
description: MAiRA is the world’s first commercially available cognitive robot. It perceives, learns, and adapts like a human, representing the evolution of cognitive robotics. · Cognitive robot: MAiRA is the world’s first commercially available cognitive robot.
Data & sources
Key specifications

| Total degrees of freedom | 7 DOF |
|---|---|
| Force torque sensor | 6-DOF Force-Torque Sensor |
| Easy mount base | 4 screw easy to mount base |
| Dual encoders per axis | Dual encoder in each axis |
| Neura touch force torque sensor | NEURA Touch force torque sensor |
| Object detection | 3D Object Detection |
|---|---|
| Vision sensing detail | Advanced vision sensors identify and track objects in real-time, ensuring millimeter precision in complex environments |
| Vision camera | 3D vision camera |
| Human object distinction | Distinguishes people from other moving objects |
| Gesture control | Intuitive hand movement recognition enables programming without coding expertise, reducing training time by up to 80% |
|---|---|
| Voice recognition | AI-powered 360° microphone array processes commands from any direction, enabling natural communication even in noisy industrial settings |
| Touch buttons | Configurable touch buttons |
| Ip rating | IP65 classification |
| Status lights | LED Status Lights |
| Voice sensor and speaker | 3D voice recognition sensor and speaker |
| Touchless safe human detection | Touchless Safe Human Detection |
| Touchless human detection | MAiRA creates a protective zone around itself, detecting people without the need for contact or physical separation. It identifies human presence, predicts motion, and responds in real time — maintaining productivity without sacrificing protection. |
| Human detection radius | 3 m |
| Safety zones | Three safety zones: full speed, reduced speed, stop |
| Safety certification | Certified PL e / SIL 3 with TÜV-approved safety design |
| Multilingual understanding accuracy | over 95% accuracy |
|---|---|
| Cognitive intelligence | Combines vision, voice, and touch inputs through on-device neural processing to achieve real-time situational awareness without relying on the cloud. |
| Self optimization | Continuously refines performance through reinforcement learning and adapts autonomously to changing demands. |
| Setup time | Get running in hours with simplified configuration and immediate operation. |
| No code visual control | Control advanced functions with intuitive visual interfaces. No programming experience needed. |
| Force feedback hand guidance | Detects subtle pressure changes for precise hand-guiding and force feedback, enabling delicate object manipulation |
|---|---|
| Dynamic payload adjustment | Automatically senses and adapts to varying loads up to 18 kg, optimizing performance without manual reconfiguration |
| Zero g balance system | Zero-G and balance system |
|---|
01 · Official source
02 · Official source
| General payload | 9–11 kg[1] | 12–14 kg[1] | 15–18 kg[1] |
|---|
| Reach | 1.6 m[1] | 1.4 m[1] | 1.1 m[1] |
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| Details | Official specs → | Official specs → | Official specs → |
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— Not published