OUR ROBOTS
All our robots are our original designs created with custom-crafted wooden and 3D-printed parts to inspire creativity. The founders wanted to make it really easy for kids to learn behind-the-scenes of robotics and coding so they created their own robots that are simple but provide a powerful learning experience. Each robot is designed to teach a unique skill and they are a lot of fun to work with. Kids have an absolute BLAST as they learn essential new STEM skills in robotics and coding.
Basic Robot for 1-hour Class (Robotic Arm, Traffic Light, and Windmill)
This robot is used for our single 1-hr class to introduce kids to the world of robotics and coding. It includes 3 activities:
Robotic Arm: This activity includes a single motor to control the movement of an arm. Kids learn to build a robotic arm and get an overview of the programming.
Traffic Light: This activity teaches kids how to wire and control red, green, and yellow LED.
Windmill: This activity includes a single 360 degree motor to control windmill. Kids learn to control the direction (clockwise or counter-clockwise) as well as speed of the windmill.
Robby The Drummer: This robot is a lot of fun to build and learn various aspects to robotics and coding. It uses 3 motors (1 for each arm and 1 for head) to control arms and head movement. Kids learn to control range and the speed of motions which allows them to create various drum beats. This is a very powerful robot as kids can use their imagination and creativity to create their own music as they learn and get more comfortable with programming. There is really no limit to it as they can use this robot for months to practice coding (if one desires so) and improve their programming skills.
Pull-up Robot: This robot does the pull-ups. Yes, it does. It sues three motors - two for arms (1 for each arm) and one for head movement. You can program it to do to a fixed number of pull-ups. You can also program it where it mimics real human-like behavior as it does the pull-ups. For example, make it do 10 pull-ups and then slow down the pace of pull-ups to indicate it’s getting tired and struggling (much like human). You can also add a counter which can keep track of pull-ups it does.
Robotic Excavator Arm: This robot uses 3 motors and 3D printed components. The 3 motors allows one to control the movement precisely to mimic a real-life excavator arm movement, left-right-up-down. (Video coming soon)
Rover: This robot is designed to look like a real-life rover used in space body exploration. It uses four 360 motors and antennas lighted with blue LEDs. The vehicle body also uses headlights and brake lights. You can control the speed at which the vehicle moves as well as forward and reverse motion. You can also turn the headlights on/off and control the brightness of the headlights. Brake lights turn on automatically when the vehicles starts to slow down. The rover robot is a lot of fun to work with for kids.
Military Vehicle: This robot is designed to look like a real-life military vehicle. It features an artillery that can rotate 360 degrees. You can also control the amount and speed of the rotation. The vehicle is powered by four 360 motors. The vehicle also uses headlights and brake lights. You can control the speed at which the vehicle moves as well as forward and reverse motion. You can also turn the headlights on/off and control the brightness of the headlights. Brake lights are turned on and brighten automatically when the vehicles starts to slow down.
SUV (Prototype - Final version coming soon): Get ready for a true-to-life robotic SUV experience! This work-in-progress prototype is designed to look and perform like a real SUV. The default programming includes realistic features such as hazard lights, turn signals, forward and reverse motion, headlights, and tail lights.
This SUV robot opens the door to endless learning and creativity. Kids can practice programming by creating different driving scenarios—from perfect circles of various sizes to fun competitions! Try programming it to weave through cones placed 5 feet apart in a zig-zag pattern, turn around at the end, and return to the starting point.
It's hands-on, educational, and packed with possibilities—perfect for exploring real-world robotics concepts in a fun and engaging way.
3-Wheeler Robot (Prototype - Final version coming soon)
This dynamic robot features a unique front-end drive with a single-motor propulsion system and separate steering mechanism—just like a real vehicle! The default programming includes realistic functions such as hazard lights, turn signals, forward and reverse motion, headlights, and taillights.
Designed to spark creativity and critical thinking, the 3-Wheeler offers endless opportunities to explore robotics and programming. Kids can challenge themselves by coding it to drive in perfect circles, navigate obstacle courses, or compete in fun driving scenarios—like weaving through cones spaced 5 feet apart in a zig-zag pattern, making a smooth U-turn, and returning to the start.
It’s hands-on, educational, and bursting with potential—perfect for bringing real-world robotics concepts to life in an exciting, kid-friendly way!
🎠 Merry-Go-Round Robot (Prototype - Final version coming soon): Bring the amusement park to life with this delightful Merry-Go-Round robot! Powered by a single 360-degree motor, this whimsical creation spins just like the real thing—simple in design, but packed with learning.
Kids will love programming it to rotate at different speeds and even change directions. It's a fun and interactive way to explore motion, speed, and control through hands-on coding. Want to add more fun? Kids can place their favorite figurines on the ride and watch them spin around in joy!
It’s playful, imaginative, and the perfect introduction to robotics for younger learners. This robot blends creativity with STEM in the most entertaining way—learning has never been this much fun!
More Robots Coming Soon…
🔢 Single Digit Counter Robot
Simple concept—endless possibilities! This clever robot uses a series of LEDs to count from 0 to 9 at any speed you choose. Kids can program it to count up, down, only odd or even numbers, or reverse count like a countdown clock.
But that’s just the beginning!
Pair it with one of our robotic gates, and it becomes an interactive tracker—counting every time the gate opens or closes. It’s a brilliant way to introduce kids to real-world applications of logic, sequencing, and conditional programming.
Hands-on, visual, and totally customizable—this robot is a perfect challenge for curious minds ready to dive deeper into how technology keeps track of the world around us.
🔢 Two-Digit Counter Robot
More digits, more data, more fun! This programmable robot uses a series of LEDs to count from 0 all the way up to 999. Kids can customize how it counts—by odd or even numbers, in reverse, or at different time intervals—making it a fantastic tool to explore number patterns and logic in action.
But the real magic happens when you combine it with other robots!
✨ Pair it with a Robotic Gate to track how many times it opens and closes—perfect for building automation and event-based programming.
💪 Link it with our Pull-Up Robot and watch it keep score of every pull-up completed—a great way to mix movement with math!
It’s visual, hands-on, and packed with possibilities for creative programming and STEM exploration. Whether it’s counting actions or creating games, this robot gives kids the power to build and control with confidence.
🚜 Front-End Loader Robot
Big power. Big possibilities. Big learning! This mighty robot features a 4-wheel drive system, separate steering mechanism, and a realistic loader bucket powered by four independent motors—bringing real-world engineering right into your child’s hands.
Kids will love programming the movement of the vehicle and mastering the precise operations of the loader bucket: lifting, lowering, scooping, and dumping. Whether it’s picking up small objects or navigating obstacle courses, this robot challenges kids to think like real engineers.
🔧 STEM Skills in Action:
Program realistic driving and steering behavior
Control the loader bucket using multiple motors
Learn sequencing, motor control, and conditional logic
Explore how machines work in construction and industry
It’s hands-on, high-energy, and full of creative challenges—perfect for kids who love building, coding, and taking control!
✈️ Airplane Robot – Prepare for an exciting runway adventure!
This sleek and stylish airplane robot isn’t just for show—it’s built to taxi like a real aircraft with two spinning propellers powered by 360° motors and a fully functional steering mechanism that lets kids take control of the cockpit.
Young pilots can program it to cruise down the runway, make turns, stop at checkpoints, and simulate takeoff sequences. The dual propellers spin to life with precision, offering a thrilling experience that blends mechanical engineering and coding.
Program realistic taxiing maneuvers
Control motor-driven propellers
Practice navigation and steering
Learn how airplanes move on the ground before takeoff
Whether they’re dreaming of becoming pilots or engineers, this hands-on project gives kids a taste of aviation—and a whole lot of fun along the way.
🎢 See-Saw Ride – Amusement Park Fun Meets Robotics!
The See-Saw Ride is a delightful robotic recreation of the classic playground favorite, brought to life with motion and creativity.
Using a motorized mechanism, this ride gently tilts back and forth just like the real thing. Kids will learn how to program smooth motion, control speed and direction, and even customize the rhythm of the ride!
It’s hands-on learning that’s packed with playful energy and real-world application:
🛠 Build it from scratch
💡 Program the motion just right
🎨 Decorate it to make it their own ride
🧠 Learn about balance, timing, and engineering
Whether your child dreams of becoming an engineer or just loves creating cool things that move, the See-Saw Ride is the perfect blend of fun, learning, and imagination.
🎠 Carousel – A Whirling Ride of Fun and Learning!
Bring the magic of the amusement park to life with this enchanting Carousel Robot, powered by a single 360° motor and a whole lot of imagination! Kids can place their favorite figurines on the ride and watch them twirl and spin in circles of joy—just like at a real fair!
But this isn’t just about fun—this is hands-on robotics at its most delightful. Children will learn how to control speed, direction, and smooth motion through simple yet powerful programming. 🔧 Key Features:
🎡 Rotating platform powered by a 360° motor
🔁 Programmable speed and direction for endless fun
🎨 Add your own figurines for a personal amusement park
🧠 Teaches motor control, timing, and sequencing
From slow spins to thrilling twirls, the Carousel robot offers the perfect mix of creativity, engineering, and fun. It’s a fantastic way to introduce young minds to robotics while keeping their imagination front and center. Let your child build, code, and play—where learning feels like a ride! 🎠✨
🎡 Ferris Wheel – A Towering Spin of Imagination & Engineering!
Step right up and bring the wonder of the carnival home with our Ferris Wheel Robot—a dazzling creation powered by a smooth-spinning 360° motor! With realistic, free-swinging seats for your mini riders, this robot captures the magic of a true Ferris wheel in motion.
Kids will have a blast as they program the wheel to rotate forward or backward, adjust speeds, and watch their tiny passengers rise to the top and gently come back down in a mesmerizing loop. It’s a perfect blend of engineering precision and whimsical fun.
🔧 Key Features:
🌀 Powered by a 360° motor for continuous motion
🪑 Real-life-style hanging seats for a realistic effect
🎮 Programmable direction and variable speed controls
🧠 Teaches motor control, loop logic, and sequencing
Whether it’s a slow scenic spin or a fast carnival thrill, the Ferris Wheel Robot gives kids the tools to create their own amusement park experience—all while learning core robotics concepts in a fun, hands-on, and creative way!
Get ready for big smiles and brilliant learning—because this ride never gets old! 🎢✨
🚦 4-Way Traffic Light Robot – Master the Flow Like a Real Traffic Engineer!
With the 4-Way Crossing Traffic Light System Robot, kids take control of a realistic 4-way intersection, managing traffic flow just like in the real world. Watch as they bring order to the chaos—programming stop-and-go signals, coordinating light sequences, and exploring how city streets stay safe and efficient.
Perfect for teaching logic, sequencing, and timing, this robot simulates real-life scenarios where precise coordination matters. Whether it's creating rush hour patterns or late-night slowdowns, kids learn to think like engineers while having an absolute blast!
🔧 Key Features:
🛣 Realistic 4-way intersection layout
🚦 Independent control of each traffic light
⏱ Programmable light timing, order, and cycle speed
🤖 Encourages planning, problem-solving, and systems thinking
It’s more than just lights—this robot teaches kids how smart systems keep our roads safe. With endless possibilities for customization and challenges, it’s the perfect blend of fun, function, and future-ready learning.
🚚 Dump Truck Robot – Build, Haul, and Dump Like a Pro!
Get ready to roll into action with our powerful 4-Wheel Drive Dump Truck Robot – where heavy-duty meets hands-on fun! Powered by four independent motors, this rugged robot is built for real work and real learning. From construction zones to imaginary quarries, kids are in charge of the entire operation!
The star feature? A fully functional truck bed container that kids can actually load up with small items, then raise to dump materials at just the right spot — and lower it back down for the next job. Whether it's pebbles, marbles, or mini blocks, young engineers can simulate real-life loading and unloading tasks while practicing precision programming.
🔧 Key Highlights:
🔋 Four independent motors = powerful 4WD motion
🛻 Realistic truck bed lift and dump action
🧠 Program smooth raising/lowering sequences
🎮 Control movement, direction, and timing like a real operator
💡 Great for learning mechanics, sequencing, and cause-effect logic
From job site to drop-off, your kids will design, build, and code their way through every twist and turn—engineering meets imagination with every load!
🚧 Fully Mobile Excavator – Dig, Scoop, and Load Like the Real Thing! 🏗️
A construction adventure with our Fully Mobile Excavator Robot – a powerful combination of mobility and precision that mimics a real-world excavator in action! This robot features a truck bed-mounted robotic excavator arm, giving kids the thrill of controlling a dig-and-load experience.
A realistic excavator arm powered by three 180° motors, allowing for precise bending, lifting, and digging motions. And to top it off, the entire arm rotates smoothly to swing the load just where it needs to go—left, right, or back into the truck bed.
🚜 What Kids Will Experience:
🛻 A fully mobile base with a mounted excavator arm—just like the real machines!
🤖 Three powerful motors that bend and move the arm like a pro
🔄 360° rotation for realistic swing and scoop action
💡 Program complex sequences to scoop, swing, and dump
🎮 Hands-on fun while building coding, logic, and mechanical skills
From digging imaginary trenches to unloading precious cargo, your young builders will explore the real-world mechanics of construction machinery while learning how to program each movement with accuracy and flair.
It’s interactive. It’s educational. It’s totally awesome. Let your kids operate their own heavy-duty robot and bring the job site to life—one scoop at a time! 🦺✨