The starter animated clock project does a great job of introducing you to SVGator. You only add elements that you’ll animate, which keeps the timeline clean and easy to scan.
If you’ve ever used an animation app, the user interface of SVGator should feel pretty familiar to you, and everything will probably feel in its right place. If you can’t find your way within the app, there’s a neat tutorial (figure 4) that will guide you in how to start using it: Import a static SVG, add elements to the timeline, and add animators to elements and keyframes to animate the four currently available properties (scale, opacity, position and rotation). You’ll be taken directly to the sample “Stopwatch” project, which let’s you explore SVGator’s features. The sign-up process is pretty straightforward (figures 1 to 3): Click “Animate now”, then “Create account”, fill in your details, and you’re good to go. It’s a web-based animation app that lets you import, animate and export SVG animations, and it eliminates the need for beginners to learn to code. SVGator pledges to solve this problem, making it really easy for anyone to make simple animations using a familiar interface. This, however, comes at a price: the steep learning curve for complete beginners. They are entirely scalable (because they are vectors), small and 100% code-based, which allows for so many transformations and tweaks. ( This article is kindly sponsored by SVGator.) Animated SVG files have become very popular. Here’s how easy it is to use and how you can get a great-looking animation in no time. We’re pretty excited by tools such as SVGator, which really speed up the process when you’re making simple SVG animations.
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