Are In-Ground Trampolines Safer Than Above-Ground Trampolines?

In-ground trampolines reduce fall height, but the American Academy of Pediatrics still warns that recreational trampoline use carries real injury risk no matter how it is installed.

The AAP’s position is blunt: it advises doctors to counsel families against recreational trampoline use, because the usual safety add-ons have not meaningfully cut injury rates and severe injuries still happen. Whether the frame sits two feet above the grass or level with it, the jump itself stays the risk.

That doesn’t mean the two designs are identical. Fall height is the clearest, most measurable difference between them, and it’s where the “in-ground is safer” claim comes from. Here’s what actually changes, what doesn’t, and where each setup can still hurt someone.

What Changes When The Trampoline Sits Below Grade?

In-ground models cut the distance a jumper can fall to the ground, since the mat sits at or near ground level instead of several feet up. That’s the core advantage, and it’s real.

An above-ground trampoline puts its jumping surface roughly 2 to 3 feet off the ground, sometimes more on larger models. A child who bounces off the mat and over the edge drops that full height onto whatever is underneath. An in-ground trampoline removes most of that vertical gap, so a fall off the mat lands almost immediately.

The AAP’s guidance lines up with that logic. It states trampolines “should be set at ground level whenever possible or on a level surface and in an area cleared of any surrounding hazards.” Falling from a lower height is better than falling from a higher one — that’s basic physics, not a marketing claim.

Here’s the catch. A lower fall isn’t the same as no fall. An in-ground trampoline still has a frame, a mat, and an edge, and a jumper can still land on or against those. If the pit is poorly built or the surrounding ground is hard, the lower fall height buys less than the brochure implies.

How The AAP Views Trampoline Risk Overall

The American Academy of Pediatrics treats any recreational trampoline as a risk worth avoiding for children, regardless of type. Its official statement recommends pediatricians “counsel their patients and families against recreational trampoline use.”

The reasoning matters more than the headline. The AAP notes that safety measures — nets, padding, adult supervision, softer landing surfaces — have not significantly reduced injury rates. Catastrophic injuries still occur. So the organization doesn’t separate “safe” and “unsafe” trampolines; it flags the activity itself.

For a parent parsing the in-ground vs. above-ground question, that reframing is the useful part. Picking an in-ground model can lower one specific risk (fall height). It does not touch the others — collisions between jumpers, awkward landings on the mat, and falls onto the frame or surrounding surfaces.

Where Each Type Still Fails

Both setups have failure points, and they’re different ones. Knowing which applies to your yard is more useful than picking a winner on the label alone.

Above-ground trampolines carry the fall-from-height risk by design, which is why a full safety enclosure and padding on the springs and frame are treated as close to mandatory. Those nets and pads are especially important here.

In-ground trampolines trade that height risk for a set of installation risks. The gap between the frame and the pit wall can create an entrapment hazard if it’s built poorly. Drainage is the other big one: if water collects in the pit, you’ve got a soggy, unstable, maintenance-heavy mess. Nets and padding still add value on in-ground setups too, even if they feel redundant once the trampoline is flush with the ground.

Around The Pit, Not Just In It

The most overlooked risk sits outside the frame. Hard surfaces near the jump zone — patios, retaining walls, concrete borders around the pit, landscaping rocks — turn a short fall into a bad one. An in-ground trampoline surrounded by hardscape is not meaningfully safer than an above-ground one with a net.

The fix is soft, impact-absorbing ground all around the jump zone. If your only flat spot is next to a concrete patio, that location is fighting the safety benefit you paid for.

If you’re weighing specific products rather than the category, it helps to see how the safety features stack up across real models before you commit — our roundup of the safest trampolines tested breaks down enclosure quality, weight limits, and pad coverage side by side.

What Actually Reduces Risk, Either Way

The AAP’s own guidance and standard manufacturer manuals converge on the same short list. None of it is glamorous, and none of it depends on which design you buy.

1. Set the trampoline at ground level where possible, on a level surface, with hazards cleared.
2. Use a full safety enclosure on above-ground models, and keep nets and padding on in-ground ones too.
3. For in-ground installs, close the gap between the frame and pit wall to cut entrapment risk.
4. Maintain drainage in the pit so water doesn’t pool.
5. Keep the surrounding surfaces soft and impact-absorbing; avoid hardscaping near the jump zone.
6. Supervise use and follow the specific product manual’s weight and user limits.

On the AAP’s full statement, catch the broader point: the guidance on laying a trampoline at ground level is qualified, not a safety seal of approval. The organization’s larger message is that the activity itself carries risk that no installation choice erases.

So does an in-ground trampoline beat an above-ground one? On fall height, yes — clearly, and by a measurable margin. On overall risk, no design wins outright. The AAP’s stance applies to both, and the difference between a well-built, well-maintained in-ground setup and a neglected one is larger than the difference between in-ground and above-ground in the abstract.