"Robot arm set with motor controller and Arduino UNO Q - complete solution for robotics and automationThis modular set provides a versatile basis for learning, developing and implementing modern automation and robotics projects.
The combination of precise robot arm, intelligent motor controller and powerful Arduino UNO Q creates a flexible system for education, research and industrial applications.
Robot arm ""Grab-It"": Made of black anodized aluminium, equipped with six powerful PWM servo motors and a stable precision claw for exact gripping.
Turntable and base: Ball-bearing mounted, 360° rotating turntable on a robust base plate measuring 28.5 × 16 cm, including holes for easy mounting of controller and control unit.
Motorino board: Intelligent motor controller for up to 16 PWM-controlled 5 V stepper motors, with integrated clock generator and separate voltage inputs (4.8-6 V) up to 11 A total power.
Arduino UNO Q: Dual-processor system with Qualcomm Dragonwing QRB2210 and STM32U585, compatible with Arduino UNO ecosystem and Qwiic modules, ideal for AI-based applications.
Technical data:Material: Black anodized aluminiumMotors: 6 × PWM servo motors, up to 20 kg/cm load capacityTurntable: 360° ball bearing mounted, base plate 28.5 × 16 cmPower supply: 4.8-6 V DC, up to 11 A total outputControl: Motorino board with integrated PWM clock generatorController: Arduino UNO Q with Qualcomm Dragonwing QRB2210 (MPU) and STM32U585 (MCU)Programming environment: Arduino IDE, Python under Linux DebianCompatibility: Arduino UNO ecosystem, Qwiic modules, Arduino Cloud and App LabAreas of application:Training and education labs in the STEM sectorPrototype development in research and technologyAutomation and manufacturing projects in industrial environmentsDIY and maker projects with a focus on robotics and AIScope of delivery:Black plastic case for safe storage and transportationRobot arm including all motorsArduino Uno Q with 2 GB memoryMotorino board for controlling the PWM servo motors5 V / 4 A power supply unit for powering the robot arm"