Quakry Robot Configurations
Learn how to assemble and program different versions of the Quarky Robot.
Learn how to assemble and program the Quarky 2-Wheel Horizontal Robot using block coding or Python coding. Explore the world of robotics and create exciting projects with Quarky!
Learn how to assemble and program the Quarky 2-Wheel Horizontal Robot using block coding or Python coding. Explore the world of robotics and create exciting projects with Quarky!
Learn how to assemble and program a Quarky 2-wheel drive vertical configuration for projects like Robot Pet with PictoBlox.
Learn how to assemble and program a Quarky 2-wheel drive vertical configuration for projects like Robot Pet with PictoBlox.
Learn how to assemble and program an autonomous obstacle avoidance robot with Quarky. Follow the steps to connect the servo motor and ultrasonic sensor to the Quarky and code the robot to scan the area around it.
Learn how to assemble and program an autonomous obstacle avoidance robot with Quarky. Follow the steps to connect the servo motor and ultrasonic sensor to the Quarky and code the robot to scan the area around it.
Learn how to build, code, and test an Edge Detection Robot using PictoBlox and Quarky. This robot can detect the edge and proceed along a path where the distance between the sensor and the surface is less than 10cm.
Learn how to build, code, and test an Edge Detection Robot using PictoBlox and Quarky. This robot can detect the edge and proceed along a path where the distance between the sensor and the surface is less than 10cm.
Create a Gripper Robot with Quarky in just a few steps! Follow the instructions to program it to grip boxes and perform pick and place tasks. Learn how to control your robot wirelessly and start playing with it.
Create a Gripper Robot with Quarky in just a few steps! Follow the instructions to program it to grip boxes and perform pick and place tasks. Learn how to control your robot wirelessly and start playing with it.
Learn how a Four-Wheel-Drive Robot operates and differs from simpler designs, focusing on advanced movement control. Through hands-on activities, build and manually operate your own four-wheel-drive robot while exploring its mechanics and real-world applications.
Learn how a Four-Wheel-Drive Robot operates and differs from simpler designs, focusing on advanced movement control. Through hands-on activities, build and manually operate your own four-wheel-drive robot while exploring its mechanics and real-world applications.
