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Robotics represents the convergence of mechanical engineering, electronics, and computer science, creating intelligent systems that can sense, think, and act autonomously. From industrial automation to household assistance, robotics technology is transforming how we work and live. Learning robotics provides hands-on experience with sensors, actuators, microcontrollers, and programming, building practical skills that are increasingly valuable in today's technology-driven world. Whether you're interested in automation, artificial intelligence, or simply understanding how machines interact with their environment, robotics offers a comprehensive platform for exploration and innovation.
Stackr robot is a sleek, wheeled platform designed with versatility at its core. Its sturdy chassis houses a powerful microcontroller, a rechargeable battery, and a set of motors. Along its case are standardized mounting holes and modular ports, allowing users to easily attach sensors, arms, cameras, or even autonomous navigation modules. The firmware is open-source making it ideal for rapid prototyping and experimentation. Whether used in classrooms, at home, or labs, Stackr serves as a reliable foundation, adaptable enough to become a delivery robot, environmental sensor rig, or interactive AI assistant. Its real strength lies not just in what it is, but in what it can become.
Learn MoreDiscover a world of innovative add-ons designed to customize and expand the capabilities of your Stackr robot. With each add-on you build, you'll learn something new. Whether it's creating mechanical systems, integrating servo motors, lights, and other components, or exploring advanced sensors like lidar, temperature, pressure, and many more, each add-on will help you advance your knowledge and empower you to create your own designs. Every project will guide you step by step through both the hardware and software, helping you program and control all these features using the onboard microcontroller.
Learn how to integrate a servo motor in your project and how to use a parallelorgram mechanism.
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Expand your forklift project by adding a secondary servo motor and enhance the parallelogram mechanism.
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Similar to the digger use a parallelogram mechanism with two servo motors. But instead adding a scoop to the project, create a gripper/claw mechanism.
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Launch projectiles using a spring based mechanism that includes a rack and pinion combination.
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Sense the world in front of you. With the lidar sensor you will be able to measure distance to objects and make your robot react to objects in front of it.
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You want to launch more than a projectile at once. Using a rack and pinion mechanism you will trigger launching the projectiles from a multi barel launcher.
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Transform your robot in an emmergency vehicle with a light bar and learn how to use addressable LEDs..
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Discover the world of robotics with Stackr, a versatile and extensible learning platform designed to teach the fundamentals of mechanics, electronics, and programming.
Learn MoreIn the world of robotics, the mantra "Learn, Create, Enjoy" captures the essence of a deeply rewarding journey. Learning forms the foundation, understanding mechanical systems, electronics, and coding opens the door to endless possibilities. As skills grow, creation takes center stage: ideas transform into tangible robots that move, sense, and interact with the world. This hands-on innovation fosters problem-solving, critical thinking, and a sense of accomplishment. The final piece, enjoyment, comes naturally as robots come to life, competitions are won, or personal projects succeed. Whether building a simple line follower or an autonomous drone, robotics blends curiosity and creativity into an experience that is as educational as it is exhilarating.
"Stackr has completely transformed how I teach robotics. My students love how easy it is to build on, and it's flexible enough to support both beginners and advanced projects."
"As a hobbyist, I've used a lot of robot platforms, but Stackr is by far the most modular and user-friendly. I had a voice-controlled arm mounted and running in less than an hour."
"We used Stackr in our university's robotics club for prototyping autonomous navigation systems. Its open architecture saved us weeks of setup time."