The Wireless WiFi Caterpillar Smart Educational Robot Car Tank Kit is a comprehensive STEM robotics kit designed for enthusiasts and learners interested in robotics, automation, and wireless communication. Featuring a full-metal caterpillar tank chassis, an HD camera with real-time video streaming, and a 4-degree-of-freedom manipulator, this kit offers hands-on experience in building and programming a versatile robot. Compatible with Arduino and Raspberry Pi, it supports WiFi control via smartphone or PC, making it ideal for educational projects and hobbyist experiments.

The 3 DOF Robot Arm DIY Kit with Claw is an educational robotics kit designed for beginners and hobbyists. It provides a hands‑on experience in building and programming a robotic arm with three degrees of freedom (DOF). The kit includes a precision aluminum claw, high‑torque MG995 servos, and all necessary components for assembly, making it an ideal project for learning about automation, mechatronics, and robotic control.

The ACEBOTT Smart Farm House IoT Kit is an educational STEM starter kit for kids aged about 8-16. It blends technology with agriculture, letting users build a mini farm environment and make it “smart” via sensors, automation, and coding. It’s ideal for classrooms or young makers interested in combining electronics, environmental monitoring, and programming.

The ACEBOTT Smart Home Starter IoT Kit is an educational STEM kit built to introduce kids (around 8-16 years old) to the world of smart home automation and Internet of Things (IoT). It combines fun, hands-on electronics with coding, allowing users to build a mini smart home system with voice control, sensors, and interactive components. It’s ideal as a gift or learning tool for anyone curious about how smart homes work.

The ACEBOTT ESP32 Programmable Robot Arm Kit (QD022) is a STEM robotics kit tailored for beginners, especially teens aged roughly 12-16. It offers a hands-on way to learn robotics, electronics, and programming. The kit uses an ESP32 microcontroller, gives you multi-directional movement through four servo motors, and supports several control and programming interfaces. It’s built to be both educational and fun—great for school projects, hobbyist exploration, or gifting.

The ACEBOTT Smart Line Following Robot Car Starter Kit is a well-rounded STEM robotics kit aimed at beginners, young makers, and anyone interested in robotics and programming. It comes with omni-directional Mecanum wheels for versatile movement, an ESP32 controller for flexibility, and several ways to control and program the car. With 16 tutorials included, it’s not just a toy—it’s a learning tool that guides users from basic building through coding and electronics.

The ACEBOTT 8-DOF Quadruped Bionic Spider is a STEM robotics kit that blends fun with learning. Intended for ages 8 and up, it lets kids, teens, or beginners build a four-legged (spider-like) robot, control it via a smartphone, and even program it using drag-and-drop style coding. With eight servo motors and multiple preset actions, this bot isn’t just for show—it’s made to move, explore, and teach real fundamentals of electronics, mechanics, and programming.

The Otto Robot DIY Kit is an engaging and educational open-source robotics platform designed for makers, students, and hobbyists. This compact humanoid robot can walk, dance, make sounds, and avoid obstacles, providing a hands-on experience in robotics and programming. With its 3D printable design and Arduino compatibility, Otto offers a customizable and interactive learning tool for STEM education.

The MR6 Mini Caterpillar Tank Robot Chassis DIY Kit is a compact and robust robotics platform designed for makers, students, and hobbyists. Crafted from durable PLA+ 3D-printed plastic, this chassis offers a solid foundation for building various tracked robot applications. It's ideal for STEM education, DIY prototyping, and experimental robotics projects.

The Caterpillar Tank Robot Chassis DIY Kit is a versatile and durable robotics platform designed for students, hobbyists, and robotics engineers. With its modular bolt-together design and caterpillar-style tracks, this chassis offers excellent traction and stability, making it suitable for both indoor and outdoor robotics applications. Ideal for projects involving Arduino, Raspberry Pi, ESP32, STM32, and other microcontrollers, it serves as a strong foundation for building custom tracked robotic vehicles.

The ACEBOTT 5-DOF Robot Arm Expansion Kit is a precision-engineered robotic arm designed to enhance the capabilities of the ACEBOTT ESP32 Smart Car. This expansion kit adds five degrees of freedom (DOF) to the smart car, enabling it to perform tasks such as object manipulation, gripping, lifting, and rotation. Ideal for robotics enthusiasts, students, and developers, this kit offers a hands-on approach to learning and experimenting with robotics and automation.

The BDTronics 6-DOF Robotic Arm Kit is a versatile and educational robotics platform designed for enthusiasts, students, and educators. This fully assembled, Arduino-compatible kit offers a hands-on experience in robotics, programming, and mechanical design. With its 6 degrees of freedom, the arm can perform a variety of movements, making it ideal for learning and experimentation.

The LDROBOT D300 360° LiDAR is a high-precision, compact, and versatile laser scanning sensor designed for robotics, SLAM (Simultaneous Localization and Mapping), and autonomous navigation applications. It utilizes Time-of-Flight (TOF) technology to provide accurate distance measurements and environmental mapping capabilities.

The Arduino Alvik (model AKX00066) is an advanced educational robot designed to facilitate hands-on learning in robotics, coding, and STEAM education for students aged 6 and above.

The Grove Creator Kit - γ (Gamma) is a comprehensive electronics starter kit designed for advanced makers, educators, and professionals seeking to build real-world IoT, AI, and embedded system solutions. This kit includes 40 functional Grove modules, offering a versatile selection of sensors, actuators, displays, and wireless components. It's compatible with platforms like Arduino, Raspberry Pi, and micro:bit, facilitating rapid prototyping and development.

The Unitree H1 is a full-size, general-purpose humanoid robot engineered for high agility and real-time perception. Standing at approximately 180 cm and weighing around 47 kg, it combines rapid running speed, dynamic balance, and modular flexibility, making it ideal for academic research, robotics development, and advanced projects.

The Unitree G1 is a state-of-the-art humanoid robot blending agility, AI-driven adaptability, and modular versatility. Designed by Unitree Robotics, it brings advanced capabilities such as 3D perception, dexterous manipulation, and dynamic motion—all at an accessible price point for research and development.

The Unitree B1 is a rugged, industrial-grade quadruped robot tailored for challenging environments. Built with all-weather durability and enterprise-level resilience, it excels in tasks involving high payloads, comprehensive sensing, and real-time perception. This robot offers efficient, intelligent operation across complex industrial scenes.

The Unitree Z1 is a lightweight, high-performance robotic arm designed for seamless integration with Unitree's quadruped robots, such as the B1, B2, and AlienGo. With its 6-axis articulation, impressive payload capacity, and advanced control features, the Z1 is ideal for applications in research, education, and automation.

The 4WD Car Chassis is a strong and reliable platform for creating mobile robots. Featuring four geared motors, durable wheels, and a lightweight yet sturdy frame, it’s perfect for Arduino, Raspberry Pi, and other microcontroller-based projects. Ideal for students, makers, and robotics enthusiasts in Bangladesh who want a stable and versatile base for smart robot designs.

The Obstacle Tracking Robot Kit includes all components needed to create a robot that detects and follows or avoids obstacles using sensor technology. Equipped with motors, wheels, sensors, chassis, and a control module, it’s compatible with Arduino and other microcontrollers. Ideal for students, hobbyists, and robotics enthusiasts in Bangladesh, this kit is a hands-on way to explore robotics, automation, and sensor integration.

The 6DOF Robotic Arm offers six degrees of freedom for highly precise and flexible movement, making it perfect for robotics experiments, automation, and educational projects. Compatible with Arduino, Raspberry Pi, and other controllers, it allows users to program complex tasks like pick-and-place operations. Ideal for students, makers, and robotics enthusiasts in Bangladesh who want hands-on experience with industrial-style robotic systems.

The Android Controlled Robot Kit (4 Wheels) lets you create a fully functional mobile robot that you can control directly from your smartphone. The kit includes motors, wheels, chassis, motor driver, Bluetooth module, and all essential parts for assembly. Ideal for robotics enthusiasts, students, and makers in Bangladesh, it’s a great way to explore Arduino programming, Bluetooth control, and mechanical design in one exciting project.