In addition to the SDK, there is helpful content for getting started with the Sphero RVR available in Sphero's CS Foundations Courses (2 and 3), which can be found on our store as well. It contains tips for getting started, how-to examples, documentation, code, content, and troubleshooting tips that are useful when pairing the RVR with external devices. If you'd like to use the RVR with other hardware, like a Raspberry Bit, micro:bit, or Arduino, you'll need to use the Sphero SDK in order to begin. The robot is outfitted with a universal, 4-pin UART expansion port as well as 5V 2.1A USB-A on-board connectivity for attaching and powering third-party hardware using the RVR’s battery. Besides one RVR robot, you’ll get a removable cover plate and developer plate, a removable roll cage, a USB-c charging cord, a RVR battery key, and a removable battery. You may first be wondering what’s in the box. The RVR also has a removable and rechargeable battery and additional accessories can be found on our store, too. It also has a universal, 4-pin UART expansion port for connecting third-party hardware like a Raspberry Pi, Arduino, micro:bit, and littleBits.ĥ. RVR’s sensors include a color sensor, light sensor, IR, magnetometer, accelerometer, and gyroscope.Ĥ. It is compatible and programmable with the Sphero Edu app for accessible MakerEd experiences.ģ. The RVR is Sphero’s most technical robot yet, but can meet middle and high school students at various skill levels.Ģ. The RVR is Sphero’s programmable, all-terrain robot built for customization, expansion, and original inventing.ġ.
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