Short answer
It depends entirely on the stool, which is why a stated rating matters.
For daily family use, we recommend a load rating of at least 330 lbs, stated by the maker; for contract use, also look for a named strength test such as EN 16139. Every by Crea bar stool carries our own 440 lbs rating, steel and oak alike.
The table shows what to look for. A stool with no stated rating is not necessarily weak, but it leaves you guessing, and on a seat 26 or 30 in off the floor, guessing is not what you want.
| What you see | What it tells you |
|---|---|
| No rating stated | Unknown; ask the maker before buying |
| A rating stated by the maker | Fine for home use; worth asking what it is based on |
| A rating plus a named standard such as EN 16139 | Tested to a recognized method; look for this for contract use |
| by Crea | 440 lbs, our own rating; steel models also tested or assessed by RISE to EN 16139; oak models, our rating only |
A load rating is the weight a stool is designed to carry in normal use: one person sitting, shifting, leaning and getting on and off.
It is not the weight at which the stool breaks; in our experience, a properly designed stool carries its rated load with a wide safety margin, so everyday movement stays well within its limit.
It is also not an invitation to stand on the seat or to load it sideways: standing, rocking on two legs and sitting on the backrest put forces on a stool that no load rating covers. Used as intended, a stool rated for 440 lbs gives a large margin for most adults.
In Europe, seating for public and commercial spaces is tested to EN 16139, which applies repeated loads to the seat, the backrest and the footrest, and checks stability against tipping.
It is designed to simulate years of heavy use in cafés, offices and hotels, which is harder than a kitchen at home.
The standard has two levels: level 1 for general use and level 2 for extreme use. Our steel stools have been tested by RISE, the Research Institutes of Sweden, to EN 16139: Bruno to level 2 and Freja, Philip and Svea to level 1. That is why they are also suitable for restaurants and hotels; see our guide to commercial bar stools.
Its joints, more than its material. A welded steel frame or a glued solid-oak frame has no joint that can loosen, while bolted joints can work loose under daily loads and are, in our experience, where stools most often fail.
In our experience, four legs joined by a footrest brace each other and resist racking far better than a single column.
Material still matters: our steel frames are made from Swedish precision steel tube to EN 10305-5, and our oak frames from solid FSC-certified European oak. And a stool delivered fully assembled has had its joints made and checked in the factory. Our guide to how our bar stools are made shows each step.
Leaning back on a backrest is normal use; rocking the stool onto two legs is not.
Tipping a stool back puts the whole load on two legs and the joints above them, and in our experience it is a common way both stools and people get hurt. Standing on the seat is never covered by a load rating.
Children climbing up from the front is normal and is what the footrest is for. A four-legged stool with a footrest and a stated rating handles it without trouble. If a stool already rocks or creaks, check the joints before it gets worse; see how to fix a wobbly bar stool.
Choose a stool with a stated rating well above your weight, a wide seat and a backrest.
A stool 17.3 to 21.3 in wide overall, such as Philip, Bruno, Ted or Carl, is usually more comfortable than a narrow one, and armrests make getting up easier. Every by Crea model carries the same 440 lbs rating.
For taller people, also check seat height and legroom: a counter that is higher than standard may call for a custom seat height. Our guide to seat width and depth lists every model's dimensions.
Bruno Counter StoolFrom $529RISE-tested · EN 16139 level 2
Philip Counter StoolFrom $499440 lbs · welded steel
Carl Counter StoolFrom $679440 lbs · glued oak
Ted Counter StoolFrom $669440 lbs · solid oak
