Next, we have programming the BOLT's lights and sounds. These blocks affect the BOLT's motion, spins, and stops and empower students to customize its speed, duration, and potential delays. The blocks in the movement section are what enable students to program the BOLT to move. In order to program the BOLT, students have access to the various programming blocks in the Sphero Edu app. To start, there's programming it to move, programming its LED lights, programming its sounds, and mixing in loops to run programs for longer periods of time. Students can try programming the BOLT to do many different things. If you're in need of creating a Sphero account, there's the option to do that as well. Chromebook users can download the Android client to begin. ![]() Once downloaded, students can open it and click the “Quick Start” option if using an iOS or Android device. It's compatible with iOS, Android, Microsoft, and Amazon devices and there is a Chrome extension available as well. When using the Sphero BOLT, the first thing teachers or students should do is download the Sphero Edu app. This opportunity to see inside helps inspire so many students to celebrate technology and act on that STEAM excitement. It's actually strategically placed there so students can see how it's working while displaying messages they create or images they program using the Sphero Edu app. This is mainly due to its built-in, programmable LED matrix found directly beneath that clear shell. Completely spherical in shape and transparent in appearance, the BOLT provides students with plenty of programming power and adds some unique wrinkles to coding education. With the reliability and versatility each of the Sphero robots provide, it should come as no surprise that the BOLT is one of the most trusted robotics tools in all of education. In using the progressive Sphero Edu app, students start with basic block coding and move up to Javascript syntax. Students can pair the BOLT with the Sphero Edu or Play app using compatible iOS, Android, Kindle, Chrome, Mac, and Windows devices.Ħ. The BOLT charges in about three hours using its included inductive charging base.ĥ. It takes just a few quick steps to discover BOLT robots using a device once they're charged and in range.Ĥ. ![]() Students and teachers can find sortable STEAM activities for the BOLT within the Sphero Edu app.ģ. The BOLT's seven functional modes include off, sleep, cradle removal, play, charging, firmware update, and accidental disconnect.Ģ. Thanks to its on-board LED matrix, lightning quick movements, and classroom versatility, the Sphero BOLT robot provides students with a high-speed way to practice programming.ġ.
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