Build your own walking robots and remote-controlled vehicles! Use sensors and Buzzers to make real working electronic instruments! Make games to play with your family and friends! Build robots that model the functions of the technological devices you use in everyday life! software, and parts that you need to start making your own robots.

Please come visit Artec’s booth to check the new affordable original data logger for education, Japan's top programmable robotics solutions ArtecRobo series, and a new ArtecRobo 2.0 Python coding course!

ArtecRobo is a programming robot kit that assembles shapes while playing in blocks, provides programming and gives you the movement you want.

Artec Robo provides a continuum of hands-on STEAM solution with standard aligned lessons that are adaptable to needs of students across all ages. Spark innovation, collaboration and critical thinking with Artec Robo.

Build, learn and play with ArtecRobo Basic, a comprehensive robotics programming kit that comes with Artec blocks and an array of plug-and-play motors, sensors and LEDs to build interactive pets, line tracers, industrial robots, and more.

2017年9月7日 · Building a robot is a snap using our ArtecBlocks, and we have 5 ways to choose from, to program the robot! If you are looking for a new robot programing kit, ArtecROBO has …

ArTeC Robotist Advanced is a universal electronic construction kit that includes over 190 elements for individual assembly of a limitless amount of robots with a wide range of abilities. Build a biped walking robot, transforming robot, transporter, line tracer, sensor melody light robot, arm robot car, doggy robot, sensor controlled robot.

Válassz operációs rendszert, programverziót a számítógépednek és a robotkészletednek megfelelően! Építsd meg a robotodat! Az összerakási útmutatók lépésről lépésre segítenek a robotod megépítésében! Találsz itt még építési útmutatókat és ötleteket figurák és …

LEDs light up in response to sound. Runs and follows the track by detecting it with an infrared sensor. Senses obstacles and turns to avoid them. This robot can be controlled using an accelerometer. The robot reacts to sound or light. Check to see if the LED comes on when the touch sensor is pressed.

Follow simple rules to match shapes and turn gears while learning how to use visualization and spatial reasoning to find solutions. Combine blocks, motors and gears to make a range of real mechanical robots and learn how they work before making your own.