SUMMARY:

 

Atlas Electric is Boston Dynamics’ fully electric, 190 cm, 90 kg humanoid robot, featuring 56 degrees of freedom, up to 50 kg instantaneous payload, a 4-hour battery with autonomous battery swapping, 360° vision, and autonomous whole-body manipulation capabilities. It replaces the hydraulic Atlas and is engineered for industrial deployment.

 

EDITORIAL:

 

Atlas Electric is Boston Dynamics’ fully electric successor to the hydraulic Atlas. The redesign replaces hydraulic actuation with electric actuators and introduces a platform optimized for industrial deployment, featuring 56 DOF, autonomous operation, battery swapping, and advanced whole-body manipulation capabilities.

 

Three things define Atlas Electric:

 

1. Industrial-grade autonomy — material handling, order fulfillment, machine tending, part sequencing, and dynamic adaptation.
2. Advanced mobility — dynamic whole-body movement and operation in human-designed industrial environments.
3. Enterprise integration — Orbit™ platform connectivity with MES and WMS systems.

Atlas Electric is a commercial industrial robot designed for manufacturing, warehousing, logistics, and other industrial applications.

 

SPECIFICATIONS:

 

Dimensions & Build

Height: 190 cm

Weight: 90 kg

Material: Unknown

Actuation: Fully electric actuators

Design intent: Industrial-grade humanoid for manufacturing & logistics

Mobility

Locomotion: Bipedal walking, dynamic whole-body movement

Max speed: Unknown

Capabilities:

Dynamic whole-body movement

Reach: 2.3 m

Climbing stairs: Unknown

Crawling: Unknown

Jumping: Unknown

Dynamic transitions: Unknown

Agility: Advanced industrial mobility

Degrees of Freedom

Total DOF: 56

Arms: Multi-DOF manipulators

Legs: Multi-DOF electric joints

Torso: Multi-axis articulation

Neck/head: Sensor-equipped head

Actuation & Manipulation

Actuator type: Electric actuators

Payload:

Instantaneous: 50 kg

Sustained: 30 kg

One-handed: 20 kg

Capabilities:

Material handling

Order fulfillment

Machine tending

Part sequencing

Joint features:

360° rotation at key joints: Unknown

High-torque electric drives: Unknown

Perception & Sensors

LiDAR: Unknown

Cameras:

360° camera view

Stereo: Unknown

RGB: Unknown

Depth: Unknown

Tactile sensing: Tactile fingers and palm

Sensor fusion: Unknown

Compute & AI

Compute: Unknown

AI stack: Unknown

Capabilities:

Autonomous operation

Autonomous whole-body manipulation

Workflow integration (MES/WMS) via Orbit™

Battery & Power

Runtime: 4 hours

Runtime with heavy lifting: 2 hours

Battery: Swappable battery pack

Autonomous battery swap time: 3 minutes

Charge time: 1.5 hours

Power: Fully electric

Connectivity

Industrial workflow integration (Orbit™)

Barcode scanning support

Remote operation: VR teleoperation, tablet control

Environmental Specifications

IP Rating: IP67

Operating Temperature: -20°C to 40°C

Applications

Manufacturing

Warehousing

Logistics

Order fulfillment

Machine tending

Part sequencing

Contact for Current Pricing
Unknown

Enterprise deployment only

WHAT HAS NOT BEEN PUBLISHED

Material composition

Maximum speed

Torque per joint

Detailed actuator specifications

Battery capacity (Wh)

Detailed compute hardware specifications

Full AI stack specifications

Full camera specifications

LiDAR specifications (if equipped)

Commercial pricing

Commercial SKU details

Deployment timeline

led actuator specifications

Battery capacity (Wh)

Detailed compute hardware specifications

Full AI stack specifications

Full camera specifications

LiDAR specifications (if equipped)

Commercial pricing

Commercial SKU details

Deployment timeline

 

Image: @PlanetCarNews

 

COMPANY SOURCE

 

https://www.youtube.com/watch?v=4whgw2gLBS8

 

https://www.youtube.com/watch?v=CFS_zU1kWQw