the problem thinking if we come up with a cool enough gadget, people will flock to it. That might be true of the iPhone,” he said. “Until we come up with the iPhone equivalent for climate change, for solar energy, for wind energy, it’s going to be an uphill battle for massive adoption of these technologies.”