Most people rely on a cellphone instead of a watch to tell the time these days, but what if your phone dies leaving you and high and dry? These modern LED watches are a great way to make sure you're always on time and fashionable from now on. Created by Tokyo Flash Japan, the watches display the time in changeable LED triangles.
The watch can be programmed to display in 7 different colors; choose from blue, cyan, red, green, candy, violet or multi. A full charge on one of these beauties takes 3.5 hours and will last you a full month. What's even more awesome is that this design was sent to the Tokyo Flash blog by a fan and then was made into reality. This is the ninth time a fan's idea has been turned into reality by the popular blog.
The battery can be recharged more than 300 times.
Rechargeable LED Time Tellers
These Modern Led Watches Make it Easy to be on Time
Trend Themes
1. Rechargeable LED Watches - The trend of rechargeable LED watches demonstrates the potential for innovative wearables that combine function and style.
2. Customizable LED Displays - The ability to customize LED display colors on a watch could inspire innovation in other products with LED displays, such as smart home devices or vehicle dashboards.
3. Crowdsourcing Design - The success of fan-designed LED watches shows the potential for crowdsourcing design in other industries, such as fashion or product design.
Industry Implications
1. Watches and Jewelry - The rechargeable LED watch trend presents an opportunity for disruption in the watch and jewelry industry, as consumers increasingly seek stylish and functional wearable technology.
2. Consumer Electronics - Customizable LED displays could inspire innovation in other consumer electronic industries, such as smart home technology or automotive technology.
3. Crowdsourcing Platforms - The success of Tokyo Flash Japan's fan-designed LED watches highlights the potential for disruption in the crowdsourcing platform industry, as consumers increasingly seek opportunities to participate in the creative process.