xTool mBot Ranger Educational Robot, Robot edukacyjny xTool mBot Ranger

Pigiausi pasiūlymai

BeautyChest.lt

✓Yra sandėlyje

BeautyChest.lt✓Yra sandėlyje

210,00 €

210,00 €

Į parduotuvę

Atsiliepimai apie prekę

Prekės informacija

Aprašymas

xTool mBot Ranger Educational Robot The xTool mBot Ranger Educational Robot is a construction kit that combines learning about programming, robotics, and electronics with hands-on play. With a single kit, you can build three different models: a self-balancing robot, a race car, and a tracked robot, allowing children to explore different ways robots move and function. There are also 8 pre-programmed routines to help get started, and the robot can run for up to about 2 hours. The mBot Ranger is ideal for learning at home, as well as in school classes, workshops, or other educational activities. From Block-Based Programming to Arduino The mBot Ranger allows users to begin their coding journey without prior experience, using accessible block-based programming. As their skills develop, users can transition to more advanced programming in the Arduino environment, meaning a single kit can accompany them through successive stages of learning. The software and app work on devices running Android, iOS, Windows, macOS, Linux, and Chromebooks, among others, making it easy to use the robot across various devices. Three configurations and many ways to play The robot’s modular design means the fun doesn’t end with assembling a single model. The mBot Ranger can move on wheels or tracks, and its design allows it to be used on more challenging surfaces, such as grass, rocks, or uneven terrain. Pre-set modes include voice control, racing, obstacle avoidance, line following, and free driving, so users can first explore the robot’s capabilities and then create their own solutions. Independent Assembly and Skill Development The mBot Ranger is designed for self-assembly, so even putting the robot together is part of the learning process. Step-by-step instructions and educational materials help users understand how to connect the individual components, and the subsequent programming demonstrates in practice the relationship between the written code and the robot’s behavior. This approach f