Our Technology
/002 One model
Autonomously
Building the next steps
Our Technology
/002 One model
Our Technology
/002 One model
Autonomously
Building the next steps
Our Technology
/002 One model
Autonomously
Building the next steps
Flexion is the intelligencemodel that lets any robot understand, plan and act autonomously from a single instruction. Trained in simulation with reinforcement learning, it compresseshundreds of thousands of practice-years into days, so it picks up new skills faster and transfers to new robot bodies withoutstarting from a fresh dataset.
Technology /
Flexion is the intelligencemodel that lets any robot understand, plan and act autonomously from a single instruction. Trained in simulation with reinforcement learning, it compresseshundreds of thousands of practice-years into days, so it picks up new skills faster and transfers to new robot bodies withoutstarting from a fresh dataset.
Technology /
Flexion is the intelligencemodel that lets any robot understand, plan and act autonomously from a single instruction. Trained in simulation with reinforcement learning, it compresseshundreds of thousands of practice-years into days, so it picks up new skills faster and transfers to new robot bodies withoutstarting from a fresh dataset.
Technology /
Flexion is the intelligencemodel that lets any robot understand, plan and act autonomously from a single instruction. Trained in simulation with reinforcement learning, it compresseshundreds of thousands of practice-years into days, so it picks up new skills faster and transfers to new robot bodies withoutstarting from a fresh dataset.
Technology /
Training
Post-training
RL in sim
Pre-training
Data Sets
Specialist policies – sim + real
Ego-centric human videos
UMI
Agentic
Dexterous skills
Whole-body control
One model
Everything learned in one model
Deployment
Capabilities across robot fleet
Learn
Failures into new scenarios
Deployment experience improves the next model, capability and integration
Training
Post-training
RL in sim
Pre-training
Data Sets
Specialist policies – sim + real
Ego-centric human videos
UMI
Agentic
Dexterous skills
Whole-body control
One model
Everything learned in one model
Deployment
Capabilities across robot fleet
Learn
Failures into new scenarios
Deployment experience improves the next model, capability and integration
Training
Post-training
RL in sim
Pre-training
Data Sets
Specialist policies – sim + real
Ego-centric human videos
UMI
Agentic
Dexterous skills
Whole-body control
One model
Everything learned in one model
Deployment
Capabilities across robot fleet
Learn
Failures into new scenarios
Deployment experience improves the next model, capability and integration
One model for every robot: command, motion and control as layers of a single brain. Pretrained on specialist skills learned in simulation, post-trained with RL to production reliability, and running on 15+ robot platforms.
Our model /
One model for every robot: command, motion and control as layers of a single brain. Pretrained on specialist skills learned in simulation, post-trained with RL to production reliability, and running on 15+ robot platforms.
Our model /
One model for every robot: command, motion and control as layers of a single brain. Pretrained on specialist skills learned in simulation, post-trained with RL to production reliability, and running on 15+ robot platforms.
Our model /
One model for every robot: command, motion and control as layers of a single brain. Pretrained on specialist skills learned in simulation, post-trained with RL to production reliability, and running on 15+ robot platforms.
Our model /
General purpose
The same intelligence model performs locomotion and manipulation tasks across all robots.
Hardware platform agnostic
Our autonomy stack is deployed on 15+ robot morphologies, from fixed-base arms, and wheeled platforms to fully legged-and-armed humanoids.
Agentic
Mission-level reasoning that plans long-horizon work from a single instruction, replans when the scene doesn't match, and recovers under real constraints.
Whole-body control
Robust, perceptive control trained entirely in simulation, coordinating everything from feet or wheels to hands as one system, on any terrain.
General purpose
The same intelligence model performs locomotion and manipulation tasks across all robots.
Hardware platform agnostic
Our autonomy stack is deployed on 15+ robot morphologies, from fixed-base arms, and wheeled platforms to fully legged-and-armed humanoids.
Agentic
Mission-level reasoning that plans long-horizon work from a single instruction, replans when the scene doesn't match, and recovers under real constraints.
Whole-body control
Robust, perceptive control trained entirely in simulation, coordinating everything from feet or wheels to hands as one system, on any terrain.
General purpose
The same intelligence model performs locomotion and manipulation tasks across all robots.
Hardware platform agnostic
Our autonomy stack is deployed on 15+ robot morphologies, from fixed-base arms, and wheeled platforms to fully legged-and-armed humanoids.
Agentic
Mission-level reasoning that plans long-horizon work from a single instruction, replans when the scene doesn't match, and recovers under real constraints.
Whole-body control
Robust, perceptive control trained entirely in simulation, coordinating everything from feet or wheels to hands as one system, on any terrain.
Flüelastrasse 30
8047 Zurich, Switzerland
Shape the Future
Whether you're interested in our product, partnerships, or joining our team, we'd love to hear from you
Contact
© 2025 Flexion Robotics AG
Shape the Future
Whether you're interested in our product, partnerships, or joining our team, we'd love to hear from you
Contact
© 2025 Flexion Robotics AG
Shape the Future
Whether you're interested in our product, partnerships, or joining our team, we'd love to hear from you
© 2025 Flexion Robotics AG
Shape the Future
Whether you're interested in our product, partnerships, or joining our team, we'd love to hear from you
© 2025 Flexion Robotics AG