Boston Dynamics Atlas
Electric version of Atlas, unveiled in April 2024 when the hydraulic Atlas was retired; in January 2026 Boston Dynamics presented its product version for industry. Its first customer is Hyundai: since September 2026, Atlas robots have been training in an application centre inside the Metaplant America plant (Georgia, US) on automotive part sequencing.
- Year
- 2024
- Origin
- United States
- Autonomy
- L2 · Guided autonomy
- Dataset review
- 2026-11 · Methodology & evidence levels
What it does, and on what evidence
Five mandatory fields on every sheet. A product page proves neither commercial availability nor full autonomy: here we separate what has been documented from what is announced.
- 1 · Task
- Material handling in factories and warehouses: part sequencing, machine tending and order fulfilment, according to Boston Dynamics. At Hyundai it prepares the logistics and sequencing of automotive parts before assembly; component assembly is a goal for 2030.
- 2 · Autonomy by task
Does on its own
According to Boston Dynamics, it works autonomously “with minimal supervision”, goes to its charging station on its own and swaps its own battery, and pauses if a person comes within a certain radius (fenceless operation). The maker has not published autonomy metrics or success rates.
A person steps in
Besides the autonomous mode, it can be driven with a virtual-reality headset (teleoperation) or a tablet; operators monitor it and assign work from the Orbit platform, and each customer’s tasks are trained on the job. At its first public demonstration (CES, 2026-01-05) an engineer piloted it remotely, according to AP.[Boston Dynamics, 2026][Boston Dynamics, 2026][Boston Dynamics][AP, 2026]
- 3 · Strongest evidence
Pilot2026-09-21
Pilot with Hyundai. Boston Dynamics says it completed a deployment at Hyundai in 2025 and, on 2026-09-21, opened the Robotics Metaplant Application Center at Metaplant America (Georgia), where Atlas robots train in real-world settings on part logistics and sequencing. According to AP, Boston Dynamics expects it to be deployed at that plant by 2028. No hours, volume or productivity data have been published.[Boston Dynamics, 2026][Boston Dynamics, 2026][AP, 2026]
- 4 · Access
- Pilot programme
No published price. Boston Dynamics is starting with a small number of early adopters: Hyundai (its first customer and majority shareholder) and Google DeepMind, which receives robots to integrate its Gemini Robotics models. Hyundai goals, not current deployment: 25,000 units at Hyundai and Kia plants “over the next few years” and a US factory able to produce 30,000 robots a year.
- 5 · Lifecycle
- Current generation
This is not the hydraulic Atlas (HD Atlas), the research humanoid that began in 2011 as a DARPA project and was retired in April 2024. The product version of the electric Atlas was presented in January 2026; even so, in September 2026 Boston Dynamics still described it as its “electric humanoid platform currently in development”.
[Boston Dynamics][TechCrunch, 2024][Engadget, 2026][Boston Dynamics, 2026]
Spec sheet
Manufacturer maxima under declared conditions; not simultaneous. The test condition is shown under each value.
- Weight
- 90 kg
- per Boston Dynamics’ spec sheet (rev. 2026-10-15)
- Payload
- 30 kg
- sustained capacity (repeated lifts); 50 kg instant capacity and 20 kg one-handed, per the sheet
- Operating time
- 4 h
- 4 h in typical use and 2 h with heavy lifting, per the sheet; it swaps its own battery in about 3 min (1.5 h charge time)
- Height
- 1.9 m
- per the sheet; 2.3 m reach
- IP rating
- IP67
- per the sheet; the maker says it can be sprayed or wiped down
- Temperature range
- -20 … 40 °C
- operating temperature, per the sheet
Primary source quality: Manufacturer / operator
Backed by:[Boston Dynamics, 2026][Boston Dynamics][Boston Dynamics, 2026]
Taxonomy profile
Where the platform sits on the four axes of the reference framework.
Autonomy
Guided autonomy- L0
- L1
- L2
- L3
- L4
- L5
Autonomous navigation on defined routes with basic obstacle avoidance.
Coordination
Coordinated- Standalone
- Coordinated
- Collaborative swarm
Shares state and telemetry through a base station or central server.
Control
primary: Supervised mission- FPV
- Teleop
- Supervised
- BVLOS
- RL/VLA
supported: Teleoperation · Supervised mission
Perception
2 sensing modalities- RGB cameras
- Tactile / haptic sensors
Operating environments
- Industrial plant
- Warehouse / logistics
Sectors
- Advanced manipulation
- Logistics & last mile
Ideal business case
Part sequencing and material handling in factories (pilot)
Similar platforms
- Agility RoboticsDigitTote handling in warehousesL3 · 4 h · 65 kg
- Figure AIFigure 02Production-line manipulation (pilot)L3 · 5 h · 70 kg
- Unitree RoboticsG1Manipulation and sim-to-real researchL2 · 2 h · 35 kg
- ApptronikApolloCase handling and kittingL2 · 4 h · 73 kg
- 1X TechnologiesNEOSimple household chores with remote support (early access)L1 · 4 h · 29.9 kg
- Figure AIFigure 03Part sequencing in factories (pilot); household chores (in development)L3 · 5 h · 61 kg
- TeslaOptimusRepetitive industrial tasks (stated goal; no documented productive use)L1 · Not published · Not published
- AGIBOTA2Reception and guiding in flat indoor public spacesL2 · 2 h · 69 kg
- Galbot (Galaxy General Robot)Galbot G1Order picking and restocking in shops and pharmaciesL3 · 8 h · 92.5 kg
- Hexagon Robotics (Hexagon AB)AEONMachine tending and part inspection in factories (pilots)L2 · 5 h · 60 kg
- UBTECH RoboticsWalker S2Handling and carrying boxes in factories and warehouses (per the manufacturer)L2 · Not published · 70 kg