The mat layout centers around an image of the human body. That image is flanked by images of the different systems as well as a sampling of components of those systems; heart, skull, spleen. When viewed through the user's device, the center image comes to life in AR form as a model of the human body raises-up from the mat in a ring of light. By clicking each system on my screen I was able to view AR models of each. Users can also switch between models by using the pop-up menu located on the bottom right of the screen. Whole bodies can be viewed as well as parts, such as body, head, torso, arm, and leg. As far as AR functionality, I was able to zoom in/out, rotate, and adjust my point of view to some degree - as long as the marker remained visible by my device. Users are also able to view horizontal versions of each model - in both male and female form. Models are well designed and extremely detailed.

Some models appear with certain elements or parts labeled. Touching a label on my screen lead me to a new window which offered a detailed 3D model and specific anatomical information. A narrator read-aloud the name of each system and the specific part I was viewing. One system - respiratory - was accompanied by a video.

From the main menu of the app, the Explore Mode leads to a tutorial introduction of how the mat is set-up and works with the app. Once I entered the serial key from the back of the mat I flipped it over to view through my device. A touch of my device's screen triggered a space portal to open and lifted the planets and the sun onto the mat - in AR form. Each appears over the static illustration on the mat, along the top and bottom rows. Clicking on each body sent me to a new screen where I could view stats, a video, or read a fun fact. If desired, a narrator can read-aloud the fun fact. I was able to view a stand-alone AR model of a planet to view in my space and capture a still image as well.

Taking a step back, the app presents a few more tabbed options; probes, scaling, and system. Probes displays AR models of satellites, probes, and rovers. Stats and info for each is available. Scaling displays the parts of our solar system in linear form. Users can choose two at a time and view and contrast the planetary data. These models are more embedded into the may rather than raising above. Clicking on the solar system tab activated a note stating, 'Answer 20 questions correct in Seek and Find mode to view the module'.

Since I wanted to check-out the solar system model I headed over to the Find and Seek game. This game displayed a depiction of the mat on my device's screen. A question appeared which required me to click the correct planet or probe. Each correct answers allowed me to move on the next. Luckily an incorrect choice - or three - didn't require me to start over. Once I hit my mark I headed back to view the solar system model. With the system model I found there was no ability to manipulate. Only by adjusting my device was I able to slightly adjust my point of view. The model showed the planets as they revolved around the sun, each with a blue streak running behind. At the top of the screen was a running calendar for a year, day, and month sometime in the distant future. It would have been beneficial to have a solar system model which further manipulated and have adjustable speeds of planets.

A new screen appears listing each element's scientific data, information, and facts. A 3D model of its atomic structure as well as its natural stats appears. Each item listing its composition possesses a new screen showing what elements it consists of and an illustration of its structure; for example the earth's crust and its layers.

The Compound option on the main menu is designed to allow users to combine many different elements in their purest forms to build compounds, It's intended to teach about their basic functions, as well as their composition by mass. The Game mode presents some elemental information and asks users to choose the correct answer from one of four possible options.