Not realtime don't buy
Don't buy
Archived App
This is an archived listing of the app previously available on the App Store.Although the app is no longer distributed by Apple, you can still view its description, screenshots, version history, ratings, and metadata for reference.
About
Discover the exact opposite point on Earth from your current location or any searched address. This app visualizes antipodal coordinates on a map, offering a unique geographical perspective.
✓Real-time antipode locator
✓Search for any location's antipode
✓Map visualization of antipodal points
✓Uses current or searched coordinates
✓Displays opposite coordinate pairs
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What's New in Obverse
2.0
April 20, 2021
UI improvements and stability improvements for older iOS version(s).
User reviews
Developer apps
FAQ
What is Obverse?
Obverse is a paid application that allows you to find and view the exact opposite point on Earth (antipode) from your current location or any searched address. It displays these antipodal coordinates on a map.
How does Obverse determine an antipode?
Obverse uses your current location or a searched location to calculate its antipode, which is the point diametrically opposite on the Earth's surface. This opposite coordinate pair is then displayed.
What devices does Obverse support?
Obverse is compatible with a range of Apple devices, including the Apple Watch, iPhone, iPad, and iPod.
What is the age rating for Obverse?
Obverse has an age rating of 4+, making it suitable for young users and above.
When was Obverse last updated?
The latest version of Obverse was released on April 20, 2021. The app was initially released on December 28, 2017.
What is the price of Obverse?
Obverse is a paid application and costs $1.99. There are no in-app purchases available.
Does Obverse have ads?
The provided data does not specify if Obverse contains advertisements. However, it is a paid app, which often implies an ad-free experience.
How accurate is Obverse's antipode calculation?
Obverse calculates antipodal points based on standard geographical coordinate systems. The accuracy is dependent on the precision of the input location data.
