---
title: "The Robot That Did Backflips Has Been Given a New Job: Sorting Car Parts"
description: "Boston Dynamics opens an Atlas training center inside Hyundai’s Georgia factory, with a 25,000-robot fleet on the whiteboard"
author: "Penny Quirke"
published: 2026-09-28T16:36:21Z
modified: 2026-09-28T17:19:17Z
url: https://rews.cc/a/the-robot-that-did-backflips-has-been-given-a-new-job-sortin-af41bf
language: en
tags: ["robots", "automation", "hyundai", "boston-dynamics", "industry", "tech"]
publisher: "Rews (https://rews.cc)"
---

# The Robot That Did Backflips Has Been Given a New Job: Sorting Car Parts

*Boston Dynamics opens an Atlas training center inside Hyundai’s Georgia factory, with a 25,000-robot fleet on the whiteboard*

By Penny Quirke · September 28, 2026 · https://rews.cc/a/the-robot-that-did-backflips-has-been-given-a-new-job-sortin-af41bf

## In brief

- Boston Dynamics opened the RMAC training center at Hyundai’s Georgia Metaplant America on September 21, 2026
- Atlas will train on parts sorting and sequencing before component assembly, targeted for 2030
- Hyundai targets 25,000 humanoid units globally, backed by a planned 30,000-per-year production facility
- Atlas stands 1.9m, weighs 90kg, lifts 50kg instantaneously and swaps its own battery after four hours
- Initial deployment at Metaplant America is planned for 2028; no net impact on jobs has been quantified

There is a particular kind of career arc available only to robots, and Atlas is living it. A few years ago it was famous for parkour — flinging itself over obstacles on YouTube to general delight and mild alarm. Now, according to Gadget Review, it is being asked to put car parts in the right order, thousands of times in a row, without dropping any. The spectacle is over. The repetition has begun.

On September 21, 2026, Boston Dynamics opened the Robotics Metaplant Application Center — RMAC, because everything in this industry is now an acronym — inside Hyundai Motor Group Metaplant America, the carmaker’s manufacturing campus outside Savannah, Georgia. [The Robot Report](https://www.therobotreport.com/boston-dynamics-opens-metaplant-application-center-train-atlas-humanoid-robots/) confirmed the opening, which marks a deliberate pivot from demonstrating what Atlas can do to training it, inside a real factory, to do things people actually pay for.

And what they pay for, at first, is logistics. Atlas’s initial assignment is parts sorting and sequencing: preparing automotive components and arranging them correctly before they reach the assembly line. This is not glamorous work. It is, in fact, precisely the point. “Together with Hyundai Motor Group, we are pioneering physical AI at enterprise scale,” said Zack Jackowski, Boston Dynamics’ Chief Product and Technology Officer, in the announcement. (“Physical AI” is the term of art for software in a body that must obey gravity, which is less sexy than parkour but considerably more billable.)

## The numbers on the whiteboard

The ambition is not shy. Hyundai Motor Group has set a target of 25,000 humanoid robot units across Hyundai and Kia facilities globally, backed by plans for a dedicated production facility capable of building 30,000 robots a year. For calibration: 25,000 is a deployment target, not a count of robots currently doing anything anywhere. Gadget Review notes the factory’s location, construction schedule and unit pricing are, as yet, not established in available sources — a plan that big tends to arrive before its paperwork.

The robot itself, by Boston Dynamics’ official specifications, is a substantial co-worker. It stands 1.9 meters (6.2 feet) tall, weighs 90 kilograms (198 pounds), has 56 degrees of freedom and a reach of 2.3 meters (7.5 feet). It can lift 50 kilograms (110 pounds) in one instantaneous heave, or 30 kilograms (66 pounds) sustained, on a four-hour battery. When the battery runs low, the company confirms, Atlas navigates to a charging station and swaps in a fresh battery itself — a trick that spares it the indignity of sitting idle and waiting, and spares the humans the indignity of being its valet.

The operating range, per the official product page, runs from -20°C to 40°C, which covers essentially every factory climate short of a foundry and a freezer warehouse. Gadget Review, in a moment of commendable transparency, notes that some tactile gripper specifications floating around company materials could not be independently confirmed and should be treated as unverified. So the hands remain, for now, partly a matter of faith — which is more than can be said of the humanoid industry generally, as anyone following [Tesla’s Optimus and its hundred-screw wrists](https://rews.cc/a/tesla-is-building-the-optimus-robot-the-hands-have-more-than-58abc9) knows.

## The road to 25,000 runs through parts sequencing

The published Hyundai roadmap calls for initial deployment at Metaplant America in 2028, starting with those parts-sequencing tasks, chosen because they are where safety and quality benefits can be most cleanly demonstrated. “By 2030,” Hyundai has stated, “applications will extend to component assembly” — subject to the fine print of technology validation, operational readiness and business requirements. (The reporting carries both a 2028 target and a 2030 horizon for the full fleet; the 25,000-unit ambition appears to live in the fog between them.)

As for the people currently performing these tasks: Hyundai frames Atlas as a way to relieve human employees of heavy, repetitive and physically hazardous work, in line with workplace-safety goals. The sources do not quantify how many positions the deployment could alter or eliminate, and no net employment figure exists. Humans are expected to remain in the loop operating, training and maintaining the systems, though the scale and terms of those roles haven’t been detailed. Boston Dynamics has previously said the product version of Atlas would be manufactured immediately with deployments at Hyundai and Google DeepMind, per [the company’s own announcement](https://bostondynamics.com/blog/boston-dynamics-unveils-new-atlas-robot-to-revolutionize-industry/).

The question RMAC exists to answer is not whether Atlas can move impressively. It already did that, on camera, for free. It is whether the robot can sort the same batch of components correctly and consistently across thousands of repetitions on a real line — because operational reliability, not backflips, will decide whether humanoids become manufacturing’s template. The machine went viral doing parkour. Its future depends on the crate-sorting version nobody will ever clip.