Education to Competition, All in One
-
Sim2Real Digital Twin
The simulator is a digital twin of the real robot — same web console, same ROS 2 topics, same APIs. Experiment virtually, then run the exact same code and models on the robot itself.
-
One Robot, Every AI Method
Rule-based control, supervised learning, reinforcement learning, LLM agents — build them all on one robot and experience how each approach to AI actually thinks.
-
AI Tutor & Vibe Coding
An action-capable AI tutor lives in the workspace — it drives the robot, inspects the simulator, and writes code with you. No coding experience? Build robots by vibe coding.
-
Zero Setup
Simulator, IDE, and AI tools all run in your web browser — nothing to install, no GPU needed. From sign-up to your first self-driving code in minutes.
-
ROS 2 Standard Stack
Raspberry Pi 5, Ubuntu 26.04, and ROS 2 Lyrical — the industry-standard robotics stack, not a toy environment. Skills and portfolios that carry into real robotics.
-
Classroom & Credits
Students join with an invite code; their usage draws from the teacher's credits within per-classroom limits. From lessons to competitions with lap timer and traffic light tools included.
What Can You Do?
Experiment in Sim, Finish for Real
The simulator and the real robot are digital twins — identical web console, ROS 2 topics, and APIs. Experiment freely in the virtual world; nothing breaks.
Your finished code and models run unchanged on the real robot — and closing the sim-to-real gap is part of the course.
No Coding Experience? Vibe Coding
Just tell the AI tutor what you want — it drives the robot, inspects the simulator, and writes the code for you, right in the workspace.
Describe an idea and it becomes working code. Stuck? Show it your screen and ask — it's a personal teaching assistant for every student.
Build Your Own AI Self-Driving Car
Climb the full ladder of AI methods on one track — rule-based → supervised learning → reinforcement learning — training real self-driving models as you go.
Host races with free competition tools — the Racing Lap Timer and a phone-based Remote Traffic Light — then put your model on the real robot.
Build Your Own AI Agent Robot
Connect tools to an LLM and turn the robot into an agent — it reads the camera and lidar, drives, speaks, and carries out tasks on its own.
Design your own instructions and tools, and command it by live voice — every core concept behind AI agents, hands-on.
Build Your Own Robot App
Got an idea? Describe it and build it — vibe coding with the AI tutor turns ideas into working robot apps, no coding background required.
Your app runs in the robot's own MyApp slot with camera, lidar, and driving APIs — on the simulator and the real robot alike.
Build Your Own World
Recreate your school, your city, or a place from your imagination as a digital-twin simulation world — and practice driving inside it.
Publish worlds to share them, embed evaluations for assignments and contests, and print matching real tracks for offline events.
Build Your Own Object-Detection Robot
Collect and label your own data, then train a YOLO model — the whole computer-vision pipeline, hands-on.
Your detector lets the robot recognize and track balls, cones, and people — the perception → control loop, in sim and on the real robot.
Real Robot Programming with ROS 2
From topics, services, and actions to SLAM and Nav2 — learn industry-standard ROS 2 from basics to practice.
The nodes you write run as the same graph in the simulator and on the real robot — robotics experience that becomes a portfolio.
Classroom — from Lessons to Competitions
Students join with an invite code; usage draws from the teacher's credits within limits you set. Accounts and budget — that's all the prep.
Host classroom races with the lap timer and remote traffic light, and embed world evaluations as assignments.
Proven Education Platform
Chosen by Korea's National Science Museum — and proven through education offices, universities, gifted schools, teacher-training programs, and national AI competitions.
User Reviews
Robby
Enterprise Robotics Engineer
Instructor at FastCampus, Programmers & Learning Spoons
Robotics is a hard field to enter — you have to handle hardware and software together. PHYSICAR lowers that complexity, so anyone can build, move, and naturally pick up robotics and Physical AI.
Teacher Kim
High School IT Teacher
Autonomous-Driving Teacher Training Graduate
I first met PhysiCar AI at a teacher-training program. Students get hands-on with hard AI concepts quickly and easily, and managing a class is simple — I'm bringing it into my own lessons.
Park
Smart Mobility Major
AMET 2026 Autonomous-Driving Hackathon Participant
I first met PhysiCar AI at an autonomous-driving hackathon. Preparing through the sim-to-real flow and testing ROS 2 and self-driving algorithms along the way was remarkably convenient.
Join Us
PhysiCar AI is one complete physical-AI platform, from education to competition. Build your own AI models in the simulator, prove them on the real robot, then compete — students start with nothing but a browser, teachers run lessons and budgets through Classroom, and institutions adopt a proven curriculum with competition tools included.
Exams have answer keys; real-world problems do not. That is the AI skill we build — Easy AI, Feel Confident.
