Infinite Data Generation
for Robotic AI
We created the world's first game engine purpose-built for robotics.
Lucky Engine spins up virtual worlds where your robot can try, fail and learn a million times then steps into reality already knowing the job. No hardware to break, no lab time to book, no waiting.
A new game engine built from ground up by the Lucky Robots team
This is not Unity or Unreal, it's a game engine purpose-built for robotics. You can record 10,000hz, and millions of accurate episodes for robotics AI training. A unique engine with accurate time and real-world physics underneath.
# connect to the running simulation from luckyrobots import LuckyRobots lr = LuckyRobots() lr.connect(robot="unitree_g1", scene="living_room") for ep in range(1_000_000): obs = lr.reset(randomize=True) while not obs.done: action = policy(obs.camera, obs.joints) obs = lr.step(action) # logs a labeled episode
Physically accurate SIM-TO-REAL
Industry-standard MuJoCo contact, friction and dynamics run underneath — so a grasp learned in simulation holds on the real arm.
Realistic rendering VULKAN
A Vulkan renderer drives camera feeds close to what the real sensors see — the difference between a vision model that works and one that doesn't.
LeRobot 3.0 Data Output DATASETS
Every motion logs camera frames, joint states and sensor streams as labeled episodes — ready for imitation and robot learning. Directly compatible with LeRobot 3.0.
Drive it from Python gRPC SDK
Connect with the Lucky Robots library, script the robot in code, and run thousands of experiments unattended overnight.
Full Game Dev Experience LUCKY EDITOR
Build scenes, place robots and design environments by drag-and-drop and using C#. You can make any environment just like you are making a game, make your robots play basketball if you like.
Generate a million episodes. Ship the robot that learned. Train in simulation, deploy in reality.
Fly a drone through the same engine
Aerial robots run on the same MuJoCo physics and Python SDK as the arms and humanoids — autonomous flight, captured as labeled episodes.
Scenes full of objects that open
Fridges, grills and cabinets are rigged to open and close — so a policy can learn to manipulate the room, not just look at it.
From one blue cup to a million grasps
Extending Hugging Face for robotics
Projects, datasets, models and runs together in one workspace. Train in simulation, replay every episode, and roll the best policy straight to production. Your whole team, in sync.
Host
REPOSOne workspace for robot projects, datasets and models with orgs and teams so the whole crew ships together.
Simulate
RUNSRun simulation tasks in the cloud or on your desktop with Lucky Engine. A full train-and-test loop with no real robot required.
Collect & Replay
EPISODESEvery run is captured. Scrub any episode frame by frame and explore it like a dataset, not a log.
Generate millions of episodes in the cloud
CREDITSIf you want a billion episodes overnight, you can use Lucky Hub to do it.
Scale
BILLINGStart free, grow to enterprise. Only pay for what you run; AI credits, sim minutes and episodes.
The people behind Lucky Robots
A team of engineers and researchers building the simulation layer for the robots about to enter the real world. We're hiring →
Open roles
We're a small team with a lot of robots to teach. If you build engines, renderers or robot-learning systems, come build with us.
Teleop was never going to scale, and Isaac Sim was a pain to set up.
Try Lucky Engine.
Cutting-edge robot AI, autonomous systems, research at scale — Lucky Engine and LuckyHub give you the data and simulation to cross the gap from lab to the real world