Gripper-A Waveshare 30385 is a solid and cost-effective choice for robotic arm builders, offering full closed-loop control and servo protection features. Thanks to its universal design, adjustable jaws, and camera integration capability, it is suitable for educational, laboratory, and semi-industrial robotic manipulation projects.

A comprehensive educational and development platform based on the RP2350-Plus controller, enabling hands-on learning of programming and automation. Equipped with a 1.14" IPS display, an ultrasonic sensor, Bluetooth, and line and obstacle sensors, the robot can autonomously navigate, avoid objects, and react to its surroundings. N20 motors with a metal gear ensure smooth and precise movement, while 14500 Li-ion battery power ensures long operating time. Waveshare Pico2Go-Kit-EU

A set for building an interactive robot based on a micro: bit module with a front loader. It can be programmed with tools such as Mind+, Scratch, MakeCode and MicroPython. DFRobot ROB0156-L-1

RoArm-M3-S-AI-Kit is an open-source robotic arm kit based on the ESP32, designed for flexible control and AI project development, particularly in the LeRobot and ROS2 environments. The kit offers low weight, precise actuation, extensive interfaces, and an open programming environment, making it an ideal solution for education, research, and prototyping applications in robotics.

RoArm-M3-Pro-AI-Kit is an open-source AI-grade robotic arm kit, ready for integration with Jetson Orin platforms or PCs, supporting advanced control algorithms and machine learning. With its reinforced construction and precise control, it is ideal for educational, R&D, and mobile or industrial robotics applications.

An improved version of the educational robotic arm, designed for imitation learning and integration with the LeRobot and Hugging Face platforms. The kit includes servo motors, adapters and cables, offering a ready-made solution for rapid prototyping of AI systems in a real environment. Improved mechanisms and support for Nvidia Orin NX computers make it an ideal tool for research, education and reinforced learning experiments. Seeed Studio 114993667

An educational platform designed to teach programming to children aged 8-11. It features a motor, ultrasonic sensor, microphone, speaker, large touch-sensitive buttons with LEDs, and many additional features, such as programmable ZIP LEDs, a potentiometer, and traffic light kits. The board is compatible with the BBC micro:bit, supports MakeCode programming, and features an acrylic cover and safety features. Kitronik 56101

RoArm-M3-Pro (EU) is a fully functional robotic arm with advanced ESP32-based control, ready for integration with AI projects, ROS2, and educational environments. It offers a rich set of features for control, algorithm development, and physical manipulation, and comes with an EU power adapter for immediate use in European settings.

RoArm-M3-S (EU) is a versatile robotic arm, ideal for educators, makers, and researchers. With a wide range of control options, AI support, and comprehensive documentation, it enables quick deployment in advanced educational, prototyping, and experimental projects. The version with an EU power adapter is ready to use right out of the box.

Gripper-B Waveshare 30386 with CF35-12 servo provides advanced gripping functionality for robotic arms through precise force control, feedback, and real-time protection. The aluminum alloy and stainless steel housing, along with adjustable grip and expandability for vision systems, make it an ideal component for industrial, research, and educational applications in robotics.

The RoArm-M2-Pro (EU) robotic arm provides four degrees of freedom, high control precision, and great expansion flexibility thanks to its open architecture based on ESP32. The Pro version, equipped with fully metal ST3235 servomechanisms, offers increased durability and accuracy of repeatable movements. Designed for educational, research and development, and prototyping applications, the product enables handling of various scenarios using mobile platforms, ROS2 systems, and 3D visualization. Thanks to extensive documentation and open resources, the arm can serve as a foundation for advanced projects in the field of automation and robotics.

Base plate for General Mobile Robot robots adapted to work with one Arduino Mega board, two Arduino Nano and two wireless communication modules. The board is equipped with a micro-SD card slot. DFRobot DFR0271

Blade designed for use with a Zumo chassis and included as part of an assembled Zumo robot. The plow is made of thick, laser cut stainless steel 0.91 mm thick and is delivered without bent fixing plates. Pololu 1410

Replacement sprockets set for the Zumo robot in red. The kit includes two drive sprockets and two idle sprockets. The gears fit both Zumo V1.2 and Zumo 32U4 robots. Pololu 3128

The plow is intended for use with the Zumo 32U4 robot. The plow is made of thick, laser cut stainless steel and is supplied with a plastic handle for the sensor plate. Pololu 3121

A compact, 4-axis collaborative robot with a repeatability of ±0.05 mm, designed for precise automation tasks at a low cost. It offers a 44 cm reach, a payload of up to 500 g, and intuitive features such as collision detection and drag-to-teach. With extensive I/O interfaces (Ethernet, USB, digital I/O, pneumatics) and a compact design, it is ideal for assembly, packaging, laboratory maintenance, and education. The Pololu 5400

Front sensor module of the Zumo 32U4 robot. It is included as part of the Zumo 32U4 robot kit and built into the assembled versions of the Zumo 32U4 robot. The set includes additional infrared connectors and LEDs. Pololu 3122

Remote-controlled racing car in the form of a kit for self-assembly

All-in-One Arduino based robot board, designed for robotics applications, and extended devices. DFR0225

A programming and robotics learning kit that lets you build a micro:bit-controlled robotic buggy. It is equipped with two DC motors, ultrasonic sensors to detect obstacles, and programmable LEDs. Powered by four AA batteries, the kit can be programmed in the Microsoft MakeCode or MicroPython environment, making it a great solution for beginners and more advanced users. Kitronik 5683