Toyota Motor Corporation has taken a significant step toward integrating humanoid robots into its manufacturing operations, deploying seven bipedal machines built by Agility Robotics at its Cambridge, Ontario, plant. The move, reported by TechCrunch, marks one of the most concrete commitments by a major automaker to put humanoid robots to work alongside human employees on a real production floor — not in a research lab, not in a promotional video, but in a facility that builds vehicles destined for consumer driveways.
The deployment involves Agility’s Digit robots, bipedal humanoid machines designed to operate in environments built for people. Unlike traditional industrial robots — the fixed-arm welding and painting machines that have populated auto plants for decades — Digit walks on two legs, can pick up and move tote bins, and is designed to handle repetitive material-handling tasks that currently fall to human workers. At the Cambridge plant, which produces the Toyota RAV4 and Lexus NX, the robots are being assigned to logistics work: moving parts between staging areas and the assembly line.
Why Toyota Chose Canada — and Why Now
Toyota’s decision to station the robots at its Canadian facility rather than at one of its larger U.S. or Japanese plants is notable. The Cambridge plant, part of Toyota Motor Manufacturing Canada (TMMC), has long served as a proving ground for the company’s production innovations. Canada’s relatively stable labor relations, generous government incentives for advanced manufacturing, and proximity to U.S. supply chains make it an attractive location for pilot programs that could later scale across North America.
The timing also reflects broader pressures facing the automotive industry. Labor shortages in manufacturing have persisted across North America since the pandemic, and the cost of hiring and retaining workers for physically demanding, repetitive warehouse and logistics tasks has risen sharply. Toyota, which has historically been cautious about automation that displaces human workers — preferring its “jidoka” philosophy of human-machine collaboration — appears to be recalibrating that stance, at least for tasks that are difficult to staff consistently.
Agility Robotics and the Race to Commercialize Humanoid Machines
Agility Robotics, based in Corvallis, Oregon, has been one of the more visible players in the humanoid robotics sector. The company opened its “RoboFab” manufacturing facility in Salem, Oregon, in 2023, with the stated goal of producing thousands of Digit units annually. Agility has also secured partnerships with Amazon, which began testing Digit in its fulfillment centers, and GXO Logistics, one of the world’s largest contract logistics providers.
The Toyota deployment, however, represents a different kind of validation. Amazon’s warehouses are purpose-built environments where robotics integration is already extensive. An automotive assembly plant is a far more complex setting, with tighter tolerances, heavier parts, and a production cadence that leaves little room for error. If Digit can perform reliably in this context, it strengthens Agility’s case that humanoid robots are ready for a wider range of industrial applications — not just e-commerce fulfillment.
What the Robots Will Actually Do
According to the TechCrunch report, the seven Digit robots at the Cambridge plant are focused on intralogistics — the internal movement of materials within the factory. This includes transporting empty and full tote bins between kitting areas and lineside delivery points. These are tasks that, while essential, are physically taxing and monotonous for human workers. They also represent a category of work where the humanoid form factor offers genuine advantages over wheeled robots or conveyor systems, because the robots must operate in spaces designed for people, including navigating doorways, ramps, and narrow aisles.
Toyota has not disclosed the financial terms of the arrangement with Agility, nor has it confirmed whether the robots are being leased or purchased outright. Agility has previously offered Digit through a robots-as-a-service (RaaS) model, which allows companies to deploy the machines without a large upfront capital expenditure. This model has been gaining traction across the robotics industry, as it lowers the barrier to adoption and allows manufacturers to evaluate performance before committing to larger fleet purchases.
The Broader Industry Context: Automakers Bet on Bipedal Bots
Toyota is not the only automaker exploring humanoid robotics. BMW has been testing Figure AI’s humanoid robots at its Spartanburg, South Carolina, plant. Mercedes-Benz has partnered with Apptronik to pilot its Apollo robot in manufacturing settings. Hyundai, which owns a controlling stake in Boston Dynamics, has been integrating various robotic systems — including the Atlas humanoid — into its operations. Tesla, meanwhile, continues to develop its Optimus humanoid robot, which CEO Elon Musk has said will eventually be deployed in Tesla’s own factories before being sold to external customers.
The competitive dynamics are intensifying. The humanoid robotics market, once dismissed by many industrial engineers as impractical and overhyped, has attracted billions of dollars in venture capital and corporate investment over the past three years. Investors are betting that the convergence of improved AI, better battery technology, and more capable actuators has finally made bipedal robots viable for commercial deployment. The question is no longer whether humanoid robots will enter factories, but how quickly they will scale and which companies will dominate the supply side.
Labor Implications and the Human-Machine Balance
The introduction of humanoid robots into an active automotive plant inevitably raises questions about labor displacement. Toyota has historically emphasized that its automation strategy is designed to complement human workers, not replace them. The company’s production philosophy, rooted in the Toyota Production System, places a premium on human judgment and problem-solving — qualities that robots, even advanced ones, cannot replicate.
In its public statements, Toyota has framed the Agility deployment as a way to address labor shortages and reduce the physical burden on workers, rather than as a headcount reduction measure. Unifor, the union representing workers at TMMC, has not publicly commented on the deployment. But the broader labor movement has been watching humanoid robotics developments closely. The United Auto Workers in the United States has signaled that the use of robots in unionized plants could become a bargaining issue in future contract negotiations.
Scaling Questions and the Road Ahead
Seven robots in a single plant is a modest beginning. For context, the Cambridge facility employs thousands of workers across multiple shifts. The Digit units represent a tiny fraction of the plant’s operational capacity. But pilot programs of this nature are how automakers have historically introduced new technologies — cautiously, with extensive data collection and iterative refinement before broader rollout.
The key metrics Toyota will be watching include uptime reliability, task completion rates, and the degree to which the robots can operate without human intervention. Early deployments of humanoid robots at other companies have revealed challenges with battery life, navigation in cluttered environments, and the ability to handle objects of varying shapes and weights. Agility has been iterating on Digit’s hardware and software to address these issues, but real-world factory conditions will be the ultimate test.
What This Means for the Robotics Industry
For Agility Robotics, the Toyota partnership is a marquee win. Automotive manufacturing is one of the most demanding and prestigious sectors in industrial robotics, and having Toyota as a customer — even at a small scale — provides credibility that is difficult to manufacture through marketing alone. It also puts Agility in a stronger position relative to competitors like Figure AI, Apptronik, and 1X Technologies, all of which are vying for similar contracts with major manufacturers.
For the robotics industry more broadly, the deployment signals that the humanoid form factor is being taken seriously by companies with the engineering rigor and operational discipline to evaluate it honestly. Toyota does not adopt technologies for novelty or public relations value. If the Cambridge pilot succeeds, it could accelerate adoption across Toyota’s global manufacturing network — and prompt other automakers to move faster with their own humanoid robotics programs. The factory floor, long the domain of fixed-arm robots and automated guided vehicles, may be entering a new chapter — one where machines walk among us, carrying bins and earning their keep.