Bittle X Robot Dog
High-torque servos, ESP32 BiBoard, voice control integration, and expandable mounting points.
From $319.00
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Turnkey STEM Solution
Hands-On Robotics for K-12 Classrooms
Shenzhen Pbrobot Technology Co., Ltd. provides a zero-barrier, project-based robotics courseware designed around the Scratch-compatible visual programming environment and open-source quadruped robot platforms.
Engineered specifically for schools, makerspaces, and coding academies, our curriculum bridges mechanical assembly, algorithmic thinking, and physical computing. Learners begin by controlling leg joints and progress directly into developing automated behaviors with sensory feedback.
- Standards-Aligned: Comprehensive modular lesson plans created for easy teacher adoption without prior robotics background.
- Cross-Platform Environment: Native compatibility across Windows, macOS, and Linux workstations.
- Hardware Ready: Perfectly calibrated for Bittle and Bittle X open-source bionic robot dogs.
Structured Pedagogy
Why Educational Institutions Adopt Petoi Curriculum
Moving beyond conventional wheeled carts, legged bionic robotics offers an authentic platform for studying real-world bio-mechanics, kinematics, and robotics computing.
Module 01
Foundational Robotics & Visual Logic
Students explore basic concepts of microcontrollers, coordinate systems, and joint actuation without syntax errors. Through snap-together blocks, beginners learn sequencing, loops, conditions, and variable manipulation to dictate movement patterns.
- Introduction to physical computing, servo rotation, and serial bus protocols
- Programming essential postures: sitting, standing, trotting, crawling, and greeting
Module 02
Visual Skill Composer & Gait Kinematics
Using the visual Skill Composer module, learners interactively simulate joint angles and export keyframe animations directly into block routines. This teaches spatial reasoning, center of mass, balance restoration, and custom locomotion cycles.
- Direct joint angle manipulation with live feedback telemetry
- Designing smooth custom choreography, dance sequences, and agile maneuvers
Module 03
IoT Sensors & Environmental Responsiveness
Integrating the standard Grove-compatible sensor pack transforms quadruped robots into responsive edge computing systems. Students program real-time reactive routines based on lighting, motion, obstacles, and touch.
- Obstacle avoidance via Infrared Distance and PIR Motion sensing
- Interactive stimulus response: touch triggers, light-following, and gesture recognition
Curriculum Roadmap
Comprehensive Project-Based Learning Syllabus
A progressive, classroom-tested framework bridging early computing with robotics engineering.
| Unit / Stage | Core Technical Concepts | Hands-On Classroom Project | Learning Outcomes |
|---|---|---|---|
| Unit 1: Getting Started | Block UI, Robot Calibration, Serial Ports | Connect Bittle, run initial diagnostic gait tests | Master workspace navigation, hardware setup, and basic command flow. |
| Unit 2: Kinematic Control | Degrees of Freedom, PWM Servo Angles, Trims | Create customized static poses and greeting actions | Understand multi-axis joint coordination and stability parameters. |
| Unit 3: Motion & Balance | Gait Patterns, Balance Loops, Skill Composer | Choreograph a synchronized multi-robot movement routine | Apply algorithmic sequencing to complex quadruped locomotion. |
| Unit 4: Sensor Integration | Analog/Digital Input, Thresholds, Events | Autonomous sentry patrol with ultrasonic & PIR triggers | Develop closed-loop decision making responding to real physical input. |
| Unit 5: Capstone Challenge | Conditional Logic, State Machines, IoT Problem Solving | Search-and-rescue obstacle course navigation | Synthesize programming, mechanical balance, and sensory robotics logic. |
Multimedia Instruction
Classroom Video Guides & Hands-On Demonstrations
Step-by-step visual tutorials accompany each chapter to support teachers and expedite student mastery.
Compatible Hardware
Classroom-Ready Robotics Platforms
Equip your school lab or robotics academy with robust, open-source quadruped hardware and modular sensor kits.
Bittle Robot Dog (Classic)
Arduino-compatible NyBoard controller, open-source firmware, and agile bionic movements.
From $289.00
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Robotic Sensor Pack
Includes light, touch, gesture, PIR motion, and infrared distance modules with standard headers.
$44.00
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AI Vision Camera Module
Real-time visual tracking, facial recognition, and object classifier for intelligent robotics lessons.
$39.00
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