AR Telescope-3L
Shenzhen Weijing Technology Co.,Ltd.
1.9 ★
118 ratings
Free
With this augmented reality app, you can observe the night sky and identify celestial bodies using your mobile device. Includes detailed constellation data, planetary information, and real-time sky positioning.
AppRecs review analysis
AppRecs rating 1.8. Trustworthiness 70 out of 100. Review manipulation risk 24 out of 100. Based on a review sample analyzed.
★☆☆☆☆
1.8
AppRecs Rating
Ratings breakdown
5 star
16%
4 star
5%
3 star
6%
2 star
3%
1 star
69%
What to know
✓
Low review manipulation risk
24% review manipulation risk
⚠
Mixed user feedback
Average 1.9★ rating suggests room for improvement
⚠
High negative review ratio
73% of sampled ratings are 1–2 stars
About AR Telescope-3L
AR Telescope-3L is a real-time star watching application, which only needs mobile devices to see the sky above our heads.
AR constellation contains the information of 88 constellations, sun, moon, eight planets and other celestial bodies in the universe. At the same time, combined with AR (augmented reality) technology, the star map is superimposed on the real scene, so that users can pick up the mobile phone anytime and anywhere, and know the status of various celestial bodies in the current sky.
Ar constellation can accurately show the current direction of the universe objects according to the geographical orientation of users, and is equipped with the corresponding motion status and detailed information of the universe objects.
AR constellation contains the information of 88 constellations, sun, moon, eight planets and other celestial bodies in the universe. At the same time, combined with AR (augmented reality) technology, the star map is superimposed on the real scene, so that users can pick up the mobile phone anytime and anywhere, and know the status of various celestial bodies in the current sky.
Ar constellation can accurately show the current direction of the universe objects according to the geographical orientation of users, and is equipped with the corresponding motion status and detailed information of the universe objects.
