Concern 335 · Working draft · editorial review in progress

Robotics injuries

Robotics injury risk is the chance that a moving robot or its tools physically harm someone working nearby.

Understanding the concern

A robot can strike, trap or crush a person if movement is unexpected or safeguards fail. Risk may be especially important during maintenance, setup or troubleshooting, when people enter spaces they normally avoid. AI can change how a robot responds, but these physical hazards also exist in conventional programmed robots.

Imagine repairing a machine that can start moving while your hands are inside it. Good safety depends on controlling that movement, not merely trusting the software to notice you. Barriers, safe stopping, training and maintenance procedures need to work together. A robot described as collaborative is not safe for every tool, speed or task.

An example

A worker enters a robot's operating area to clear a jam while the system remains capable of restarting.

Illustrative unless identified as a documented case.

Words in plain English

AI
Software that learns patterns from examples or uses rules to perform tasks such as recognizing images or generating text. It can make mistakes and does not understand every situation as a person would.
Training
The process of using examples to shape how an AI model behaves. Learning patterns from material does not establish that the material is true or fair.

Evidence and its limits

OSHA guidance addresses documented industrial-robot hazards, including non-routine work. It does not attribute all robot incidents to AI.

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Broader frameworks and background

These resources provide context. They do not establish every claim in this concern.

A question to discuss

What prevents unexpected movement during cleaning, repair and other unusual work?

Keep track of different views, what needs checking, and any next step in your own discussion notes.

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Principles for the conversation

Before you finish · reflect together

Virtues and principles to consider

Virtues are qualities we practice in how we treat people and make choices. They are not scores for judging someone. Use these ideas to explore what a thoughtful response could look like.

Stewardship

Stewardship means caring for resources and systems that others depend on, including people who will use them later. It looks beyond the benefit of a quick launch.

Plan for maintenance, energy use, data protection, and eventual shutdown. Ask who will look after the tool when the original team moves on and how future users can avoid inheriting hidden costs.

Ask together: What are we responsible for caring for over time?

Justice

Justice means fair treatment, fair procedures, and attention to who receives benefits and burdens. It asks whether people with less power can be heard and seek repair.

Look at outcomes across different groups and individual cases. Provide a usable way to challenge decisions and correct harm. Equal wording in a policy does not guarantee equal treatment in practice.

Ask together: Who benefits, who bears the cost, and who can challenge the decision?

Reading reality

Reading reality means looking closely at the situation people actually face. A visible problem may be connected to habits, incentives, or rules beneath the surface.

If an AI tool gives a poor result, look at the task, data, workplace pressures, and available support. Do not assume that changing the software alone will solve the problem.

Ask together: What is happening here, and what conditions help explain it?

Editorial ratings

These are editorial judgments from the register, not measured probabilities or predictions about your situation.

Severity
Major · 4/5
Likelihood
Widely observed · 4/5
Time horizon
Now
Register risk score
16
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