Toyota Put 7 Humanoid Robots on Its RAV4 Assembly Line

Seven Agility Digit humanoid robots began operating on the production floor of Toyota Motor Manufacturing Canada (TMMC) this week, marking the first commercial-scale humanoid deployment at a Toyota facility and one of the most significant automotive robotics milestones of 2026. The robots, running under a Robots-as-a-Service (RaaS) agreement signed in February, are handling tote loading and part movement at TMMC's Woodstock, Ontario plant, which builds the RAV4, Toyota's top-selling vehicle globally.

The deployment follows a year-long pilot with three Digit units at TMMC's Woodstock and Cambridge facilities. That trial apparently cleared every bar Toyota set: the commercial agreement expands the fleet to seven robots immediately, with the potential to scale to ten and explore additional use cases across the plant's 8,500-person workforce. It's a measured, Toyota-speed rollout. And that's the point.

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Toyota Motor Manufacturing Canada's Woodstock plant produces the RAV4 and employs over 8,500 workers. Digit robots are now part of the production floor team.

The Woodstock Deployment: What's Actually Happening

The Woodstock plant is TMMC's flagship facility, a 3.7 million square foot operation that produces roughly 270,000 RAV4s per year. It's one of the most efficient automotive plants in North America, which makes it a demanding test environment for any new technology. Toyota doesn't run pilots at show plants for optics purposes. Woodstock was chosen because it was ready, not because it was easy.

The specific job the Digit robots are doing is tote handling: picking up bins of automotive parts from automated tugger carts and moving them between workstations. It's a physically repetitive task involving constant bending, lifting, and carrying that accounts for a meaningful portion of the ergonomic strain injuries common in manufacturing. Toyota cited reducing worker strain and improving safety as the primary motivation for the deployment, alongside efficiency gains.

The RaaS structure matters as much as the hardware. Under the agreement, Agility retains ownership of the robots and manages them remotely through its Arc fleet management platform. TMMC pays a subscription fee. When Agility releases a software update or a next-generation Digit, TMMC gets the upgrade without having to renegotiate capital equipment purchases. Agility handles maintenance and integration. Toyota handles production targets. The contract deliberately removes the friction that has kept humanoid robots stuck in perpetual pilot mode at other manufacturers.

Under the Hood: Digit's Capabilities and Arc Fleet Software

Digit is Agility's bipedal humanoid, purpose-built for logistics in human-designed spaces. At 1.75 meters tall and 65 kilograms, it navigates the same aisles, doorways, and workstations as human employees without requiring plant modifications. It uses onboard cameras and sensors for perception, AI-driven autonomous operation for task execution, and electric actuators throughout for smooth, force-controlled movement. Payload capacity is approximately 16 kilograms per cycle, suitable for standard automotive parts totes.

What distinguishes the current commercial Digit from earlier versions is the software layer. Agility's Arc platform handles fleet management, operational monitoring, task assignment, and remote diagnostics across all deployed units. Arc also provides the upgrade pathway that makes RaaS viable: when Agility improves task performance through model updates, those improvements push to all connected robots in the field. The Woodstock fleet essentially gets smarter over time without hardware replacement.

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Tote handling between automated tugger carts and workstations is Digit's primary task at Woodstock. The job involves repetitive lifting and carrying, which are among the most common sources of musculoskeletal injury in manufacturing.

Humanoid Robots in Automotive Manufacturing: A Comparison

One detail in the TMMC announcement is worth highlighting: Agility CEO Peggy Johnson specifically mentioned that next-generation Digit will be the first humanoid to achieve cooperative safety certification, meaning it can work in direct physical proximity to humans without hard barriers. Current Digit units at Woodstock operate with defined separation from workers. The next gen removes that constraint, which opens an entirely different category of tasks.

The Two Companies Behind the Deal

The pilot that preceded this deal is worth understanding. Three Digit units ran at TMMC facilities for roughly a year before the commercial agreement was signed. That's a long test window by tech industry standards, but it fits Toyota's engineering culture, which prioritizes reliability data over speed-to-market. The fact that Toyota extended the relationship to a commercial contract rather than ending the pilot or switching vendors is a stronger endorsement than any press release quote.

For Agility, this matters competitively. The company's primary rival in automotive is Figure AI, whose Figure 02 has been running at BMW's Spartanburg plant since 2025 and recently hit 90,000 components moved. The Toyota deal gives Agility a comparable marquee customer story and a running commercial operation to point to when approaching the next 10 automakers.

What This Means for Automotive Manufacturing

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Agility's Arc platform manages Digit deployments remotely, handling diagnostics, task updates, and software upgrades across all connected units. The cloud layer is what makes RaaS commercially viable at scale.

Automotive manufacturing is the first major vertical for commercial humanoid deployment, and for logical reasons: the tasks are structured, the environments are controlled, the volumes are high, and the ergonomic injury data gives a clear ROI framework. Toyota's own injury logs from repetitive tote handling tasks would have been part of the business case for this deployment.

The labor question is more nuanced than the standard replacement narrative. TMMC President Tim Hollander framed the deployment around improving "team member experience" and reducing physical strain, not headcount reduction. In a tight Canadian labor market, Toyota's bigger problem is retention and injury-driven turnover, not overstaffing. Digit addresses that directly by taking on the jobs that cause the most musculoskeletal damage.

The RaaS model itself is a structural change worth tracking. Traditional industrial robots require capital expenditure, on-site maintenance contracts, and vendor lock-in on hardware. RaaS converts that to opex, includes the software layer, and removes the hardware refresh problem. For finance teams at large manufacturers, that's a meaningfully different calculation. If the Woodstock deployment performs, expect the RaaS model to accelerate adoption across the sector.

The 12-Month Outlook

The near-term path is expansion within TMMC. Agility and Toyota have said they're evaluating additional use cases beyond tote handling. Cambridge, TMMC's other Ontario plant, is the likely next site. Toyota's broader manufacturing network, which spans plants in Kentucky, Indiana, Alabama, Texas, and Mississippi, represents a much larger eventual opportunity if the Woodstock operation proves out.

On the product side, Agility has signaled a next-generation Digit with cooperative safety certification is coming. The timing matters: cooperative-safe humanoids can work directly alongside humans without fixed safety barriers, which expands the number of tasks they can take on from support tasks to joint-execution tasks. That's a capability step that would substantially increase the value proposition at automotive plants.

For the broader industry, watch how Toyota's union relationships evolve. TMMC's Woodstock plant is non-union, but other Toyota facilities and most of the automotive sector are heavily organized. The Uniform Auto Workers and other unions have been watching humanoid deployments closely. How Toyota negotiates the expansion of its robot fleet at unionized plants will set a precedent that every other automaker will follow.

Frequently Asked Questions

Where This Leaves Agility (and Everyone Watching)

The Toyota deployment is the kind of milestone the humanoid industry has been pointing toward for years: a major global automaker running a real commercial fleet at a high-volume production plant under a sustainable business model. It joins the BMW-Figure deployment as proof that the "we'll deploy humanoids at scale in 2026" claim wasn't marketing. Two marquee automakers are now running commercial humanoid programs. The question shifts from feasibility to how fast this scales.

For Agility specifically, this closes a gap that opened when Figure AI landed BMW. Both companies can now claim a top-tier automotive partner running commercial operations. The differentiators going forward are execution: uptime data, task performance metrics, how quickly next-gen hardware arrives, and whether the Arc platform proves as capable at 700 units as it is at 7. Toyota does not expand relationships that don't deliver.

The next metrics to watch: uptime figures from Woodstock by Q3 2026, whether Cambridge gets a fleet, and what Toyota's non-Canadian plants decide to do. If TMMC's Woodstock numbers look the way the pilot apparently did, the RaaS pipeline gets interesting fast.