This is an educational robot kit package designed for the basics of robotics. The products are mainly focused on learning programming, supplemented by assembling practice. It combines knowledge in science, technology, engineering, art, and mathematics and is supported by eight (8) idea cards and sixteen (16) tutorials. This is applicable to STEAM entry level and will guide its users to learn programming and multidisciplinary knowledge, to make creative designs, as well as training of programming mindset.

This is a product designed for STEAM Education and Maker Education. Multi-disciplinary knowledge, such as science, technology, engineering, art, and mathematics, is supported by a 16-chapter Teacher's Manual exclusive for teacher's reference during teaching and enhancing students' interest with classroom step-by-step cases. By programming WeeeBot, learning programming and multi-disciplinary knowledge, carry out the training on creative design and programming ideas for advanced teaching.

This is a versatile DIY advanced STEAM educational robot kit. It consists of 6 forms. It teaches the students the different structures of a robot and controls the mechanical linkage and DC motors through programming. Students will also exercise their hands-on ability, creativity and logical thinking.

This is a versatile DIY ultimate robot kit. It has more than 450 parts and contains 12+ cool pre-set forms. Whether you are a mechanical or electronics engineer, a software engineer, a teacher, a student, or a maker, this kit allows you to easily learn robot-related institutions, electronics, and programming-related knowledge and even lets you team up for robot competitions.

It simulates various structures of a robot that simulates industrial applications such as loading, unloading, lifting objects, 3-axis robot arm, gripper technology, and wear-house robot.

This is a scientific kit that can build at least 9 classic STEAM application cases. Each structure is cleverly designed, simple and compact. It is closely integrated with the school's science and physics classes, so as to stimulate a student's interest in science.

Mars Rover – Arduino Educational Robot Kit is an affordable open-source Arduino UNO STEM robot car chassis kit. This kit provides 14 interesting STEM robot projects with a Mars Rover theme. The ELF Uno controller integrated the easy-wiring KF2510 ports on the basis of Arduino Uno, with 12 external electronic modules; this is a great value robot kit for entry-level.

A durable anodized aluminum robot chassis plate offers more steady usage than other plastic or acrylic chassis, with flexible screw holes for expansion. Twenty-four chapters of lessons with graphical programming software support this educational board.

ELF AIOT K210 is a powerful A.I. controller board for artificial intelligence education. This mainboard has an embedded LED and a Camera to design and develop A.I. projects such as face recognition, voice recognition, size recognition, shape recognition, number detection, color recognition, machine learning, and more. It can be used by other robots to create a smart robotics concept.

This is an A.I. robot kit for students to get hands-on abilities about artificial intelligence and robotics. This kit uses the ELF AIOT K210 mainboard as a controller. It introduces AI knowledge, such as face recognition, vision line-tracking algorithm, object recognition algorithm, etc., through user-friendly graphical programming as well as professional Python code.

At the same time, it also offers engineering knowledge such as 4-wheel drive structure, Mecanum wheel installation and usage, reading instructions with QR code and so on.

This is a Python education hardware set consisting of an ELF ESP32 mainboard, open-source electronic modules, Sensors, and durable metal structure parts, which are designed to implement Green-world and Smart City concepts. Scratch and Python programming languages can be used with this educational kit.

This kit covers a school year’s worth of learning plans, 32 lessons in all, which allow students to understand the meaning and importance of energy conservation and emission reduction, as well as learn Python language-based robot programming.

This is a kit to learn about the Internet of Things. The purpose is to let students explore the concepts of the Internet of Things (IoT) technology with hands-on activities. This educational IoT kit provides sensors and modules to learn programming control capabilities, logical thinking, and problem-solving ability in daily life, and improve students' comprehensive scientific and engineering literacy in comprehensive practice.

The package includes 14+ electronic modules, 14 lessons, and 90 minutes/of lesson which let students learn the Internet of Things fundamentals, and App Inventor programming.