---
title: "Robots on Wheels: DIY Robotics & Navigation Classes for Kids"
description: "Join our Robots on Wheels classes in Delhi. Kids learn to code, build, and program navigating robots using sensors. Master robotics and DIY coding today!"
canonical: https://mytribe.in/bearobonaut/robotics-electronics/robots-on-wheels-navigation-control
last_updated: 2025-09-21
---

# Robots on Wheels: Build & Program Intelligent Navigating Bots

Tribe Verified · Real-world robotics workshops in Pitampura, Delhi

By [Be A Robonaut](https://mytribe.in/bearobonaut) · Available online and at center in Pitampura, Delhi NCR · ₹3,800 per month (8 sessions) (estimate)

Part of [Robotics & Electronics](https://mytribe.in/bearobonaut/robotics-electronics). [View full gallery](https://mytribe.in/bearobonaut/robotics-electronics/gallery)

Watch our young engineers bring motion to life. From simple remote-controlled cars to smart bots that avoid obstacles, students master the logic behind movement using real sensors and code.

## Photos and videos

- [Video: Ivaan built a Multi-Color Line Follower Bot that can detect and follow tracks of different colors. This advanced project teaches kids about color sensors and more complex conditional logic in their code.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/31766699-2754-42bc-bbe9-91375f62149b)
- [Video: Vihaan and Yuveer are having a blast with the Bulldozer Bot they built. This powerful machine uses a remote control to push through obstacles, teaching them about torque and mechanical force.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/fcbc48af-b353-4644-86db-914d5e6d5c19)
- [Video: Advit's Obstacle Avoider zips past hurdles without any bumps. Using an ultrasonic sensor, this robot demonstrates smart navigation and is a foundational project for learning about autonomous movement.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/add7dc84-2359-44f4-b9c0-770f60757175)
- [Video: This video shows the evolution of car projects in my class. Kids start with simple remote-controlled cars and progress to building smarter, more complex bots, proving that every car is a canvas for creativity.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/338a06b9-358d-43b6-8366-6a99822bcd1b)
- [Video: Ivaan built this remote control car using touch sensors instead of buttons. It's a creative twist that teaches kids about different types of sensors and how to integrate them for unique control schemes.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/41137e83-0b81-4a8a-b7c8-b7461fe22034)
- [Video: This clip showcases a variety of student projects, including a motorized flag-hoisting robot and a line-following trike, demonstrating the diverse range of builds we create.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a5d76e21-5ec1-434a-bef9-d99792a92093)
- [Video: Here, a young innovator tests her line-following robot on a spiral track. This project requires precise sensor calibration and motor control to navigate the tight curves successfully.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/7911bfaf-f277-474c-93af-2905e059b6e8)
- [Video: Ivaan's Table Follower uses an ultrasonic sensor to detect the edge of the table and avoid falling off. It's a great project for understanding distance sensing and programming defensive maneuvers.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a80e9c7e-e79d-46d8-87a7-7b1ff8b4d900)
- [Video: This Bluetooth-controlled car is a popular project for older students. They learn to use an Arduino, a Bluetooth module, and a smartphone app to create a wireless remote-control system.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/ee987189-d850-4141-ab8d-ffa4ee846aee)
- [Video: Chitwan's "Track Master" is a sleek black line follower bot. Using IR sensors, it follows the path with speed and precision, a testament to her focus and programming skills.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/ba698106-ba32-42d7-a701-3dbf1a5cb22c)
- [Video: This video shows two different line-following bots in action. One follows a spiral, while the other navigates a square path, demonstrating how different programming can achieve different types of movement.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e3854929-f0a2-4511-a0ee-bf969901f5d8)
- [Video: Meet the Bulldozer Bot, a force of nature built by my students. It's designed to push, lift, and clear paths, teaching kids about gear ratios, torque, and remote-controlled power.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/2104fd90-0d56-4c1c-81ef-05fe7b0e8f1a)
- [Video: Kimaya proudly shows off the Arduino-powered car she built and coded. This project covers everything from wiring motors to writing code for speed and directional control.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/cd508360-3069-44a4-8105-8a1abfc7cc49)
- [Video: From a simple circuit to a moving car, these young creators engineered their own vehicles using a Maker Board and motor driver. It's a fantastic introduction to the world of robotics.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/9e056b1f-c7ec-4488-8761-8145da21fffa)
- [Video: Aarna's Table Follower Bot was a journey of persistence. After many tweaks, she got it to work perfectly, proving that success in robotics comes from not giving up.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/f4f34f36-9919-4deb-b871-8c2257b3e3ed)
- [Video: This reel showcases some of the amazing bots my students build, including Raghav's color line follower and Aarna's obstacle avoider, highlighting their creativity and technical skills.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/660fd08c-b64f-4fb5-994e-a6edb2a213a4)
- [Video: This video warns parents that robotics classes might make their kids too smart, showcasing Yashvi's elevator, Avyay's line follower, and Naksh's crane as examples of their incredible creations.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/f92d6e1e-99b6-4b69-b902-814a6f01c72b)
- [Video: This Tank Robot uses a clever rubber band mechanism to power multiple wheels with a single motor. It's a great project for teaching kids about drivetrains and transferring motion.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/345a68bf-85cd-4957-9586-b3a51b304a9d)
- [Video: This compilation shows the variety of wheeled robots my students build, from Keyansh's trike and Hriday's tortoise walk to Devansh's rope car, each demonstrating a different mechanical principle.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/712786b3-fbf7-41b1-89c4-5d65ea9cd8b6)
- [Video: This video highlights the "build, break, and make" philosophy with Saanvi's dumper bot and the tortoise walk robot. It's all about giving kids the space to experiment and innovate.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/362c35d1-6727-4117-83c5-b5603b82b9d7)
- [Video: Raghav's Black Line Follower Bot follows the path, never the crowd. Using IR sensors, it demonstrates precision control and is a classic project for learning about sensor-based navigation.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/f54339c9-379f-4fc2-8255-316b19031f15)
- [Video: This reel showcases a variety of student projects, including a black line follower, a dumper elevator, a rope car, and a soccer bot, demonstrating the breadth of our curriculum.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/15bb52ee-850f-42b7-93a3-fe8f7899ae63)
- [Video: My students are building a variety of wheeled vehicles, including cars, trikes, and pulley systems. Each project helps them learn about mechanics, motors, and control.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/7f847605-f504-47eb-a044-01771126e279)
- [Video: This video showcases several wheeled robots, including Ayaansh's trike, Parth's color line follower, and Naksh's rope car, each a testament to the students' growing skills.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/3183e5b7-347c-41de-976a-eeb1fb720f44)
- [Video: Rohin's black line follower is programmed to move in a perfect square. This requires precise coding for 90-degree turns and showcases a higher level of logical thinking.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/dc3b0146-9fde-4ced-ac3a-4cecb8780b83)
- [Video: It's Trike Day in the lab! My students are exploring balance, motion, and force by building and riding their own three-wheeled creations. It's STEM learning disguised as pure fun.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/70817ea2-7ec3-460f-99d1-d897cf901aaf)
- [Video: Kiyansh built this impressive humanoid robot that walks and moves. This complex project involves understanding balance, motor control, and structural design.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/d75b3b24-9fb3-4b7e-9e7a-b54439379768)
- [Video: This reel shows the variety of bots my students are building, from rope cars and tortoise bots to obstacle avoiders. Each project teaches valuable skills like problem-solving and fine motor control.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/de2fc255-bd11-4bc1-9eb0-6a08e92ac97d)
- [Video: Our summer camp is buzzing with activity, including the creation of 4-wheel, 3-wheel, and castor-wheel cars. It's a great way for kids to learn about different types of vehicle mechanics.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/115f7adf-5f33-468e-88a3-0bf068d30ea8)
- [Video: Rohin, Aadvik, and Aarav are part of our Line-Following Robot Crew. They're learning how to use sensors and code to make their bots navigate tracks autonomously.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/57343cac-61f5-4720-ab50-107a154159ad)
- [Video: Aarav's line-following bot uses IR and color sensors to stick to the path. It's a great project for learning about smart automation and sensor integration.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/8ce8956a-b74e-4301-9962-b80101d76a58)
- [Video: This "Curious Bot" uses eye-like ultrasonic sensors to "see" the world and avoid obstacles. It's a fun way for kids to learn about how robots can perceive and react to their environment.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/de554672-5655-4574-bb52-329aa93c475a)
- [Video: Aarav's line-following robot demonstrates precision and control. By programming the bot to follow a black path, he's learning the fundamentals of sensor-based automation.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a1df0a2f-4c94-486d-b858-4707214fbf1a)
- [Video: This reel showcases a variety of student-built bots, including dumper bots, mopping bots, rope cars, and table followers, highlighting the diverse skills they learn.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/47cda0a5-71f3-4983-8845-775307e7625f)
- [Video: Hredhaan's remote control car features working headlights. This project combines mechanical design with electronics, teaching kids how to add extra features to their builds.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e6026ff2-fead-4a43-95d2-cff0c9033f35)
- [Video: This remote control car is controlled by touch sensors. It's a creative project that teaches students about alternative input methods and sensor-based control.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/82fab70d-a951-489e-9d49-362144c4527a)
- [Video: Summer camp has kicked off with students building 4-wheel robots, 3-wheel explorers, and ball shooter bots. The innovation and excitement are already in high gear.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/4c4e6a9d-6678-4965-8539-11fdf9bf8ab8)
- [Video: Tvisha's "Trailblazer" is a multi-color line follower that glides across different colored paths. It's a visually impressive project that teaches advanced sensor programming.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/b64ccc7a-9de8-4757-8577-6c18be4f92b6)
- [Video: Rohin's Table Follower uses an ultrasonic sensor to patrol the edge of a table without falling. It's a great demonstration of using sensors for safety and navigation.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/504a00ff-b467-47fa-b9eb-c855b419d664)
- [Video: The first class of robotics is all about hands-on building. Here, a student assembles her first moving, rolling car, sparking immediate curiosity and excitement.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e09e641e-9a22-4177-8ca8-9ed22dcd90a1)
- [Video: Our Robonauts are on the move with their Black Line Follower Bots. Using IR sensors, they are learning how to make their robots think and navigate autonomously.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/9e4ec8b8-9e90-4596-8be2-481bc79648ec)
- [Video: Nirvaan finally cracked the code for his Multi-Color Line Follower. After days of debugging, his persistence paid off, and the bot now follows multiple colors flawlessly.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e3110ab5-03ea-4a32-b133-c5fe5254f499)
- [Video: Avyay's robot is a two-in-one marvel. It functions as both a table follower and an obstacle avoider, showcasing how different sensor inputs can be used for different tasks.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/ec516698-79f7-4402-b85e-3cba38491445)
- [Video: Day 1 of class is drive time! Our newest innovators built 4-wheelers, 3-wheelers, and castor-wheel cars, learning about balance, movement, and design from the get-go.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/07941f8c-725c-48e8-b0ee-5333a60a9fd9)
- [Video: Advik and Taksh teamed up to create this Color Line Follower Bot. It's a great project for learning about color sensors, teamwork, and precision programming.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/6689c3a3-e259-4c74-a5cd-ff4a3503718e)
- [Video: Shaarwin built this powerful Bulldozer Bot. It's a fun project that teaches kids about gears, torque, and how to build machines that can push boundaries.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/5b440398-6d6a-4a3e-a0f4-19b8d04a0407)
- [Video: Vaibhav and Vivek programmed their line follower to navigate a square path. This required them to master turn control and motor speed, taking their coding skills to the next level.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/21ee74d3-bf89-45cb-a711-d8acc1df5b23)
- [Video: This Obstacle Avoider Bot uses smart coding and sensors to detect and navigate around hurdles in real-time. It's a core project for understanding autonomous robotics.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/324785c2-0616-4ec8-954a-be571823ebb9)
- [Video: Arhaan transformed his table-following robot into an obstacle-avoiding bot by tweaking the code. This shows how a single creation can be adapted for new challenges, a key part of the innovation process.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/cc2bf00e-ee9a-4fdd-925b-4609c7b2e696)
- [Video: Shaurya's Dumper Bot is a heavy-lifting, smart-thinking machine. This project teaches kids about lifting mechanisms, motor control, and the application of robotics in construction.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/bfef32a5-78e0-4a5a-9636-15a2219d8910)
- [Video: Taksh built a remote control for his car using a touch sensor. This project merges electronics and coding to create a unique and interactive user experience.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/599ab6e1-b62b-481a-8b33-e417b2b3c174)
- [Video: Vaibhav and Vivek's smart car follows both multi-color and black lines. They had to carefully position the sensors and code the logic to switch between modes, a great problem-solving challenge.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e686c440-c329-4320-a8bd-9c3ca96d85a4)
- [Video: This video shows the process of perfecting a robotic car's turn. It's all about balancing speed, control, and sensor tuning, a great lesson in iterative design.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/06a9e561-b235-464d-9c9c-005c1d917963)
- [Video: Vaibhav and Vivek's smart line follower is a great example of automation. Using color sensors, their bot follows the path with precision, demonstrating the power of coding and logic.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e1a51621-1709-45f3-b67f-ea40abed797a)
- [Video: This Arduino car is programmed to move forward, backward, left, and right. It's a foundational project for learning about motor mechanics, electronics, and coding with Arduino.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a7e991d1-77f4-468b-a489-f00e3a36ec6c)
- [Video: This mopping bot is a fun and functional project that turns a chore into a challenge. Students learn to integrate motors and cleaning mechanisms into a mobile robot.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/1ea14a86-1fe0-43a8-a126-e5098a22466b)
- [Video: This Dumper Bot is a great project for young engineers. It teaches them how to build a robot that can lift, carry, and dump materials with precision.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/a859ea7b-0424-493b-81a2-c0d5e838ea0d)
- [Video: Our youngest Robonaut built this small, fast car, proving that age is no barrier to innovation. This project is great for developing motor skills and a passion for engineering.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/20d94092-f5a6-437e-8322-1cc378fbfe4b)
- [Video: Arnav's adaptive robot can be converted from an obstacle avoider to a table follower. This project highlights the versatility of robotics and the power of adaptable coding.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/d0264cd1-406a-449f-8a62-a92e7658456e)
- [Video: Rivansh proudly presents his Black Line Follower Robot. It's a classic STEM project that teaches kids about sensors, motors, and logical thinking in a fun, hands-on way.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/7937c821-9e27-43c4-8143-e32530fc6d62)
- [Video: Even my youngest students in Class 1 and 2 are coding robots. They start with simple, fun projects that build a strong foundation in logic and computational thinking.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/94c98ac9-3c60-4da5-8504-ac40b7dab214)
- [Video: Advik's Dumper Bot is a powerful machine designed to handle heavy loads. It's a great project for learning about automation, mechanics, and real-world robotics applications.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/c002eb05-f8f5-4dae-af90-ce281afbfbbf)
- [Video: This video showcases both black line and color line follower robots. These projects teach kids about sensor technology and coding, enhancing their creativity and problem-solving skills.](https://assets.mytribe.in/insecure/raw:1/plain/s3://mytribe-assets-production/e886b362-76d5-484c-a991-750aeba582cd)

## About Robots on Wheels: Navigation & Control

We skip the pre-made toys and dive straight into the hardware. Your child will work with real gear motors, ultrasonic sensors, and microcontrollers, learning to write the logic that keeps a robot on track. It is not about perfect code on the first try; it is about the 'Fail, Fix, Fly' process where they debug their bot until it navigates the floor flawlessly.

### Engineering Movement
Navigation is where the abstract world of coding meets the physical world. In our 'Robots on Wheels' module, students transition from simple DC motor control to complex autonomous systems. We start by teaching mechanical fundamentals—gear ratios, torque, and chassis stability—before introducing the 'brains' of the operation.

### Sensor-Based Logic
We teach kids to make their robots 'see' and 'react'. Using IR sensors for line following and ultrasonic sensors for obstacle avoidance, students write conditional logic in C++ or block-based code. They learn to process input data in real-time to make decisions, such as:
*   **Obstacle Avoidance:** Calculating distance to trigger a turn or stop sequence.
*   **Line Following:** Adjusting motor speed to maintain position on a track.
*   **Edge Detection:** Preventing the robot from falling off tables.

### The 'Fail, Fix, Fly' Advantage
Coding a robot that performs as expected is rarely a one-step process. If a bot veers off-course, our students don't just reset it. They analyze the sensor calibration, check the wiring on their breadboards, and refine their loop statements. This hands-on debugging is the heart of the Be a Robonaut experience in Pitampura. We turn technical troubleshooting into a high-energy game, ensuring that when they finally see their car navigate a complex maze, they understand exactly why it worked.

## About Be A Robonaut

I don't believe in boring lectures or following manuals. At Be a Robonaut, we give kids the real tools—motors, sensors, and microcontrollers—and let them build, break, and debug their way to a working robot.

[See all of Be A Robonaut's services](https://mytribe.in/bearobonaut)

## More from Robotics & Electronics by Be A Robonaut

- [Featured](https://mytribe.in/bearobonaut/robotics-electronics/featured)
- [Smart Home & Safety Solutions](https://mytribe.in/bearobonaut/robotics-electronics/smart-home-safety-solutions)
- [Mechanical Marvels: Cranes, Lifts & Arms](https://mytribe.in/bearobonaut/robotics-electronics/mechanical-marvels-cranes-lifts-arms)
- [Fun, Games & Creative Tech](https://mytribe.in/bearobonaut/robotics-electronics/fun-games-creative-tech)
- [Electronics & Coding Fundamentals](https://mytribe.in/bearobonaut/robotics-electronics/electronics-coding-fundamentals)
- [Our Robonauts in Action: Workshops & Competitions](https://mytribe.in/bearobonaut/robotics-electronics/our-robonauts-in-action-workshops-competitions)
- [Festive Tech & Special Builds](https://mytribe.in/bearobonaut/robotics-electronics/festive-tech-special-builds)
- [Summer Camps & Curriculum](https://mytribe.in/bearobonaut/robotics-electronics/summer-camps-curriculum)

## More services by Be A Robonaut

- [Coding & Programming](https://mytribe.in/bearobonaut/coding-programming)
- [STEM Camps & Competition Training](https://mytribe.in/bearobonaut/stem-camps-competition-training)

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