![]() In Draw, you literally draw the path you want the robot to move. T here are three ways to program the Sphero BOLT in the app. It also features several already created programs that users can try out. The app has several different activities to teach coding. Here is where the Sphero BOLT really shines and teaches STEM. The nice thing is that this app works with Chromebooks that many students and schools currently use. While playing games with the Sphero Play app is fun, Sphero BOLT is also compatible with the Sphero Edu app for iOS, Android, Amazon Fire OS, macOS, Windows, and Chrome OS. The SpheroEDU app offers a variety of lessons that teach coding. In addition, there are also currently three games on the app in which you use the Sphero Mini Golf as the controller. There are eight different drive modes from which you can choose to make the Sphero BOLT move around. Within the app, you can adjust the color of the robot’s LED lights and brightness as well as its maximum speed. Once installed, the app easily connects to the Sphero BOLT. In order to interact with Sphero BOLT, the Sphero Play app will need to be downloaded onto an iOS, Android, or Amazon Fire OS compatible device. The built-in battery provides four hours or more of use on a single charge. It also communicates via Bluetooth and infrared. It actually contains a gyroscope, motor encoders, as well as accelerometer, magnetometer, and ambient light sensors. This little robot is not just a remote control toy. It is charged through induction by placing on its charging base, which can be plugged into a USB power source. The softball-sized sphere is fully enclosed and waterproof. Sphero BOLT is essentially a small robot inside a spherical shell. 360-degree protractor with heading, directions, and clockĮverything you need to get started is included in the box.1 Inductive charging base with USB charging cable.The Sphero BOLT includes the following items: It is appropriate for those 8 years and up. Sphero BOLT sells for $149.99 and can be purchased directly from Sphero as well from Amazon and other retailers. Sphero BOLT takes their robots to a new level with more sensors and IR communication as well as an 8×8 LED matrix. Sphero is known for its spherical robots that can be programmed to roll around and perform different functions. The Sphero BOLT is a product that can help reengage children in learning whether at home or in the classroom. While students have been using technology as a tool for their learning, they have not really been learning STEM (Science, Technology, Engineering, and Math), which can really help support all other academic subjects because it offers authentic learning experiences that engage students in the learning process. However, there has also been an engagement epidemic as students have only interacted with a screen rather than experience authentic hands-on learning and exploration. As far as I can tell it would still work (it's basically unused), only the apps (Sphero Play, Sphero edu) don't pick it up.As schools across the nation and even the world have closed due to the COVID-19 pandemic and distance learning has been the prevalent means of education, there has been a concern over learning loss for these students. Q2: Failing that, is there documentation for the communication protocol available somewhere (maybe from an old SDK version or whatnot), so I could implement rough control myself?įWIW, the device still charges, emits the correct light codes, jerks aroudn a little when moved, and I can pair it with my Android phone. using an app I don't know about? (I got Linux, Android, Python, Micro::bit available) Q1: Is there a way to easily interact with my Sphero Original, e.g. Now, I'm not afraid to write some Python to talk to my Sphero Original, but I could not find any documentation for the communication protocol (using classic Bluetooth). I checked the code and it seems to be mainly uarting stuff to the device. Unfortunately (again), I just found out that the Microbit Python SDK only seems to be for the "RVR" model. what's up with that?įair enough, I thought, I bought a Micro::bit anyway, intending to use the SDK I heard about to interact with the robot using Micropython. Unfortunately, as far as I could find out, all the official Android apps (Sphero Play, Sphero edu) don't support that model anymore (I checked). I recently got a used Sphero robot (as far as I can tell a "Sphero Original" since it doesn't have any other version information), and intended to experiment with it with my children. ![]()
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