Humanoid Database
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Open mind OM
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SUMMARY:
The OpenMind OM is a mid‑size humanoid robot developed by OpenMind Robotics, designed for customer service, education, research, and light manipulation. It fits into the same category as KUAVO, Booster K1, and Hobbs W1 — a practical, affordable humanoid engineered for real‑world deployment rather than high‑end athletic performance.
EDITORIAL:
The OpenMind OM is part of the new wave of “practical humanoids” emerging across Asia — robots built not to impress with torque or acrobatics, but to show up to work. OpenMind Robotics focused on stability, safety, and cost‑efficiency, creating a humanoid that can greet customers, guide visitors, support classrooms, and perform predictable service tasks.
Its lightweight frame, approachable design, and modular components make it ideal for environments where reliability matters more than raw performance. The OM isn’t trying to compete with Unitree’s power or Figure’s dexterity — instead, it offers something equally valuable: a stable, friendly humanoid that organizations can actually afford to deploy today.
SPECIFICATIONS:
Dimensions & Build
- Height: Not published
- Weight: Not published
- Design Intent: Practical, affordable humanoid for service, education, and research
- Construction:
- Mid‑size humanoid frame
- Modular, hardware‑agnostic design
- Built to run OM1 universal OS
- Light‑manipulation‑capable arms
Mobility
- Locomotion: Bipedal walking (general‑purpose)
- Capabilities:
- Indoor navigation
- Stable movement for service tasks
- Human‑interaction‑oriented posture and gait
Note: No speed, incline, or step‑height metrics published.
Degrees of Freedom
- Total DOF: Not published
- Arms: Light‑manipulation DOF (exact count not published)
- Hands: Not published
- Legs: Standard bipedal DOF
Actuation
- Actuator Type: Not published
- Capabilities:
- Safe, smooth motion for service environments
- Light‑duty manipulation
Note: No torque or joint‑speed values published.
Manipulation
- Capabilities:
- Light object handling
- Customer‑service gestures
- Education and research task execution
Note: No payload or grip‑force data published.
Perception & Sensors
Confirmed capabilities:
- Multimodal perception (vision + language + action via OM1)
- Real‑world object recognition
- Human‑interaction sensing
Note: No camera resolution, FOV, LiDAR, or IMU specifications published.
Compute & AI
- AI System: OM1 — OpenMind’s universal, open‑source OS
- Hardware‑agnostic
- Designed for cross‑robot knowledge sharing
- FABRIC protocol for decentralized communication
- Capabilities:
- Perception → reasoning → action
- Natural‑language interaction
- Real‑world task execution
- Collective learning across robots
Note: No CPU/GPU/TOPS details published.
Battery & Power
- Power Source: Not published
- Runtime: Not published
- Charging: Not published
Connectivity
- Designed for OM1’s distributed communication
- Cloud‑assisted cognition
- Hardware‑agnostic integration
Note: No Wi‑Fi/Bluetooth/5G details published.
Applications
- Customer service
- Education
- Research and development
- Light manipulation
- Human‑robot interaction studies
Pricing
- Not published
(OpenMind has not released commercial pricing.)
OpenMind has NOT published:
- Height
- Weight
- Payload
- Grip force
- Joint torque
- Joint speed
- Camera resolution
- Depth‑sensor specifications
- IMU specifications
- Battery capacity
- Runtime
- Charge time
- Environmental ratings (IP, temperature, humidity)
- Walking speed / incline / step height
Image: YouTube openmind
Company Source:
- OpenMind Official Website
Key News & Coverage:
- Robotics & Automation News – OpenMind releases open‑source OS for intelligent robots
www.roboticsandautomationnews.com
- Humanoid Robotics Technology – OM1 Beta Launch
www.humanoidroboticstechnology.com