Lunisolar - Sun Moon Calendar

Name: Lunisolar - Sun Moon Calendar
Rating: 3.7692308 (288 reviews)
Author: XSONUS

By: XSONUS App

Moon phases, Days of the Moon, Sunrise and Sunset, Compass and more!

This app was removed from Google Play Store on 2025-01-13

Overview

Removed

Downloads

31,210

Data as of 2025-01-13

Rating:

3.77

(288)

Version:

VARY

Last updated: 2020-05-23

Features & Capabilities

"Lunisolar - Sun Moon Calendar" is an Android app that offers lunar day calculations, moon phases, sunrise and sunset times, eclipses, and more, tailored to your location. With customizable widgets and features for premium users, it provides a comprehensive lunar calendar experience optimized for both phones and tablets.

User Growth & Download Statistics

App

By:

XSONUS

Downloads:

31,210

Rating:

3.77

(288)

Version:

VARY Last updated: 2020-05-23

Creation date:

2013-01-23

Email:

in*****@xsonus.com

URLs:

Website

Full description:

Source:

Google Play Store

Data ingested on:

2025-01-13

Compare stats and ranking:

Contact the developer

Chrome-Stats does not own this Android app. Please use these information below to contact the Android app developer.

Developed by:

XSONUS

Google Play Store

https://play.google.com/store/apps/details?id=com.xsonus.lunisolar

Email:

in*****@xsonus.com

Website:

http://xsonus.com

User Reviews

Pros

Informative about celestial bodies
Useful for knowing moon phases and new moon dates
App works well without glitches for some users

Cons

No sun calendar included
App has not been updated recently
Confusing settings menu
Does not calculate actual celestial positions accurately
Issues with time format being in military time only

Recent reviews

No longer able to set location.

‡Ξ*****, 2023-09-21

I use this app to inform myself and learn more about the Celestial bodies. I haven't experienced any glitches. One question I would love someone to explain: the compass mode shows the degree in which the sun/moon rise, travel, and set. Why does the moon trajectory sometimes have a separation in its line between rising and setting? It is because it is straight overhead and therefore does not have a compass value?