You buy a dresser from a big-box store. It looks sturdy. It passes your basic shake test. You put it in your kid’s bedroom, load it with clothes, and never think about it again. But that dresser has a design defect that makes it a known killer. Every two weeks in the United States, a child dies when a piece of furniture tips over and crushes them. Thousands more are injured. The overwhelming cause is not shoddy manufacturing or a single broken screw. It is how the product was designed from the start: a tall, narrow, top-heavy box with no built-in mechanism to keep it attached to the wall.
In product liability law, a design defect is different from a manufacturing defect. A manufacturing defect means the product came off the line with a flaw—bad weld, wrong plastic, missing part. That product is different from the others. But a design defect means every single unit of that product is dangerous, because the blueprint itself is wrong. The dresser that tips over when a toddler opens the bottom drawer and climbs on it is not a fluke. It is the predictable result of a design that prioritized cheap production and aesthetic appearance over basic physics and child safety.
Courts hold companies strictly liable for design defects. That means you do not have to prove the manufacturer was negligent or knew the dresser was dangerous. You only have to prove that the product’s design made it unreasonably dangerous. The two main tests courts use are the consumer expectations test and the risk-utility test. Under the consumer expectations test, a design is defective if it is more dangerous than an ordinary buyer would expect. No parent expects a dresser to crush their child when the child opens a drawer. Under the risk-utility test, a court weighs the dangers of the design against its benefits. If a safer alternative design existed—say, an integrated wall anchor or a wider base—and the manufacturer chose not to use it because it cost more, the design is likely defective.
The furniture industry knew about tip-over risks for decades. Internal studies, trade association reports, and government data all showed that children climb on furniture. Despite that knowledge, most dressers were sold with no anchoring hardware included, no warning that the dresser must be secured to the wall, and no design features that would make the dresser stable on its own. The Consumer Product Safety Commission eventually issued voluntary safety standards, but they were weak and not enforced. Only after years of lawsuits and public pressure did major companies like IKEA begin to include wall anchors and redesign their products to lower the center of gravity.
When a design defect case goes to trial, the key evidence is often what the manufacturer knew and when. Engineers test prototypes. Marketing teams track returns. Industry data shows exactly how often furniture tips over. If a company had a safer alternative design on the shelf—for example, a dresser with interlocking drawer stops that prevent all drawers from being pulled out at once, or a design that requires the dresser to be bolted to the wall before it can be assembled—and chose not to use it, that is damning. Jurors understand that a few cents of plastic and a printed instruction sheet could have prevented a death. That is why settlements and verdicts in furniture tip-over cases routinely reach millions of dollars.
The design defect in these dressers is not a secret. It is the result of a deliberate trade-off: cost savings versus child safety. The law exists to force manufacturers to internalize that cost. If you sell a product with a design flaw that kills children, you pay. That is the point of strict liability.
Understanding this area of product liability law matters for anyone who buys furniture, for parents, and for anyone injured by a product that was dangerous by design. If you or your child is hurt by a tip-over, the question is not whether you were careless. The question is whether the product could have been designed differently to prevent the injury. The answer, in nearly every furniture tip-over case, is yes.
