IN Brief:
- Toyota Motor Manufacturing Canada has signed a commercial robots-as-a-service agreement with Agility Robotics.
- Digit is aimed at repetitive, physically taxing handling work that sits between warehousing and production logistics.
- Humanoid platforms are moving from pilots toward defined use cases as manufacturers standardise deployment and fleet management.
Agility Robotics has signed a commercial agreement with Toyota Motor Manufacturing Canada (TMMC) to deploy Digit, its general-purpose humanoid robot, in automotive manufacturing environments. The agreement follows a pilot programme and sets Digit up to support employees with manufacturing, supply chain, and logistics operations inside Toyota’s facilities.
While warehouse humanoids have often been positioned as a future concept, TMMC is framing the deployment around practical, physically demanding work that sits at the boundary between production and internal logistics — the constant movement of parts, containers, and materials that keeps an assembly plant fed. Those flows are highly repetitive, time-sensitive, and difficult to automate completely with fixed conveyors or traditional industrial robots, particularly when tasks vary by model mix, packaging format, or line-side layout.
Tim Hollander, President, Toyota Motor Manufacturing Canada, said: “After evaluating a number of robots, we are excited to deploy Digit to improve the team member experience and further increase operational efficiency in our manufacturing facilities.” Agility said it will continue working with TMMC to assess additional use cases where robotics and AI can augment automotive production, with an emphasis on automating repetitive and physically taxing tasks to reduce strain and improve safety.
For Agility, the deal reinforces its positioning of Digit as a bridge between warehouse automation and factory material handling. The company’s offering spans the robot itself and Agility Arc, a cloud platform for deploying and managing fleets of Digit units. That fleet-management layer is increasingly central to the commercialisation story: as soon as humanoids move beyond one-off pilots, operators need predictable deployment processes, uptime monitoring, and change control across software updates.
Peggy Johnson, Chief Executive Officer at Agility Robotics, said: “It’s a privilege to join forces to integrate humanoid robotic solutions like Digit into automotive production.” The company also pointed to a growing list of large customers deploying its robots, including GXO, Schaeffler, and Amazon, suggesting it sees its route to scale through repeatable deployments in environments where handling tasks are abundant and labour availability remains tight.
The manufacturing context is different from a fulfilment centre, but the automation constraint is familiar: the hardest work to mechanise tends to involve variability, awkward loads, and spaces designed around people rather than robots. Humanoid platforms are being pitched as a way to avoid rebuilding facilities around automation, instead fitting automation into existing human-centric layouts, at least for a subset of tasks.
TMMC’s move is likely to be watched closely across North American manufacturing, where plant operators are weighing a mix of automation options — from AMRs and conveyors to cobots and exoskeletons — to relieve the most physically punishing parts of internal logistics. Humanoids will not replace that toolset, but deployments like this suggest they are being tested as another layer in the stack, particularly where flexibility and line-side reach matter more than raw speed.
