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Robot safety standards, and what they don't cover
A robot mower has spinning blades and a battery; a pool robot sits in water next to a power supply. Safety standards exist for both. But labels get stretched: an FCC ID isn't a safety rating, and we found no published safety standard written specifically for home humanoids. Here's what each standard covers, and the recalls that show why it matters.
The short answer
- Robot vacuums fall under household vacuum-cleaner safety standards: IEC 60335-2-2 internationally, and UL 1017 is the main US vacuum standard. We haven't confirmed which standard each US robot is listed to.
- Robot mowers have their own standard, IEC 60335-2-107, adopted in the US as ANSI/OPEI 60335-2-107. It covers lift and rollover sensors and keeping feet away from blades.
- Consumer robots in general can be certified to UL 3300, which adds robot-specific requirements on top of the product's normal safety standard.
- Home humanoids: we found no published safety standard written specifically for them. The draft people cite, ISO 25785-1, is for industrial robots.
- FCC and Matter are not safety standards. One covers radio emissions, the other connectivity.
Robot vacuums
IEC 60335-2-2 covers the safety of household electric vacuum cleaners. Its scope says it also applies to automatic battery-operated cleaners
, the standard's own term for what we'd call robot vacuums. The main US standard for vacuums, UL 1017, covers motor-operated vacuum cleaners, including rechargeable battery-powered ones. Neither scope uses the word "robot". When a robot vacuum lists a safety certification, these are the families to look for. We haven't confirmed which standard each US model is listed to.
Robot mowers
IEC 60335-2-107 sets safety requirements for robotic battery-powered lawnmowers and their charging stations and boundary signal sources. In the US it was adopted with modifications as ANSI/OPEI 60335-2-107, approved in 2019 as the first US standard for robot mowers. It's an OPEI (outdoor power equipment industry) standard, not a UL number, though UL Solutions and other labs test to it.
What the tests check, based on a test lab's summary of the Canadian edition and on Dreame's description of its own testing:
- A lift sensor that detects when the mower is lifted, fully or from one side.
- A rollover sensor: drive and blades must not start when the mower is upside down.
- Foot-probe tests: a test foot must not reach the blades during operation, including while the mower is running automatically.
- Guarding against blade contact during an attempted lift, and how fast the blades stop.
Children, pets and wildlife
Meeting the standard doesn't make a running mower safe to be around. Husqvarna's manual says children under 8 shouldn't be in the work area while it runs, children and animals must be supervised, and everyone should stay at least 3 m (10 ft) away. Navimow's manual says not to let children near it while it's operating.
Wildlife is another matter: the standard summaries we read don't mention it. A 2021 study tested 18 robot mowers against hedgehog carcasses: 11 caused at least one severe injury, and none detected juvenile hedgehogs. Mowers with pivoting blades did much less damage than fixed blades. The lead researcher said in 2024 that every mower she tested had to physically touch the hedgehog to detect it. Her advice is to check the lawn first and mow only in daylight, which is sensible for other small animals too.
Consumer robots: UL 3300
UL 3300 covers service, communication, information, education and entertainment robots used by or near consumers. It doesn't replace the normal standard for what the robot does; it adds requirements for the robot parts. Industrial, medical, food-preparation and agricultural robots are outside it.
Home humanoids: no published standard yet
The standard most often mentioned for humanoids, ISO 25785-1, is titled "Safety requirements for dynamically stable industrial mobile robots". It covers industrial robots that actively balance, on legs or wheels, and excludes non-industrial settings. It was still a committee draft, unpublished, when we checked on October 12, 2026.
ISO 13482 covers personal care robots: mobile servant robots, physical assistant robots and person carriers. A new edition retitled "Safety requirements for service robots" was in its final approval ballot in September 2026. Neither is named as a certification on the 1X NEO or Weave Isaac 1 preorder pages we read. If a company selling a home humanoid can't name the safety standard it's certified to, treat that as an answer.
What an FCC ID and Matter don't tell you
- FCC Part 15 regulates radio emissions from devices like Wi-Fi radios. An FCC ID means the radio complies; it says nothing about blades, batteries or fire. (The FCC's 2026 robot rule is about national security, not safety; see our explainer.)
- Matter is a smart-home connectivity standard. Matter certification means the device talks to other brands' apps; see Matter and robot vacuums.
Recalls that show why this matters
| Date | Product | Hazard (per CPSC) | Units |
|---|---|---|---|
| Apr 2008 | LawnBott robot mowers | Blades kept spinning when the mower was lifted | About 530 |
| Feb 2022 | Husqvarna Automower 435X AWD / 535 AWD | Battery overheating and fire | About 1,400 |
| Aug 2023 | Aiper Elite Pro cordless pool robot | Battery overheating if charged without the adapter | About 22,000 |
| Mar 2025 | Aiper Seagull Pro cordless pool robot | Charging adapter overheating | About 32,660 in the US |
| Apr 2026 | Wybotics Osprey 700 Max / S1 pool robots | Battery overheating | About 5,000 |
From the US Consumer Product Safety Commission's recall notices, linked below. Not a complete list of every robot recall.
The pattern: the oldest mower recall is the exact failure the lift-sensor test now checks for, and the newer ones are about batteries and chargers. Before you buy, search the model at cpsc.gov/Recalls, and register your robot with the maker so you hear about recalls. Our pool guide lists recall history for the robots we cover.
Related: robot batteries · mower slope ratings · how humanoid robots work.
Sources
- IEC 60335-2-2 Ed. 8.0 preview (scope)
- UL 1017 Ed. 11 (2025)
- IEC 60335-2-107
- ANSI/OPEI 60335-2-107 and STMA: first ANSI standard for robotic mowers (2019)
- UL Solutions: robotic lawn mower testing
- Intertek: CSA C22.2 No. 60335-2-107 update notice (2023)
- Dreame: how it tests robot lawn mowers (July 2026)
- Husqvarna 410iQ/420iQ/440iQ operator's manual and Navimow H-series manual
- Rasmussen et al., "The effect of robotic lawn mowers on European hedgehogs", Animals (2021) and University of Oxford release (Jan 2024)
- UL 3300 (Standards Council of Canada listing)
- ISO 25785-1, ISO 13482:2014 and its revision
- FCC Part 15 scope (eCFR)
- CPSC recalls: LawnBott, Husqvarna, Aiper Elite Pro, Aiper Seagull Pro, Wybotics
All sources read October 12, 2026. Standards change; we recheck this page when a new edition is published. This is a consumer explainer, not legal or engineering advice.
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