A3's new guidance covers safe use of industrial mobile robots after deployment and communication between mixed fleets. An industrial mobile robot is a self-driving platform that moves materials or tools in factories and warehouses. The Association for Advancing Automation said it completed its three-part mobile-robot safety series on Sept.
29, 2026 by publishing ANSI/A3 R15.08-3-2026, Use of IMR Applications, for purchase through A3 the A3 announcement. Separately, MassRobotics is working with A3 on an ISO standard for industrial mobile robot interoperability and communications. The two efforts affect different buyers: safety duties fall on users, while interoperability helps operations running more than one brand of vehicle.
Table of Contents
- What must robot users do after deployment?
- How do manufacturer and integrator duties fit?
- Why are mobile and fixed-robot rules aligned?
- What will interoperability change for mixed fleets?
- Where does the guidance stop?
What must robot users do after deployment?
Part 3 places ongoing duties on users operating industrial mobile robot applications. Assembly Magazine reports that those duties include risk assessment, management of change, employee training, and periodic reviews and inspections the Assembly Magazine report.
In practice, that means safety work does not end at installation. Useful checks include:.
- Reassess risk when routes, payloads, speeds, or staffing change
- Control facility changes such as new racks, doors, or temporary pallets
- Train employees who share space with the robots, then retrain after incidents or layout changes
- Schedule inspections and review records for missed stops, detours, or near contacts
How do manufacturer and integrator duties fit?
Part 1 addresses manufacturers. The ANSI Blog explains that ANSI/A3 R15.08-1-2020, reaffirmed as R2026, requires manufacturers to design industrial mobile robots for acceptable risk in a documented specified operating environment and to perform iterative risk assessment the ANSI Blog explainer.
Part 2 addresses integration and configuration of a robot or fleet into an application. It covers Type A autonomous mobile robots, Type B autonomous mobile robots with attachments, and Type C mobile manipulators. A buyer can use this split to assign questions: ask the manufacturer for design limits, ask the integrator for application risk controls, and keep user procedures for daily operation.
Why are mobile and fixed-robot rules aligned?
Factories often run fixed arms beside mobile platforms. A3 developed R15.08 Part 3 jointly with R15.06 Part 3 so factories get consistent guidance for continued safe operation of both fixed industrial robots and mobile robots, according to Automation World.
That alignment helps safety managers use one approach for reviews, change control, and training records. It also reduces conflict when a mobile robot delivers parts to a fenced or guarded robot cell. Teams should still keep separate task lists, because collision hazards, stopping behavior, and pedestrian contact differ.
What will interoperability change for mixed fleets?
The interoperability effort coordinates mixed fleets without requiring a common internal map. The Association for Advancing Automation says MassRobotics is working with A3 to develop a new ISO standard on Industrial Mobile Robot Interoperability and Communications the A3 industry overview.
The approach standardizes data exchange so autonomous mobile robots, automated guided vehicles, and other movable platforms can communicate. Robotics 24/7 reports that the approach is explicitly not a fleet manager, navigation system, or safety system. Buyers should therefore plan for shared traffic information plus separate fleet software and separate safety controls.
Where does the guidance stop?
R15.08 guidance targets structured and semi-structured workplaces with trained personnel. Integrators and users must still control pedestrian traffic, facility changes, and retraining to maintain acceptable risk, according to A3 via the ANSI Blog.
That limit matters in busy receiving docks, construction zones, and public-facing areas. Add clear travel lanes, limit visitor access, mark blind corners, and pause robot operation during major layout work. Document each change and tie it to a new risk review.
