Two-Axis 360-Degree Product Photos
360-Degree Product Photos in 2 Axes – Viewable All Around
Here we show a new form of 360-degree view of products. It’s a solution between the usual 1-axis product view and the complex multi-axis view associated with a corresponding player. Previously, viewing an item from below was only possible in multi-axis views or by including the underside as the last image in the 360-degree view. In this new 360-degree 2-axis view, the item first rotates normally standing in 360 degrees, then in the next view, it completes another 360-degree rotation horizontally. This makes it possible, technically in what is essentially a 1-axis view, to show an item in detail from below, and even to make all details very thoroughly viewable through the 360-degree rotation in the additional axis. For a shoe, for example, it’s like how you would hold and turn it in a store to examine it comprehensively. The necessary recording technology and player for this correspond to the 1-axis 360-degree technique, which becomes a 2-axis 360-degree capture for products through the additional horizontal rotation.
This type of capture is available for almost all conceivable products. We capture 2 axes with 24 photos each. The number of photos can be increased to 36 or 48 as needed. Technically, more shots are possible, but not practical for internet views due to loading time.
In both examples on this page, we let the 360-degree view run non-stop. The player can be extensively customized as desired. For example, the rotation can begin when the user moves the mouse over the image, or when the 360-degree image becomes visible while scrolling on the page (late loading of images), or of course, in the classic way, when the user clicks on the item and moves it themselves. Many more possibilities exist.
Of course, these types of 360-degree views can be displayed on all imaginable media devices, including phones, tablets, etc.
We’re happy to advise you!
Here you see another possibility of this 360-degree product photo type. The ability to look inside the helmet as well. Much is possible. What can we implement for you?