LunaSolCal Mobile
LunaSolCal Mobile Summary
LunaSolCal Mobile is a with in-app purchases Android app in Weather by Volker Voecking Software Engineering. Released in Jul 2010 (15 years ago). It has about 942.3K+ installs and 16.1K ratings with a 4.86★ (excellent) average. Based on AppGoblin estimates, it reaches roughly 3.8K monthly active users and generates around $<10K monthly revenue (100% IAP / 0% ads). Store metadata: updated Apr 2, 2026.
Recent activity: 23 installs this week (120 over 4 weeks) showing below average growth , and 17 new ratings this week View trends →
Data tracking: SDKs and third-party integrations were last analyzed on Apr 2, 2026. The app's network data flows (API traffic to/from the app and its SDKs) were last crawled on Feb 20, 2026.
Store info: Last updated on Google Play on Apr 2, 2026 .
SDKs, Trackers & Permissions
LunaSolCal Mobile was last scanned for SDKs 2026-04-02. Below is the overview of third party companies detected in the app. The full list of raw SDKs, app permissions and unknown SDKs is available here.
Google
KotlinApp Details
App Store
Ads & App-Ads.txt
AppGoblin SDK Scans
4.86★
Ratings: 16.1K
Screenshots
App Description
A smarter way to watch the sun and moon Quickly calculate sun and moon activity
A smarter way to watch the sun and moon.
Quickly calculate sun and moon activity.
* Calculates the following data:
- Sunrise
- Solar noon
- Sunset
- Twilight times
- Equation of time
- Declination
- Azimuth of sunrise and sunset
- Altitude of sun at noon
- Moon rise
- Moon transit
- Moon set
- Declination
- Azimuth of moon rise and moon set
- Altitude of moon during transit
- Date of next new/full moon
- Sun Path during the day
- Moon Path during the day
- Solstice and Equinox dates
* Specify a location by :
- GPS receiver
- list of more than 30000 cities
- WGS-84 coordinates
* Any date between 01/01/1901 and 01/31/2099 can be selected
* Special layout for tablet devices (8-inch and larger)
* Information can be shared on Twitter and Facebook
Please note that the accuracy of the calculations decreases for locations north of 65°N and south of 65°S