Explore the solar system in 3D and augmented reality. View planets, moons, and the sun in high resolution, placing them in your real-world environment. Adjust distances and scales for an immersive educational experience.
Summarized from real user reviews of solAR. Based on 1.8K reviews and a 4.6/5 average, it highlights the 4 positives and 4 negatives reviewers mention most about this Entertainment app.
3.1.0
December 2, 2024
Dive into the cosmos like never before! With our new Size Comparison Mode, explore the relative sizes of planets, the Sun, the Moon, and more. Perfectly scaled visuals bring the Solar System to life, letting you grasp the vastness of space in stunning detail.
More$4.99
Activate all Celestial Bodies
3 issues
Planets not rendering properly in iOS 16
Purchased content not unlocking correctly
4 requests
Add more planets and dwarf planets
Improve accuracy of scale and orbital mechanics
solAR is an augmented reality app that allows users to explore the solar system. It brings 3D models of the sun, planets, and moons into your real-world environment, offering an interactive and educational experience.
Key features include placing high-resolution 3D models of celestial bodies in your surroundings using AR, adjusting the scale of distances between them, and accessing detailed information about each planet and moon. It also boasts an intuitive interface with gesture controls.
The app is free to download and use, but it offers in-app purchases. This means you can explore the basic features for free, with optional purchases available for additional content or functionalities.
This app is ideal for parents seeking engaging educational tools for their children, educators looking to enhance classroom lessons with interactive visuals, and anyone with a passion for space and science who wants to explore the solar system in a unique way.
Educators can use solAR to bring the solar system to life in the classroom by projecting planets onto a surface. The adjustable scale feature is particularly useful for demonstrating relative sizes and distances, making complex astronomical concepts easier for students to grasp.
