McKinsey Warns Humanoid Robots Are Ready, but Businesses May Not Be
Humanoid robots are quickly moving from science fiction to factory floors, warehouses, hospitals, and logistics hubs. But according to Sarthak Vaish, associate partner at McKinsey & Company, the biggest barrier to adoption may no longer be the machines themselves. It may be the companies expected to use them.
Speaking at the 5th Mobis Mobility Day in Sunnyvale, Vaish delivered a clear message to the mobility and robotics industry: humanoid robot hardware has reached a promising level of maturity, but many organizations are still not prepared to deploy these systems at scale.
This creates what industry observers often call “pilot purgatory” — a stage where companies test robotics technology in small trials, showcase impressive demonstrations, and generate excitement, but fail to move beyond limited experiments. The result is slow adoption, unclear returns, and stalled innovation.
The timing of the warning is important. The robotics market is attracting major attention as companies look for ways to solve labor shortages, improve productivity, and automate repetitive or physically demanding tasks. Humanoid robots, in particular, are gaining momentum because they are designed to operate in environments built for people. In theory, that makes them easier to integrate into existing workplaces without redesigning entire facilities.
However, having capable hardware is only one part of the equation. Businesses also need the right workflows, training, safety procedures, maintenance plans, software integration, and long-term investment strategies. Without these pieces in place, even the most advanced humanoid robots can become expensive prototypes rather than practical tools.
Vaish’s message highlights a growing challenge for the robotics industry: the gap between technological readiness and organizational readiness. Many companies are interested in automation, but interest does not automatically translate into deployment. Decision-makers must understand where robots can create measurable value, how employees will work alongside them, and how operations need to change to support them.
For robotics companies, this also means the path to growth is not just about building better machines. It is about helping customers adopt them successfully. That could include clearer use cases, stronger support systems, easier integration, and proof that robots can deliver consistent performance in real-world conditions.
The broader humanoid robotics market is expected to expand significantly as artificial intelligence, sensors, batteries, and motion control systems continue to improve. But the companies that win in this space may not simply be those with the most advanced robots. They may be the ones that can bridge the adoption gap and turn pilot projects into everyday operations.
Vaish’s warning serves as a reminder that the future of humanoid robotics depends on more than engineering breakthroughs. The technology may be ready to work, but businesses must be ready to change.
If organizations can move beyond pilot programs and build the infrastructure needed for large-scale deployment, humanoid robots could become a major force in the next wave of industrial automation. Until then, the robotics market may continue to face a frustrating reality: impressive machines waiting for companies to catch up.
