Summary:

 

Kaleido 9 is the ninth‑generation humanoid robot developed by Kawasaki Heavy Industries, unveiled at the 2025 International Robot Exhibition (iREX) in Tokyo. It represents Kawasaki’s most advanced humanoid to date, featuring major improvements in stability, strength, sensor capability, and real‑world deployment readiness.  

Kawasaki positions Kaleido 9 as a robot capable of operating in disaster zones, factory environments, and household‑scale tasks, reflecting over a decade of continuous humanoid R&D. 

 

Editorial:

 

Kaleido 9 is the moment Kawasaki’s humanoid program steps out of the lab and into the real world.  

Earlier Kaleido generations were impressive but experimental — focused on balance, locomotion, and mechanical refinement. Kaleido 9 shifts the emphasis toward practical utility, demonstrating:

 

- lifting and moving heavy objects  

- navigating cluttered environments  

- operating in simulated disaster scenarios  

- performing household‑level tasks like cleaning  

 

The robot’s demonstrations at iREX 2025 — including fire‑extinguishing, debris removal, and rescue simulations — show Kawasaki’s intent to build a field‑ready humanoid, not just a research platform. 

 

This is a humanoid built for robustness, strength, and industrial reliability, leveraging Kawasaki’s 50+ years of robotics experience.

 

Specifications:

 

Summary

Kaleido 9 is the latest evolution of Kawasaki’s long‑running RHP humanoid program. Revealed at the 2025 International Robot Exhibition (iREX) in Tokyo, it introduces major improvements in stability, strength, sensor capability, and field‑readiness. Kawasaki positions it as a practical humanoid for disaster zones, industrial environments, and household‑scale tasks.  

 

Specifications:

 

Dimensions & Build

- Height: Not published  

- Weight: Not published  

- Design Intent: Industrial‑grade humanoid for real‑world deployment  

- Construction:  

  - Reinforced lower‑body structure  

  - Upgraded sensor suite  

  - Full‑size bipedal frame  

- Developer: Kawasaki Heavy Industries  

- Debut: iREX 2025 (Tokyo)  

 

Mobility

- Locomotion: Full bipedal walking  

- Capabilities:  

  - Improved stability  

  - Enhanced balance control  

  - Real‑world navigation  

  - Disaster‑scenario locomotion (fire, debris, rescue)  

 

Note: No official walking‑speed, incline, or fall‑recovery metrics published.

 

Strength & Manipulation

- Payload: 18 kg lifting capacity (verified)  

  

- Capabilities:  

  - Moving fallen shelves  

  - Carrying objects  

  - Fire‑extinguishing tasks  

  - Rescue‑scenario manipulation  

 

Note: No grip‑force or hand‑DOF details published.

 

Degrees of Freedom

- Total DOF: Not published  

- Arms/Legs: Full‑range industrial‑grade joints  

- Hands: Not specified  

 

Actuation

- Actuator Type: Electric  

- Capabilities:  

  - High‑stability lower‑body actuation  

  - Smooth, controlled motion  

 

Note: No torque or joint‑speed numbers published.

 

Perception & Sensors

Confirmed capabilities:

- Expanded sensor suite for environmental perception  

- Vision system (details not published)  

- LiDAR + cameras (reported in multiple coverage summaries)  

 

Note: No resolution, FOV, IMU, or tactile‑sensor details published.

 

Compute & AI

- Control: VR‑based teleoperation supported  

  

- AI Systems: Not detailed  

- Capabilities:  

  - Autonomous walking  

  - Sensor‑driven navigation  

  - Remote operation for hazardous tasks  

 

Note: No CPU/GPU/TOPS or memory specs published.

 

Battery & Power

- Power Source: Electric  

- Runtime: Not published  

- Charging: Not published  

 

Connectivity

- Teleoperation interface  

- Real‑time control stack  

 

Note: No Wi‑Fi/Bluetooth/5G details published.

 

Applications

- Disaster response (fire, debris, rescue)  

  

- Factory work  

  

- Household‑level tasks (demonstrated)  

  

- Research and development  

 

Pricing

- Not published  

Kawasaki has not announced commercial availability or pricing.

 

Kawasaki has NOT published:

 

Mobility

- Walking speed  

- Step height  

- Max incline  

- Turning radius  

- Fall‑recovery time  

 

Manipulation

- Grip force  

- Hand DOF breakdown  

- Joint torque  

- Joint speed  

 

Sensors

- Camera resolution  

- Depth sensor type  

- Field of view  

- IMU specifications  

- Tactile sensing  

 

Compute

- Processor type  

- GPU / accelerator  

- TOPS  

- Memory  

- SDK/API availability  

 

Battery & P

ower

- Battery capacity  

- Runtime  

- Charge time  

- Power draw  

 

Environmental Ratings

- Operating temperature  

- Humidity tolerance  

- IP rating  

 

Image: @shuchannel01

 

Company Source:

 

https://youtu.be/9tw3uaLdMek?si=Uz45__UHaHGx0cOe

 

Key News & Coverage:

 

https://youtu.be/KzPvTapAaw8?si=jrSdXG5ghiTT4iUd