Inspired by NASA Mars rovers and designed for curious young minds. Quarky is an all-in-one programmable microcontroller and robotics brain that transforms from a playful companion into autonomous rovers, 4-DOF robotic arms, bipedal humanoids, and IoT systems.
ESP32 Inside
Packed with industrial-grade sensors, display matrix, and motor control in a durable, child-safe acrylic shell.
Individually addressable 7x5 pixel matrix to render custom emotions, animations, scrolling messages, and game sprites.
Gold-plated interactive touch triggers for musical instruments, secret game codes, and robotic touch inputs.
Built-in amplifier and speaker produce 8-bit retro arcade tunes, sirens, tone synthesizers, and voice alerts.
Instant wireless code upload, smartphone app joypad control with Dabble, and real-time IoT cloud data logging.
Onboard high-efficiency H-bridge motor drivers deliver independent forward, reverse, and PWM speed control.
Built-in accelerometer and gyroscope detect tilt angles, freefall, shakes, steps, and robotic balancing.
Dedicated high-current servo headers for driving multi-DOF robotic arms, bipedal walking legs, and steering.
Classroom-safe battery with smart overcharge protection, fast Type-C charging, and long runtimes.
Whether your student is 7 or 16, our environment adapts to their cognitive stage. Learn through visual blocks, then see the corresponding live Python code generate automatically.
Hands-on learning projects covering artificial intelligence, autonomous robotics, IoT, and gamified mechanics.
Program Quarky to respond to pats on touchpads, recognize your facial expressions, play customized greeting tunes, and show cute LED emotions.
Build an autonomous rover that tracks road lines, detects traffic stop signs via computer vision, slows down on curves, and brakes automatically for obstacles.
Monitor soil moisture and ambient sunlight in real-time. Trigger automatic water pumps and stream environmental data to an IoT cloud dashboard.
Train a machine learning vision model to recognize authorized faces. Unlock servo door deadbolts and sound alarm buzzers for unauthorized visitors.
Equip Quarky with ball dribbler attachments and compete in fast-paced Robo-Soccer and Sumo battles using precision smartphone gamepad controls.
Use natural language voice commands ("Go Forward", "Stop") and hand gesture pose estimation to steer rovers and robotic mechanisms.
Carefully structured educational kits that scale with the student from their first robot assembly to complex multi-bot creations.
The ideal entry into the world of physical computing and robotics. Build two-wheeled rovers, learn block coding, and explore 15+ interactive starter projects.
Build 10 distinct autonomous rovers and smart vehicles with AI computer vision, traffic recognition, delivery bots, and smart sensing.
The flagship kit for budding engineers. Includes the full mechanical frame, robotic arm mechanism, gripper claw, and comprehensive Python curriculum.
Expand your Quarky controller into fascinating specialized robots — from NASA Mars rovers and bipedal humanoid walkers to omnidirectional mecanum wheels and 4-DOF robotic arms.
Space Exploration
Build a real Mars Rover based on NASA's famous Curiosity and Perseverance rovers. Master the rocker-bogie suspension mechanism and program robots engineered for outer space terrain.
Biomimetic Bipedal
A bipedal walking and dancing humanoid robot! Learn advanced concepts of biomechanics, center-of-gravity stabilization, walking kinematics, and AI posture replication.
4-Legged Bio-Robotics
Explore four-footed biomimetic actions, creep-gait algorithms, and sprawling terrain movements with this dynamic 4-legged robot inspired by modern quadruped quad-bots.
Holonomic Drive
Discover fascinating 360-degree omnidirectional movement without turning! Sideways strafing, diagonal drift, and zero-turn agility build foundations of modern industrial automation.
Industrial Automation
Grasp the concepts of modern industrial robotics using electromechanics and 4 Degrees of Freedom (DOF). Features a high-precision gripper claw for automated sorting and pick-and-place.
Smart Living & IoT
Construct a fully automated smart home with AI-enabled security, smart lighting, environmental climate monitoring, and automated irrigation. Control appliances wirelessly from cloud dashboards.
10 sequential, standards-aligned learning courses guiding students from beginner visual blocks to text-based artificial intelligence with Python.
Sequencing, loops, variables, logic operators, conditional statements, and sprite animation.
Computer vision basics: face detection, OCR text detection, speech recognition, and synthetic voice.
Physical computing with AI blocks: waste sorting detector, face locker, and smart mood lamp.
Line-following rovers, autonomous warehouse delivery cars, and touch-reactive assistance robots.
Obstacle avoidance kinematics, automated parking algorithms, and multi-DOF pick-and-place automation.
Python syntax, data types, lists, dictionaries, functions, while/for loops, and algorithmic thinking.
OpenCV image filters, face & landmark detection, speech-to-text, and machine learning classifiers.
MicroPython pin controls, LED matrix graphics manipulation, touch event listeners, and sensor streaming.
Motor speed vectors, PID line tracking algorithms, and smartphone wireless telemetry.
Holonomic mecanum kinematics, inverse kinematics for 4-DOF arms, and cloud IoT dashboard telemetry.
Engineered with genuine industrial components to deliver reliable performance in school laboratories and makerspaces.
Everything you need to know about setting up, coding, and teaching with Quarky.
Explore turnkey STEM & AI innovation labs, classroom bundles for 10–30 students, certified teacher training workshops, and curriculum mapping.
Includes teacher training & curriculum alignment