Robotics in Action: Build and Code Your Own Robots
Watch your child turn simple parts into moving machines. We move past theory to put real tools in their hands, teaching them to solder circuits and assemble robots from scratch.
Students are fully engaged in building their line-following robots. This activity involves learning about BO motors, chassis assembly, and the basics of robotic mechanics.
From assembly with a glue gun to the final test run, this video shows the complete process of building a line-following robot. Kids learn how to assemble components and see their hard work pay off as the robot follows the track.
A close-up look at the intricate process of wiring a motor driver. Students learn to connect motors and sensors, a fundamental skill in our beginner robotics workshops.
The journey into robotics starts here. We guide students step-by-step, from understanding basic components to assembling their first moving robot.
This collage captures the journey of a young builder with his first robot car. It shows the focus during assembly and the pride of holding the finished, working model.
About this collection
It’s not just about snapping parts together. In these sessions, kids get hands-on with soldering irons and wire strippers to connect motor drivers and calibrate IR sensors for line-following tracks. When a robot veers off path, we don't just fix it for them—we guide them to troubleshoot the circuit logic and adjust the sensor sensitivity themselves.
Our approach to robotics is grounded in the reality of the maker space. We believe that if you want to understand how a machine thinks, you have to build its body and its brain.
Located in BEL Layout, our lab is set up to handle the messy, exciting work of engineering. Students start by assembling the chassis—using laser-cut materials—before moving on to the electronics. This is where the magic happens. We teach kids to solder wires to circuit boards, manage battery power, and integrate sensors like IR arrays so their robots can interact with their environment.
We don't provide pre-assembled toys. Instead, your child builds a project from the ground up, learns how a DC motor functions, and understands why their robot behaves the way it does. Whether they are building a simple line-follower or experimenting with sensor-based automated street lights, the goal remains the same: to give them the confidence to break, fix, and improve what they build.
Since we operate in small batches, every student gets the supervision they need to handle tools like hot glue guns and soldering irons safely. And the best part? They take the robot home. That means the learning doesn't stop when the workshop ends—they have a functional piece of technology to keep tinkering with, upgrading, and showing off.
Little Wings Innovation Labs
I’m Rahul, and I built this space because I was the kid who always took things apart to see how they worked. My partner Daniel and I created this lab so your child can use real tools, solder their own circuits, and build robots that actually function, right here in our North Bangalore workshop.
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