Realistic Physics & Environments
Train robots in high-fidelity Lucky Engine environments that replicate real-world physics – from precise collisions and friction to sensor feedback and realistic material behaviours.
Infinite Data Generation
for Robotic AI
Train up to 90% faster and cheaper with hyper-realistic simulations at scale. Generate millions of randomized labeled episodes overnight. No hardware, no waiting, no limits.
16:36:02
Booting system
16:36:03
Loading initial command
16:36:03
"Tidy up living room"
16:36:03
Starting path
16:36:04
Locating first item
16:36:10
Retrieving item
16:36:16
Item pickup successful
16:36:21
Task "Pick up item" complete
16:36:24
Locating drop off location
A Unitree G1 robot in a modern open-plan living space. Scan the room to pick and place clutter into the bin. Item locations should be randomly generated.
Bringing real-world messiness into virtual training
From cluttered kitchens to rugged terrain, your AI trains in rich, interactive scenes where even the smallest detail shapes behavior. All of it happens virtually without the cost, safety risk, or delays of real-world testing.
Our new drone model exploring our forest environment
A Unitree G1 exploring one of our available environments
A Hello Robot Stretch 3 ready to use in LuckyRobots
Unitree G1 standing in simulation
Control your scene with natural language – ask your robot to perform tasks like you speak
RobotGPT, I think I left my stove on.
Can you turn it off for me?
Everything you need to train smarter, faster robotic AI
Infinite synthetic data, on demand
Generate millions of randomized, labeled training episodes. No physical hardware, no manual labeling, no bottlenecks – just scalable data built to train serious AI.
Cut costs without cutting corners
No warehouses, robots, or massive teams required here. Simulate edge cases, iterate faster, and cut development costs and time by up to 90% without compromising quality.
Collaborate, share, and deploy with LuckyHub
Push and pull AI models, share environments, and manage training workflows with a platform built for open robotics development. LuckyHub makes it easy to scale your work and stay in sync.
Choose from any commercially available robot or bring your own
The People Behind Lucky Robots
Backed by belief in a better system, we bring together top talent, backers, and integrations to accelerate the future of robotics. Join us!
- Devrim Founder & CEO
- Artia Cofounder/COO
- Yan CTO, Core
- Harrison Director of Engineering, AI
- Anuj Founding Research Engineer
- Kieran Founding Designer
- Ethan Founding Research Engineer
- Constantin Drone Simulation Engineer
- Ludwig Senior Game Engine Developer
- Noah Founding Game Engine Developer
- Jim Senior Software Engineer
- Michael Senior Software Engineer
- Tommy Game Engine Developer
- Nur CoS / Ops
- Emily Software Engineer
- Ozgur Senior Full-stack Engineer
- Bailey Software Engineer
- Ecem VA
Advisors Of The Project
These brilliant folks help us find answers when we get stuck.
- Yanjie Ze
- Chris Paxton
- Roger Dickey
- Neil Nie
- Chong Zhang
- Alex Sutherland
Open positions
View All Open Roles- Software Engineer (C++) - Core/Game Engine Full Time United States Apply Now
- Software Engineer (C++) - Core/Game Engine Full Time Melbourne, Victoria, Australia Apply Now
- Rendering Engineer - Core/Game Engine Full Time Melbourne, Victoria, Australia Apply Now
- Research Engineer (ML, Perception and Manipulation) Full Time Remote, Worldwide Apply Now
- Founding Research Engineer (ML, Perception and Manipulation) Full Time Remote, US Apply Now
- Sr Research Engineer (ML, Perception and Manipulation) Full Time Remote, Worldwide Apply Now
Get your robots ready for the real world.
Whether you’re building cutting-edge AI, refining autonomous systems, or accelerating robotics research, Lucky gives you the synthetic data and simulation tools to bridge the gap between the lab and the real world.
Get Started