AwayTake vs Mu System

Route to the cheapest, closest, top rated food nearby.

AwayTake lets you compare foods around according to price, distance & rating and navigate to the selected food by car, bike, and foot. AwayTake is the first app in global market to enable food price comparison and navigation.
1. Share your location, text the food name (i.e. Hamburger, lahmacun, burrito, cheesecake, pizza)
2. Compare the hamburgers around you according to price, distance & rating either via list or map view.
3. Select a hamburger & Navigate by car, transit, bike, on foot.
4. Enjoy eating the hamburger that suits you best in terms of price, distance & food rating!
in following countries:
USA, Canada, UK, Australia, Austria, Denmark, France, Ireland, Italy, New Zealand, Spain, Switzerland, Finland, Germany, Norway, Sweden, Poland, Belgium, Luxembourg, Portugal, Israel, South Africa, Vietnam, Pakistan, Singapore, Malaysia, Bangladesh, Thailand, Hong Kong, Taiwan, Philippines, Bulgaria, Romania, Argentina, Bolivia, Chile, Colombia, Ecuador, Panama, Paraguay, Peru, Uruguay

Location: Delaware, USA

World's Thinnest International Charger

The Mu System is a must-have for any frequent traveler. The slim-line, international, 2.4Amp USB charger for smartphones, tablets and MP3 players is the thinnest international charger in the world.

Built upon the award winning UK Mu Charger, the Mu System is compatible with all makes and models of smartphone, tablets, MP3 players and pretty much all USB-charged devices. The Mu System consists of two parts: a power block with USB connector and separate plug attachments that are suitable for every socket type worldwide.

The Mu System has been designed to work with a simple, patented, click-on and click-off swapping of the plug heads. Ideal if you want a slimline, lightweight charger for day-to-day use, or if you need international variants to suit a travelling lifestyle. Simple, practical, beautiful.

For high-quality performance, the Mu System also has an embedded auto-detect chip enabling the Mu to identify the device being connected and, in turn, deliver device-optimum charge.