Trampoline Recalls: What 15 CPSC Actions Say to Park Buyers

Between November 1999 and April 2026, the U.S. Consumer Product Safety Commission published fifteen recall actions covering trampolines. The unit counts in those announcements add up to 2,339,200.

In none of the fifteen is the jumping mat named as the defective part. The failures sit one layer out: a weld, a leg socket, a strap that holds the enclosure to a pole, a hinge, a handlebar, a folding rail, or the step in the assembly instructions that let a frame collapse.

The pattern matters to anyone signing an equipment contract, because it tells you where to spend your inspection hours. A park’s risk is not evenly spread across the machine. It collects at the connections.

There is a second finding, harder to explain. The same federal database contains eighteen recalls of play structures built by companies that sell to schools, parks and daycares: slides, climbers, swing seats, deck coverings. Commercial playground equipment gets recalled. A commercial trampoline court never has.

This article counts both records, states the counting rule, and converts the counts into five checks you can run before a deposit.

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1. How the Record Was Counted

The source is the CPSC recall database, queried by product name for records containing the word trampoline. The query returned sixteen actions dated 1999 through 2026. One of them, a 2007 recall of air pumps used to inflate a water trampoline, concerns a pump rather than a trampoline, so it is excluded from the fifteen.

Three counting decisions are worth stating, because they change the totals.

One action, one row. A recall announcement that covers several models counts once, even when the model list runs to a dozen stock-keeping codes. The 2013 Sportspower action is an expansion of a May 2012 action on the same netting; it counts as a separate action but describes the same defect, so the fifteen actions represent fourteen distinct defects.

Units are as announced. Every figure below is the number the agency and the recalling firm published at the time. No allowance is made for units returned, repaired, or already scrapped. The 2005 Jumpking action also covered about 296,000 FunRing enclosures sold separately; those are noted and not added, to keep the unit column comparable across rows.

Classification uses the hazard sentence, not the headline. Where a title says “fall hazard”, the underlying defect may be a weld, a strap, or a netting weave. Each row is classified by the part named in the hazard description, which is the only place the mechanism is stated.

What this dataset is not: it is a record of published recall actions, not a record of injuries, and not a census of every defective trampoline sold. A product with a design flaw that never produced a recall does not appear here at all.

Fifteen rows, one column of parts. Read that column straight down and the distribution is not what a buyer would guess. The mat, the springs and the padding, the three items that dominate a procurement conversation, appear in none of the hazard sentences.

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2. The Part That Failed in Fifteen Actions

Sorting the fifteen by the part named in the hazard gives four groups. Eight actions name the frame and the joints that assemble it: welds at a top rail, legs that bend or move at a socket, a folding rail, a hinged frame. Four name the net system, and every one of those names either the netting weave or the strap that carries the net. Two name a handlebar. One names a strap on a bundled accessory.

Inside the eight, three name welding directly. Hedstrom, in 2003, described welds on the frame that “can break during use, causing consumers to fall to the ground.” Jumpking, in 2005, used the same language for a different frame, and added a second defect in the same action: sharp edges on the brackets that mount the enclosure. Super Jumper, in 2019, named welds on the railings that hold the legs.

The next group is quieter and more common in the field. Three actions describe a leg that moves rather than a weld that cracks. In November 2012, Sportspower reported that metal legs could move out of position and puncture the jumping area, producing deep penetrating wounds. In March 2009, Aviva reported support legs that bend or break. In October 2010, Bravo reported that incorrectly assembled units let top rails and legs bend under normal use, with partial collapse.

Put those together and eight of the fifteen actions trace to the frame and the joints that assemble it, against four that trace to the net system, two that trace to a handlebar and one to a strap on an accessory. For a park operator, that ordering is the useful part. Net replacement is on every maintenance calendar because netting is a consumable that visibly sags. Welds and sockets are not, because nothing about them announces wear.

The two net actions that concern attachment rather than fabric are the ones worth reading closely. JumpSport, 1999: the straps at the bottom of the net broke, and a child could pass under the net and off the trampoline. Skywalker, 2009: the straps supporting the top of the enclosure could fail, and the enclosure could drop. Both are failures of a strap in tension, at a sewn or buckled end, on a component sold as a safety feature.

That is the recurring shape of the record. A part installed to prevent a fall becomes the part that permits one. A park that inspects only the jumping surface is inspecting the one element the database never blames.

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3. 2.34 Million Units, Three Quarters of Them From Four Years

Unit counts are the least reliable column in any recall database and the most quoted. They are also unevenly distributed, which changes what the record is evidence of.

The mean across the fifteen actions is 155,947 units. The median is 40,000. A single action, Jumpking in January 2005, accounts for 1,000,000 units, or 42.7 percent of the total. Three actions between 2003 and 2006 account for 1,784,000 units, or 76.3 percent of everything in the record. Divide the actions into three periods and the shape is stark: the early period carries almost all of the volume, and the last three actions together carry 1.5 percent.

The arithmetic is simple and worth doing once. Median units per action is calculated by ordering the unit counts inside each period and taking the middle value, or the average of the two middle values when the count is even. For 2009–2013, the eight counts ordered from 8,000 to 160,000 give a middle pair of 40,000 and 60,000, so the median is 50,000. The same calculation on the early period gives 392,000, from the pair 116,000 and 668,000.

Two readings are available, and the data cannot choose between them. The first: products got safer, or at least the mass-market frames of the 2000s were replaced by designs that failed in smaller batches. The second: the market itself fragmented, so there is no longer a single model shipped in the hundreds of thousands that can fail all at once.

The second reading has support in the dates. Three of the four largest actions concern backyard trampolines in the 12 to 16 foot range. The fourth, 668,000 units in 2006, is a 36 inch mini-trampoline. The smallest action in the record, 1,200 units in April 2026, concerns a 55 inch toddler model sold with an accessory kit by a brand that distributes through online marketplaces. That is not a smaller defect. It is a smaller shipment.

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4. Where the Recalls Came From Changed After 2013

Retail channel is not a field in the database, but the announcements name it often enough to see a shift. Between May 2012 and January 2013, five actions were published, and four of them were tied to a single retailer: two Sportspower actions sold exclusively at Walmart, one Aqua-Leisure action sold exclusively at Toys “R” Us, and one Sportspower action sold exclusively at Sports Authority.

That is a specific commercial arrangement. A retailer commissions a model, owns the specification, and carries the exposure. When the model fails, the recall follows the label, and the announcement says so in the title.

The three actions since 2019 do not read that way. JumpSport’s 2019 action covers folding fitness trampolines sold under the manufacturer’s own brand. Super Jumper’s 2019 action covers a 14 and 16 foot line sold under its own name. The 2026 action names a manufacturer, SEGMART, and a product sold with a promotional accessory kit, with consumer contact given as an email address and a website.

What changed, on this evidence, is not the standard of construction but the identity of the party standing behind the product. The 2012 actions were retailer programs with a domestic specification owner. The later actions are importer brands with no retailer between them and the buyer.

For a park buyer, the practical version of that finding is a question about the contract, not the product: who is the party that would have to run a recall if the court fails, and can they be found in five years. A supplier that answers with a marketplace storefront and an email address has told you something the specification sheet does not.

This is also where an equipment buyer’s risk differs from a consumer’s. A consumer buys one unit and discards it. A park buys twenty of the same component and installs them on one floor, so a defect rate that is invisible at one unit per household becomes a count of failed components in a single building.

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5. The Accessory Was the Hazard

The April 2026 action is the only strangulation hazard in the fifteen, and it is not about the trampoline. The unit was a 55 inch mini trampoline with an enclosure net; certain versions shipped with a promotional kit containing a hammock, a punching bag, hand rings, a basketball board and a pump. The hazard sentence names entanglement in the straps of the hammock, the punching bag and the hand rings.

A 1,200 unit recall on a bundled accessory is a small event with a large teaching point. The trampoline passed its own review; the thing added to make it sell is what created a risk of death. Bundled additions are reviewed by the party that assembled the bundle, and often by nobody else.

Attraction packages carry the same structure. A court is sold with a slide, a ball pool, a climbing element, a wipeout arm or a battle beam, and each of those is a separate hazard surface with its own attachment detail. The trampoline standard does not cover a slide, and a slide’s own standard does not cover the platform that joins it to the court.

The joint is where the review falls through, and the joint is also where eight of the fifteen trampoline actions sit. The two findings point the same way: the interface between two compliant parts is the least-specified and most-loaded element on the floor.

Concretely, ask for the interface drawing, not the product drawing. The product drawings show a slide, a court and a net, each of which will be described as compliant. The interface drawing shows what the slide is bolted to, at what spacing, through what plate, and who specified the fastener.

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6. Why Playgrounds Get Recalled and Courts Do Not

The same database, queried for playground, returns twenty-two records spanning 1983 to 2026. Eighteen involve play structures: slides, climbers, swings, swing seats, deck coverings. Every one of the eighteen names a manufacturer that sells to schools, parks, daycares or backyards, including Miracle Recreation, Playworld Systems, Columbia Cascade, SportsPlay, Play and Park Structures, BCI Burke, Soft Play and LFTE USA.

Several are explicit about the public sector. Miracle Recreation’s November 2002 action covers a public playground swing seat; Playworld’s October 2000 actions cover swings and slides sold to public sites; Columbia Cascade’s 1987 action covers a Timberform 4000 play structure.

So the agency does reach equipment bought by institutions. Commercial play equipment gets recalled, and the manufacturers are named in the titles. A commercial trampoline court has never appeared in this record.

The two records also fail differently. The playground actions cluster around geometry and edges: entrapment in a slide opening in May 2018, strangulation on a metal climber in October 2018, entrapment on a climber in December 2019, amputation at a stainless steel slide in December 2016, lacerations at port holes in December 2013, burns from bare metal decks in September 1993. Those are hazards of shape and surface, found by measuring openings and touching edges.

The trampoline actions cluster around tension and fatigue: welds, straps, bungee cords, a hinge, a handlebar that fatigues at its base. Those are hazards of load cycling, found by inspecting joints and reading assembly records.

Different physics, different inspection. A soft play structure is checked with a gap gauge and a straight edge. A trampoline court is checked by looking at what the load has been doing to metal and webbing for two years.

One caution before that table is read as a safety claim. The absence of commercial courts from a consumer product recall database is partly a statement about jurisdiction. Courts are assembled on site from components, specified by a project, and inspected under building and fire codes and the commercial court standard, which places them in a different enforcement path from a boxed product on a shelf. Absence from this record is not evidence that courts do not fail.

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7. What the Data Does and Does Not Show

It does not measure injury. A recall is a hazard finding. Some actions followed injuries, as the 2006 and 2019 titles say outright, and some followed a defect found before anyone was hurt. Nothing here supports a claim about injury rates, and no count of recalls can be converted into a risk per visit.

It does not rank manufacturers. Brand names appear because the recalling firm is named in the announcement. Comparing a firm with one action to a firm with four says nothing about quality, because the denominators, units sold and years in market, are not in the data.

The fifteen is a floor, not a census. The query matched product names. A record that mentions a trampoline only inside a description, or a recall filed by a distributor under a different product category, may not be captured. Read the count as the number of actions a keyword search of the public database returns, which is what it is.

Unit counts are as announced. They are supplied by the recalling firm, they are rounded in most cases, and they say nothing about how many units were actually removed from use. The 2005 figure of 1,000,000 is a shipment estimate, not a return count.

It says nothing about the fix. Every action includes a remedy, a repair kit, new instructions, a replacement part, a refund. Whether the remedy held is not in the record, and there is no published follow-up. A buyer who wants to know whether a supplier’s corrective action worked will not learn it here.

It says nothing about commercial court life. The fifteen actions cover consumer trampolines. Nothing in them establishes how long a commercial court’s welds last, what load a leg socket carries, or how often a net should be replaced. Those are questions for the standard, the engineer and the maintenance log.

And it is silent on causation between channel and defect. The 2012 retailer-exclusive cluster and the later importer-brand actions differ in more than channel: model size, price point, market segment and reporting practice all moved at the same time. The dates are real. The explanation is not in the data.

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8. Five Checks Before the Deposit

Each check below maps to one of the groups counted above, ordered by size. None of them requires a laboratory.

8.1 Frame joints: ask for the weld and socket record

What to ask The welding procedure and the inspection criteria used on top rails and leg sockets, plus the torque value for every fastener in the leg assembly.

Why this one first Eight of the fifteen actions trace to the frame and its joints, and three name welds in the hazard sentence. This is the largest single group in the record and the least visible in service.

What it costs to skip A socket that opens under cycling does not announce itself. It shows up as a court that feels loose in month fourteen, after the floor is built and the padding is closed. The anchor plate record we reviewed earlier is the same failure family in a different location.

8.2 Net attachment: the strap end, not the mesh

What to ask How the net attaches at the top and at the bottom, the rated strength of the strap or buckle at each end, and the replacement interval written into the maintenance manual.

Why Four actions name the net system, and two of those name the straps rather than the fabric: JumpSport in 1999 at the bottom, Skywalker in 2009 at the top. Material specifications are usually good. Attachment specifications are usually absent.

Note on standards Netting sold as a safety feature is a component with its own load path. Ask which standard the attachment hardware is specified against, and do not accept a material certificate as an answer.

8.3 Assembly: the manual is part of the product

What to ask The commissioning checklist, the torque table, and the sign-off sheet the installers complete before handover.

Why Two actions turn on assembly rather than manufacture. Bravo’s 2010 action says incorrectly assembled units could collapse; Stamina’s 2006 action describes a rail that snaps back during single-person assembly. Both are procedures, not parts.

What it costs to skip Assembly errors are invisible at handover and permanent afterwards. A court built from correct parts in the wrong sequence fails like a defective one, and the warranty discussion that follows is not one you win.

8.4 Add-ons: review the bundle, not the items

What to ask For every attraction added to the court, the interface drawing and the hazard review that covers the combination. Straps, cords and ropes within reach of a standing child deserve their own line.

Why The only strangulation hazard in the fifteen came from a bundled accessory kit, on a trampoline that was otherwise unremarkable. The landing zone and the sightline work the same way: the risk sits between two components, each of which is fine alone.

8.5 Standards: name the document and the edition

What to ask Which standard the court is specified against, which edition, and which authority inspects it in your jurisdiction. Commercial trampoline courts, consumer trampolines and European trampoline parks are covered by three different documents, and they are not interchangeable.

Why The fifteen actions in this record concern consumer trampolines. A supplier that answers a commercial court question with a consumer certification has answered a different question. Our standards page sets out how we map a project to a document, and the materials page covers what we can evidence at component level.

Where we do not have an answer We do not publish a net replacement interval that applies to every site, because UV exposure, jump hours and cleaning practice move it by a factor that no single number survives. We write the interval into the manual per project, and we tell buyers to log jump hours from day one so the second replacement is scheduled on their data rather than ours.

A last translation, for buyers who think in square feet. A 30,000 sq ft park (about 2,787 m²) with twenty courts carries roughly twenty times the joint count of a single backyard unit, and the record above says the joint is where the failure lives. The inspection budget should follow the joint count, not the floor area.

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If you are at the specification stage, the design-to-delivery process shows where the assembly checklist and the interface drawings enter the package, and the court components and the accessory range list what is supplied as a unit and what is supplied as an interface.

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FAQ

Has the CPSC ever recalled a commercial trampoline park court?

Not in the record counted here. A product-name search of the CPSC recall database returns fifteen trampoline actions between 1999 and 2026, all of them consumer products: backyard trampolines, mini-trampolines, toddler models and net enclosures. Commercial courts are assembled on site, specified per project and inspected under building and fire codes plus the commercial court standard, which is a different enforcement path. Absence from the database is not proof that courts never fail.

What fails most often in trampoline recalls?

The frame and the joints that assemble it. Eight of the fifteen actions name a frame member: three welds, three legs or rails that bend, move or collapse, and two folding frames. Four name the net system, two a handlebar, and one a strap on a bundled accessory. The jumping mat appears in none of the hazard sentences.

Are enclosure nets the main fall risk?

The netting fabric rarely is; the attachment often is. Two of the four net-related actions name the straps that carry the net rather than the mesh: JumpSport in 1999 at the bottom edge and Skywalker in 2009 at the top. A third and fourth, Sportspower’s 2012 action and its 2013 expansion, concern the netting weave itself. When you inspect a net, check the strap ends and the buckles before you check the mesh.

Which standard covers a commercial trampoline court?

In the United States, ASTM F2970 covers the design, operation and maintenance of commercial trampoline courts. Consumer trampolines, the products in the fifteen actions above, sit under a separate consumer specification. In Europe, EN ISO 23659 covers trampoline parks. The three documents address different products and different duties, and a certificate under one does not answer a question asked under another.

What should a supplier’s assembly documentation include?

A torque table for every fastener in the leg and rail assembly, a commissioning checklist the installers sign before handover, an interface drawing for each attraction joined to the court, and the maintenance intervals that follow from those joints. If a supplier supplies product drawings but no interface drawings, the document set is incomplete, because the interface is where eight of the fifteen actions in this record sit.

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Sources

1. U.S. Consumer Product Safety Commission, recall database, product-name query for trampoline, 16 records dated 17 November 1999 to 16 April 2026, accessed 1 November 2026. saferproducts.gov recall service
2. CPSC, “CPSC, JumpSport Recalls Trampoline Safety Net Enclosures”, recall 00026a, 17 November 1999. cpsc.gov
3. CPSC, “CPSC, Jumpking Inc. Announce Recall of Trampolines, Enclosures”, recall 05092, 25 January 2005. cpsc.gov
4. CPSC, “Trampolines Recalled by Sportspower Limited Due to Fall Hazard; Sold Exclusively at Walmart”, recall 12172, 9 May 2012. cpsc.gov
5. CPSC, “Super Jumper Recalls Trampolines Due to Fall and Injury Hazards”, recall 19179, 1 August 2019. cpsc.gov
6. CPSC, “Mini Round Toddler Trampolines Recalled Due to Strangulation Hazard”, recall 26414, 16 April 2026. cpsc.gov
7. CPSC, “BCI Burke Recalls Merge Playground Climbers Due to Entrapment Hazard”, recall 20044, 19 December 2019, from the playground product-name query of 22 records, 1983 to 2026. cpsc.gov
8. ASTM International, F2970-25, the standard practice covering the design, manufacture, installation, operation, maintenance and inspection of commercial trampoline courts. astm.org
9. International Organization for Standardization, ISO 23659:2022, Trampoline parks — Safety requirements. iso.org

All counts, shares, medians and unit totals in this article were calculated from the recall records listed above. Unit figures are as published in each announcement. Shares are calculated by dividing the units in a period by 2,339,200, the sum of the fifteen actions.

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Related reading: the anchor plate failure that started this line of inquiry, what supervision cannot fix, and the space a landing zone takes.

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