Typical price i
48,– to 1600,–

Features articulated joints that mimic human arm movements, allowing for precision tasks like picking and placing objects.

Ideal for learning about automation and robotics, robot arms are excellent for projects involving assembly lines or intricate tasks.

Typical price i
35,– to 170,–

Designed specifically for educational purposes, these robots often include programmable features and interactive components.

Perfect for beginners, learning robots provide hands-on experience in coding and robotics, making them suitable for classrooms and home use.

Typical price i
94,– to 300,–

Includes wheeled or tracked designs that can navigate various terrains, often equipped with sensors for obstacle detection.

Great for exploring concepts of mobility and navigation, vehicle robots are fun for outdoor activities and competitions.

Typical price i
27,– to 320,–

Encompasses a range of robot types that may incorporate elements from other categories, providing flexibility in design and function.

These kits are versatile, catering to diverse interests and encouraging creativity in building unique robotic solutions.

Typical price i
35,– to 180,–

Designed for those new to robotics, these kits feature simple assembly and user-friendly programming interfaces.

Ideal for educational purposes, they help build foundational skills in coding and engineering, making learning engaging and accessible.

Typical price i
160,– to 320,–

These kits offer complex components and advanced programming options, suitable for experienced users or those seeking a challenge.

They provide opportunities for deeper exploration of robotics principles and innovative projects, ideal for hobbyists or students pursuing advanced studies.

Designed for preschoolers, these kits often include simple components and basic instructions that promote early cognitive skills and motor development.

Ideal for introducing young children to the basics of robotics, fostering creativity and problem-solving in a safe and engaging manner.

These kits offer more complex building options and introduce programming concepts, tailored for children who are beginning to understand logical thinking.

Perfect for kids at this age, the kits encourage teamwork and critical thinking, making learning both educational and fun.

Targeted at older children, these kits often feature advanced robotics and programming challenges, catering to developing skills in STEM fields.

Recommended for pre-teens and teens, they provide a deeper understanding of technology, preparing them for future educational pursuits in engineering or coding.

Typical price i
94,– to 360,–

Arduino is an open-source electronics platform based on easy-to-use hardware and software.

Using Arduino with a robotics kit allows for extensive customization and a wide range of projects, making it ideal for both beginners and experienced users.

Typical price i
68,– to 100,–

Micro:bit is a small, programmable computer designed for educational purposes, featuring an array of sensors and connectivity options.

It is perfect for young learners, providing an accessible way to create interactive projects and enhancing coding skills in a fun environment.

Typical price i
31,– to 230,–

This option indicates compatibility with multiple hardware platforms, allowing for flexibility in project development.

It caters to a diverse range of users, from hobbyists to educators, enabling them to choose their preferred platform without being limited to a single type.

Renowned for their engaging, programmable robots that promote STEM education.

Offers a user-friendly app and a strong community for support and resources.

Specializes in educational toys, focusing on fun learning experiences for younger users.

Provides a variety of affordable options, making robotics accessible to families and schools.

Known for their DIY kits that encourage hands-on learning and creativity.

Ideal for hobbyists and educators seeking to build and customize projects from scratch.

Focuses on interactive learning toys that help develop essential skills in children.

Combines education with play, making robotics an enjoyable experience for young learners.

Offers versatile robotics kits that integrate easily with coding platforms.

Well-suited for both beginners and advanced users, providing scalability in learning.