SUMMARY:

 

Agile ONE is the flagship industrial humanoid robot from Agile Robots SE (Munich, Germany). Standing 174 cm tall and weighing 69 kg, it features bipedal locomotion, 40 degrees of freedom, walking speeds up to 2 m/s (7.2 km/h), and a 20 kg payload capacity. Its signature feature is the Agile Hand, a highly dexterous robotic hand with 21 joints per hand, capable of manipulating objects as small as a screw.

 

Agile ONE is purpose‑built for industrial operations including material handling, pick‑and‑place, machine tending, and precision assembly.

 

EDITORIAL:

 

Agile ONE embodies Agile Robots’ vision of Physical AI — robots that can perceive, understand, and act intelligently in real industrial environments. Unlike research prototypes, Agile ONE is engineered as a production‑ready industrial co‑worker, integrating seamlessly with Agile Robots’ broader automation ecosystem (FR3 arm, Diana 7, Thor series).

 

Its AI foundation models are trained on real‑world industrial datasets, enabling:

 

*Natural‑language interaction

*Adaptive task execution

*Autonomous navigation between workstations

*Fine manipulation using tactile‑rich hands

 

With 21‑joint dexterous hands, force‑torque sensors in every joint, and LiDAR‑based navigation, Agile ONE is positioned as a serious competitor to industrial humanoids like Figure 01 and Tesla Optimus — but with a sharper focus on manufacturing and logistics rather than general‑purpose service.

 

SPECIFICATIONS:

 

Dimensions & Build

 

Height: 174 cm

Weight: 69 kg

Design: Full‑size industrial humanoid

Exterior: Industrial‑grade composite shell (per product photos)

Intent: Human‑safe, dexterous, autonomous industrial co‑worker

 

Mobility

 

Locomotion: Bipedal walking

Walking Speed: 2 m/s (7.2 km/h)

Navigation:

LiDAR‑based autonomous navigation

Spatial recognition for workstation‑to‑workstation movement

Not published: step height, incline capability, fall‑recovery metrics.

 

Manipulation

 

Agile Hand

 

21 articulation points per hand (21 DOF)

Capable of manipulating tiny objects (e.g., screws)

Tactile sensors in palms and fingertips

Force‑torque sensors in every joint

 

Payload

 

20 kg payload capacity

 

Use Cases

 

Precision assembly

Tool use

Material handling

Machine tending

Sorting goods

 

Perception & Sensors

 

360° LiDAR (industrial‑grade)

Four head‑mounted RGB cameras (per spec sheet)

Fisheye cameras

Proximity sensors

Force‑torque sensors in every joint

Tactile sensors in hands

IMU + gyroscope (per spec sheet)

 

Not published: camera resolution, depth sensor type, FOV, microphone count.

 

Compute & AI

 

AI Architecture: Physical AI (tactile‑grounded industrial intelligence)

Training:

Real‑world industrial datasets

Simulated datasets

Human teleoperation data

 

Capabilities:

 

Autonomous task execution

Real‑time perception

Adaptive learning

Natural‑language interaction

Expressive facial display for HRI

Software: AgileCore (proprietary)

 

Not published: CPU/GPU breakdown, TOPS, OS details beyond Linux‑based AgileCore.

 

Battery & Power

 

Runtime: Estimated 3 hours (not officially published; listed by third‑party spec sheets)

Battery: Electric motors; estimated 5200 mAh pack (not official)

Not published: battery capacity (Wh), charge time, power draw.

 

Connectivity

 

Wi‑Fi (confirmed)

5G & Bluetooth (estimated, not officially confirmed)

Human Interaction:

Chest information display

Expressive eyes

Voice feedback

Not published: industrial communication standards (ROS2, OPC‑UA, etc.)

 

Applications

 

Material handling

Pick‑and‑place

Machine tending

Precision assembly

Sorting goods

Industrial logistics

Human‑robot collaborative tasks

 

Pricing

 

Approx. $100,000 (estimated; not officially published)

 

GILE ROBOTS SE HAS NOT PUBLISHED

 

Mobility

 

Step height

Max incline

Fall‑recovery capability

Turning radius

 

Actuation

 

Joint torque values

Joint speed

Actuator type (QDD, harmonic, cycloidal, etc.)

 

Battery & Power

 

Battery capacity

Runtime (official)

Charge time

Power draw

 

Sensors

 

Camera resolution

Depth sensor type

FOV

Microphone count

IMU specifications

 

Software / Integration

 

SDK / API availability

Supported programming languages

Local‑only control

Offline mode

Industrial communication standards

 

Environmental Ratings

 

Operating temperature

Humidity tolerance

IP rating

 

Image: @therobotreport7420

 

COMPANY SOURCE:

 

Agile ONE official announcement: https://www.agile-robots.com/en/news/detail/agile-robots-launches-humanoid-robot-for-industry-agile-one/

 

KEY NEWS & COVERAGE:

 

Agile ONE industrial humanoid 

https://www.agile-robots.com/en/news/detail/agile-robots-launches-humanoid-robot-for-industry-agile-one/

 

Agile ONE Production‑ready industrial robot.

https://robohorizon.uk/en-gb/news/2025/11/agile-one-germany/