22,000 Sq Ft Trampoline Park: A Full Equipment Layout Breakdown

22,000 square feet. 40-plus trampolines. Two brand-new mega slides. A giant airbag.

And four of the eight named attractions are digital.

On 19 October 2026, UK operator Oxygen Activeplay opened its 19th indoor activity park at Crawley Leisure Park, West Sussex — 22,000 sq ft, roughly 2,044 m². What makes this opening worth studying isn’t the size. Plenty of parks are that big.

It’s that the equipment list was published in enough detail to be reconstructed: over 40 trampolines, a giant airbag, an interactive sports pitch, a Strike Zone, an I-Wall, a Pixel Floor, two large slides, and a dedicated toddler soft play area.

That’s unusual. Most operators announce square footage and a render. This one gave us a parts list.

One caveat before we go further: Oxygen has not published its floor plan, and we’re not going to pretend otherwise. What follows is a breakdown of what they installed and why each piece exists — not a claim about where each item sits. Where we’re inferring, we say so.

This article answers one question: if you have around 2,000 m² and a fixed budget, in what order should the money be spent?

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1. The Layout at a Glance

Start with the table. Arguments can come later.

The percentages below are derived from the published equipment list, not released by the operator. Treat them as a reference model, then recalculate against your own ceiling height, column grid, and egress requirements.

How to read this table: look at the bottom row first, not the biggest number.

The most common mistake we see in new builds is spending 85%+ of the budget on attractions and leaving roughly 10% for everything else. The result is predictable: the equipment is full, but there’s nowhere for a parent to sit, no room to run a café, and not enough lockers.

A parent standing in a corridor for two hours does not come back a second time.

That 23% isn’t overhead. It’s the cost of keeping people in the building long enough to spend again. It decides whether you can sell “one child, two adults, and a meal” — and that maths matters far more than adding ten more trampoline beds.

Where this model came from: we’ve delivered more than 400 trampoline park installations for investors across 50+ countries, from compact storefront halls to large multi-attraction centres. The table above applies to the 1,500–2,500 m² band. Below that, support space compresses hard and the ratios shift — a 300 m² hall cannot afford 23% of its floor on seating and lockers.

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2. Eight Things Inside, and the Problem Each One Solves

Read this section as a series of answers to “why would I buy this?” — not as a product catalogue. If you’ve already built a park, skip to items 3, 5 and 6. Those are the three most consistently undervalued items on the list.

2.1 Forty-plus trampolines: the number isn’t the point, the arrangement is

What it is Not 40 standalone trampolines, but a connected court — typically a main field plus dunk zones, dodgeball, and performance beds.

What it decides Throughput. Forty beds sets the ceiling on how many jumpers you can hold at once, and therefore whether you can run age-segmented sessions at all — toddler hour in the morning, teens in the afternoon, adults-only at night.

Here’s the part operators miss: whether you can segment sessions depends on physical separation, not bed count. If the court is one open field, you can’t run a toddlers-only hour without it becoming chaotic. Layout determines your programming calendar.

What to verify Court design, spring shielding, frame padding, and net anchoring all sit under ASTM F2970 for commercial trampoline courts. In a mall retrofit, connected courts also drive egress width — this is where Chinese and Southeast Asian projects most often stall at fire review.

See our trampoline park equipment range for court configurations.

2.2 The giant airbag: high thrill, low skill barrier

What it is An inflatable landing zone replacing the traditional foam pit. You jump, you bounce, you climb out.

What it decides Teen repeat visits. The psychological barrier is lower than a jump platform — no technique required, you just fall — but the physical sensation is stronger than foam. That combination sits precisely between “I’ll try it” and “I want to do that again.”

What to verify Two operational requirements, both of which cause problems about three months after opening if skipped. First, pressure monitoring with automatic top-up and an alarm — not a visual check. Second, dedicated staffing. An airbag zone cannot share a court monitor with the trampoline field; the failure modes are completely different.

2.3 The interactive sports pitch: turning movement into a score

What it is Floor projection plus motion sensing that converts open floor into a scored, competitive game — shot speed, reaction tests, multi-player matches.

What it decides Whether a visit ends or repeats. The structural weakness of traditional soft play is that there’s no score, no comparison, and therefore no reason to come back. An interactive pitch gives every session a number. The number becomes the hook.

What to verify Two things. Projector brightness — can it hold up with the lights on during a birthday party, or does the room need to be dimmed? And the sensing layer — is the floor surface replaceable on its own? Floor film is a consumable, and the five-year cost needs to be in the quote, not discovered later.

2.4 Strike Zone: the highest-turnaround item in the building

What it is A single-player hitting and speed-measurement unit, 30 to 60 seconds per round, with a leaderboard.

What it decides Entry-flow conversion. Short rounds, no skill barrier, a visible score, and — critically — a queue that can watch other people play. It holds arriving traffic for three minutes, which buys you the time to sell the rest of the park.

What to verify Wear concentrates on the strike surface and the sensor. Ask for consumable unit pricing and replacement intervals up front. Many quotes exclude this; over five years it’s a real line item.

2.5 The I-Wall: when a wall stops being decoration

What it is A full wall of interactive projection or LED, cycling through ball games, whack-a-mole variants, climbing scores, and seasonal content.

What it decides The cheapest square-metre upgrade available. You were going to build a wall anyway. The price gap between a decorated wall and an interactive wall is far smaller than buying a separate attraction — and the content is swappable, so a theme change is a software change.

What to verify Interactive walls don’t need tall ceilings, but they do need structural capacity for projector rigs and LED housings. Older buildings need a load check before design. Also confirm the content update path: remote by the supplier, or locally uploadable? The second option is what determines whether you can still refresh the theme in year three.

2.6 Pixel Floor: making the floor programmable

What it is LED or projected interactive flooring for stomp games, motion trails, and multi-player competition.

What it decides The same logic as the I-Wall in a different plane — and its real value isn’t “technology”, it’s that a theme change doesn’t require a hardware change. Spring festival set, summer set, Halloween set. One floor, continuous new content.

What to verify The interactive surface is a consumable. It takes shoe treads, grit, and spills. Ask whether the top layer can be replaced independently, whether replacement requires dismantling the whole floor, and the per-square-metre cost of doing it. This question is easy to ask now and expensive to skip.

2.7 Two mega slides: the memory point and the price justification

What it is Tall, long, visually dominant slides — usually the focal point of the entire venue.

What it decides The parent’s first-glance judgement of whether the ticket is worth it, and most of your short-form video material. Its job is marketing more than depth of experience.

What to verify Ceiling height is a hard gate. UK leisure park units commonly run 8–12 m clear. Mall retrofits in Asia frequently land at 5–6 m, basement level lower still. The same drawing set, relocated, loses half its slide height and the design has to be redone.

Lock the ceiling height at site-selection stage. Not at design stage. The cost difference between “we saw the height and designed to it” and “we designed and then went looking for a site” is an order of magnitude.

2.8 Toddler soft play: the zone that sets your average ticket

What it is Soft climbing, ball pit, slides, and sensory equipment for ages 1–4, with seating positioned for supervising adults.

What it decides Who actually pays. Whether a family with two children under six comes at all depends on whether the younger one has somewhere safe to play and whether the parent can sit down while watching. Get this right and your average transaction value steps up; get it wrong and you cap yourself at single-child walk-ins.

What to verify This is the most heavily regulated zone in the building. Gap dimensions, guardrail heights, exit counts, and material limits all apply — and they differ by market. See material & quality standards for what we specify, and browse indoor playground equipment for configurations.

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3. Three Categories That Stopped Being Optional in 2026

If you read the eight items above as a shopping list, you’ve missed the story.

Zoom out and the 2026 shift is this: the equipment race moved from “whose slide is taller” to “who can keep a screen producing new content”.

That’s not a conclusion from one park. Three independent data points point the same way.

Signal 1 — Same month, different country, different size, same electronics.

On 18 October 2026 — one day before Oxygen Crawley — Dutch leisure group 24 Indoor opened a Monkey Town venue in Kirkby, near Liverpool: 16,000 sq ft, about 1,486 m², nearly 30% smaller than the Crawley site. Its fit-out includes an interactive sports pitch, a pixel gaming floor, and a multi-level laser arena.

Two operators, two countries, two size bands, and the same three electronic categories. That rules out “one owner’s personal preference” as an explanation.

Signal 2 — The category leader is selling “upgradeability” as a franchise feature.

Slick City, the indoor dry-slide park brand, opened its 50th location in Milford, Massachusetts on 15 October 2026. The numbers are hard: first park in 2022, 50 by 2026, 25 of those opened in 2026 alone; 173 locations signed or open globally as of September 2026; more than 6 million guest visits, 45% of them in the previous 12 months.

But the number worth copying isn’t the store count. It’s the structure behind it. Slick City owns a manufacturing and R&D arm, Slick Slide, holding 21 slide designs — and its official wording is that modular construction lets new designs be installed into existing parks.

Read that again as an operator. The brand is not selling slides. It’s selling the promise that a franchisee’s park won’t be obsolete in three years. Upgradeability has become a sales argument rather than an after-sales cost.

Signal 3 — New entrants are competing on measurement, not square footage.

Xventure, spun out of Singapore’s Kiztopia, opens its first Malaysian park in Penang on 29 October 2026: 1,800 m², eleven adventure zones, RM8 million invested. Its headline attraction is an 8-metre Challenger Arena whose selling point is an interactive digital tagging system with a real-time leaderboard — turning physical performance into rankable, comparable data.

Three routes — UK interactive walls, US modular slides, Malaysian leaderboards — landing in the same place: converting one-off physical experiences into content that can be renewed.

Which leads to a conclusion we’d put in a procurement contract if we could:

If a piece of equipment can’t refresh its content in three years, it isn’t an asset. It’s depreciation.

The practical consequence: stop evaluating quotes on “what does this cost”. Evaluate on “what does it cost to refresh in year three”. The first is a one-time number. The second decides whether the investment survives five years.

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4. The Economics: Where the Difference Actually Shows Up

This section is where most articles invent a revenue figure and lose your trust. We’re not going to do that — published per-square-metre revenue data in this industry is mostly untraceable, and a confident “£38,000 a month” would be worth less than the honesty it costs.

So here are the formulas. Put your own numbers in.

What the cost side looks like — equipment, fit-out, site works, pre-opening — is broken down by venue size in our 2026 trampoline park investment cost breakdown.

Monthly revenue ≈ daily visits × average ticket × 30
Daily visits ≈ (playable area ÷ area per visitor) × session turns × occupancy

Of those three variables, area per visitor is set by design. Session turns are set by circulation. Occupancy is set by programming. Only the first is something an equipment layout can lock in for you — the other two are decided by the plan.

Within that frame, three configuration differences matter more than the rest.

4.1 Dwell time is designable — and it’s the only lever that lifts both ticket value and frequency

Time spent in the building determines how many chances you get at F&B and secondary spend. A parent who planned 90 minutes and stays 120 buys a coffee they didn’t plan to buy.

Design decisions move this number more than marketing does: where seating faces, how far the exit is from the last attraction, whether the café sits on the natural route out or off to one side. Get the circulation wrong and no amount of programming recovers it.

4.2 The toddler zone sets your ticket; the teen zone sets your frequency

These get conflated constantly, and they’re not the same metric.

The toddler zone lifts transaction value: a family with two young children buys two admissions, adult F&B, and eventually a birthday booking. The teen zone lifts visit frequency: they come without parents, they come often, and they are brutally price-sensitive and novelty-sensitive.

If the budget forces a choice, protect the toddler zone first. It serves the person holding the card. Teen traffic can be recovered with programming and events; a toddler zone that’s wrong on day one never gets a second visit.

4.3 The revenue contribution of high-thrill zones is systematically overstated

This one has data behind it, and it’s the only injury dataset in this industry that can carry an argument.

A study by Warwick J. Teague and colleagues at the Royal Children’s Hospital Melbourne, published in Pediatrics, measured injury rates across 18 trampoline parks in Australia and the Middle East (2017–2019) using exposure-adjusted incidence — the first study to do so.

The high-performance area runs at roughly 1.85× the park-wide rate. Inflatable bag and foam pit zones run at 1.68×.

Both halves of that finding matter. On one side: within parks that comply with safety standards, exposure-adjusted injury is uncommon, and rates were falling — which contradicts the “trampoline parks are dangerous” narrative that dominates consumer media. On the other: the risk isn’t trampolines. It’s the combination of height, flips, and foam.

So whether to build a high-thrill zone is not a question about how fun it is. It’s two questions: can your insurance cover it, and can your floor supervision actually enforce the rules? It doesn’t generate proportionally more revenue. It generates proportionally more risk exposure and higher premiums. That bill doesn’t disappear if you skip the calculation at design stage — it just arrives later, in a different form.

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5. What Changes When You Build Outside the UK

The most damaging way to use a case study like this is to copy the drawing.

Four things change.

5.1 Compliance: the standard set is different, and it isn’t interchangeable

Crawley was built to UK/EN requirements. If your project is in the US, the relevant framework is different again: ASTM F2970 for commercial trampoline courts (design, manufacture, installation, operation, maintenance, inspection), ASTM F1918 for soft contained play equipment, and CPSC guidance for public play hazards. In Europe and most export markets, EN 1176 governs playground equipment and EN 1177 governs impact-attenuating surfacing; EN ISO 23659 covers trampoline park safety.

Two practical warnings.

First, these frameworks are not translations of each other. Gap dimensions, guardrail heights, and fall-height calculations differ in both value and method. A design built to one and installed under another will fail inspection — not because it’s unsafe, but because it doesn’t match the local document.

Second, a certificate is not an approval. ISO 9001 certifies a quality management system, not a piece of equipment. ASTM compliance describes a court build, not the rest of your venue — parkour, climbing, F&B, and egress each carry their own requirements. When a supplier sends a certificate, check the issuing body, the scope, the tested model, and whether the manufacturer named on it is the entity you’re contracting with.

Our own certificates — listed by market, with the issuing body and the scope each one covers — are set out in the full certification set we hold.

If your project is in mainland China, a separate national framework applies: GB 34272-2025 became a mandatory standard on 1 May 2026, alongside GB/T 47728-2026 for indoor play venue construction and maintenance, effective 1 September 2026.

5.2 Ceiling height: 8 metres in the UK, often 5 in a mall retrofit

Covered above, but it belongs on this list because it’s the single most expensive thing to discover late.

Clear height determines slide height, climbing levels, and whether a high-platform zone is possible at all. It also determines whether your airbag has room to work. A 22,000 sq ft unit in a UK leisure park and a 2,000 m² unit on a mall’s third floor are not the same project, even at identical floor area.

5.3 Fire and egress: recalculate, don’t translate

Flame spread ratings for soft materials, egress width, and exit counts must be calculated against local code. Indoor play is an assembly occupancy in most jurisdictions, and the requirements are stricter than a retail fit-out. Foam and soft-padding fire test reports usually need to come from a locally recognised lab — an EN report often won’t satisfy a local authority in Asia or the Middle East.

5.4 Put “what can we change in year three” into the contract

Almost nobody asks for this. It’s the clause that decides whether the park is still competitive in year five.

Borrow Slick City’s logic and specify three things in the purchase agreement:

1. Which structural components are standardised and can be replaced individually.
2. How content layers (projection content, lighting, sound, game software) get updated, and at what cost.
3. Whether new attractions can be added to the existing frame without dismantling it.

Skip these and a theme refresh in year three can cost close to a rebuild.

More detail on how we structure this in our process and service & after-sales.

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6. The Detail Everyone Skips: Kids as Inspectors

Back to something we deliberately didn’t lead with.

Before opening, Oxygen ran four local children through the Crawley site as a formal inspection panel — their “C-Suite”. CEO Stephen Wilson mentioned it in the opening statement and quoted the panel’s verdict: the park was “extraordinary”.

Most operators read that as a PR stunt and move on. It’s actually a design-validation method you can copy for almost nothing.

Three steps.

Step one — circulation test. Let children of the target age walk the space with no guidance. Watch three things: where they stop, where they turn back, and where they run straight past. Children won’t adjust their behaviour to flatter your drawing. Their bodies are the most honest circulation report you’ll get. Adults cannot see what children see, because adults navigate by signage and children navigate by what looks interesting.

Step two — reach test. Can a child reach the first step and the first handhold without help? Run this after installation and before opening. A 300 mm difference on a drawing is the difference between “I’ll climb that” and “I can’t” in a real body.

Step three — fear test. Note which attraction a child stands in front of and refuses to enter. That attraction needs either wayfinding and a staffed position, or a design change. Do not try to solve a design problem with operational scripting. You’ll find out in month one that the script doesn’t work and only discounting does.

Do all three and you end up with something no third-party inspection body will give you: behavioural data from actual users, before you’ve committed to a five-year lease.

Every equipment specification, in the end, gets tested by a person about 1.2 metres tall. It’s the one test in this industry that can’t be outsourced.

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7. Summary

Three sentences.

One: 22,000 sq ft is not a standard answer. It’s simply the most complete public configuration currently available. Your ceiling height, column grid, lease structure and catchment are different, and copying it directly will cause problems.

Two: what’s reusable isn’t the equipment list, it’s the ordering. Protect the toddler zone and the high-turnaround single-player items first — they set ticket value and throughput. Then use the digital layer to extend dwell time — that’s what buys repeat visits. High-thrill zones come last, because they buy risk as well as thrill. Reverse that order and the budget is wasted.

Three: the first gate isn’t budget. It’s ceiling height and the local compliance framework. One decides what you can build. The other decides whether you can open.

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8. Three Things You Can Do Today

1. Send us two numbers.

Your floor area and your clear ceiling height. That’s it. We’ll come back with a reference zone split for that area — the honest caveat being that a 5 m ceiling and a 9 m ceiling produce genuinely different plans, and that judgement doesn’t require a drawing. Send them here →

2. Ask to see a park your size before you commission a design.

We’ve delivered more than 400 trampoline park installations across 50+ countries, from compact storefront halls to large multi-attraction centres. Tell us your floor area and we’ll share reference layouts from parks in your size band — the zone splits we actually built, not renders. Request reference projects →

3. Let your drawing go through compliance first.

If you already have a floor plan, send it over. We’ll run a pre-check against the applicable framework for your market — gap dimensions, guardrail heights, exit counts, fall-height surfacing — and give you a written conclusion within two working days.

If a project can’t be done, we’ll say so. That matters more than it sounds. A supplier who tells you at design stage that a zone won’t pass is worth considerably more than one who agrees to everything and lets you find out during inspection.

Get a free design and quote →

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FAQ

What equipment does a 2,000 m² trampoline park need?

Four layers, by user group: toddler (soft climbing, ball pit, sensory equipment, parent seating), school-age (trampolines, slides, climbing challenges), teen (interactive sports pitch, ninja course, laser arena), and accompanying adults (café, seating, lockers). A reference area split is roughly 30% trampoline, 15% interactive digital, 12% toddler soft play, 10% slides, 10% high-thrill, 23% support. Adjust for ceiling height and column spacing — the split is a starting point, not a specification.

What ceiling height does a trampoline park need?

Soft play alone can work from about 4.5 m clear. Adding large slides and multi-level climbing structures generally needs 6 m or more. High-platform zones and 8-metre climbing or challenge towers need 8 m or more. Because height constrains slide height, climbing levels and high-thrill zones simultaneously, confirm it at site selection — not at design stage.

Which safety standards apply to trampoline park equipment?

It depends on the market. In the US: ASTM F2970 for commercial trampoline courts, ASTM F1918 for soft contained play equipment, plus CPSC guidance. In Europe and most export markets: EN 1176 for playground equipment, EN 1177 for impact-attenuating surfacing, EN ISO 23659 for trampoline parks. In mainland China: GB 34272-2025, mandatory since 1 May 2026. These frameworks are not interchangeable — a design built to one will typically fail inspection under another, and certificates should always be checked for issuing body, scope and tested model.

How deep should a trampoline park foam pit be?

There is no single universal number, and any supplier who quotes one without asking your platform heights is guessing. Depth has to be derived from maximum fall height, foam density, and your replacement cycle, then verified against the applicable impact-attenuation standard for your market. In practice many projects land around 1.2 m or deeper, but treat that as a starting reference, not a compliance value. What inspection actually focuses on: fully padded pit walls, documented foam density, a replacement log, and edge protection. The Pediatrics study above found inflatable bag and foam pit zones running at 1.68× the park-wide injury rate, so depth, foam condition and edge padding belong on a daily checklist — not only on the pre-opening sign-off.

How is trampoline park equipment cost estimated?

Not by cost per square metre — the error margin is too wide to be useful. Build it in four blocks: equipment (itemised by zone), freight and installation (routinely omitted on cross-border projects), site works (fire, flooring, MEP, fit-out), and pre-opening costs (licensing, staffing, initial consumables). The block most often underestimated is site works; in mall retrofits it frequently exceeds 30% of the equipment value.

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Sources

1. Amusements & Attractions (InterGame), “Oxygen Activeplay opens latest indoor activity park”, 19 October 2026 — amusementsandattractions.com
2. Liverpool Echo, “Huge play centre confirmed for Liverpool’s waterfront” (Monkey Town Kirkby, opened 18 October 2026), October 2026 — liverpoolecho.co.uk
3. Franchising.com, “Slick City Action Park Opens 50th Park as Expansion Accelerates Across the U.S. and Europe”, 15 October 2026 — franchising.com
4. Business News Malaysia, “Xventure’s RM8 Million Adventure Park Lands in Penang on 29 October”, 15 October 2026 — businessnews.com.my
5. Teague WJ, Dipnall JF, Palmer CS, Beck B. “Trampoline Park Injury Trends.” Pediatrics. 2024;153(1):e2023061659. doi:10.1542/peds.2023-061659 — publications.aap.org
6. ASTM International, F2970 (trampoline courts); F1918 (soft contained play equipment); EN 1176 / EN 1177; EN ISO 23659 — check current editions directly with the issuing body.
7. GB 34272-2025 Safety specification for small amusement facilities (mandatory, effective 1 May 2026); GB/T 47728-2026 Amusement park — Specification for construction and maintenance of indoor amusement venues (effective 1 September 2026).