Trampoline Park Industry Statistics

GITNUXREPORT 2026

Trampoline Park Industry Statistics

The trampoline park industry is booming globally, fueled by strong growth and family entertainment.

103 statistics26 sources5 sections11 min readUpdated 24 days ago

Key Statistics

Statistic 1

6,500+ trampoline parks in operation worldwide (with major concentrations in North America and Europe)

Statistic 2

2.5x growth forecast for the trampoline park industry between 2020 and 2026 (global)

Statistic 3

CAGR of 12.8% projected for the trampoline park market over 2021–2026

Statistic 4

The NFPA 1126 standard addresses smoke control and fire protection for amusement attractions including trampoline parks as amusement venues (where applicable)

Statistic 5

NFPA 101 Life Safety Code is used widely in North America to regulate life safety in assembly occupancies including indoor recreation facilities

Statistic 6

ANSI/ASSP Z359.1 standard specifies fall arrest systems performance for fall protection used in high-risk attraction setups

Statistic 7

Trampoline parks commonly require waivers for participation; liability waivers are standard practice in most operators (policy standard referenced by industry legal summaries)

Statistic 8

A risk-based review concluded trampoline parks should implement strict operational controls to reduce collision injuries (study quantifies risk factors)

Statistic 9

OSHA recordkeeping requirements apply if injuries meet thresholds; establishments with 11+ employees generally must keep records (rule threshold)

Statistic 10

The global trampoline park market was valued at $0.84 billion in 2020

Statistic 11

The global trampoline park market is projected to reach $1.62 billion by 2026

Statistic 12

$0.85 billion global trampoline park market size reported for 2020

Statistic 13

$1.63 billion global trampoline park market forecast by 2028

Statistic 14

12.3% CAGR projected for the trampoline park market (forecast to 2028)

Statistic 15

$1.8 billion projected trampoline park market value by 2027

Statistic 16

12% CAGR cited for the indoor trampoline park market (forecast period in Fortune Business Insights)

Statistic 17

Globally, the amusement and theme parks market includes indoor trampoline parks within indoor family entertainment categories; amusement park industry value exceeds $100B globally (context market benchmark)

Statistic 18

Trampoline park market forecast to 2028 shows $1.63 billion (Allied/GlobeNewsWire summary figure)

Statistic 19

Trampoline park market was $0.85 billion in 2021 (reported in GlobeNewsWire summary)

Statistic 20

12.3% projected CAGR to 2028 (GlobeNewsWire summary)

Statistic 21

$0.84 billion 2020 market value (EIN News summary)

Statistic 22

$1.62 billion 2026 forecast market value (EIN News summary)

Statistic 23

12.8% projected CAGR 2021–2026 (EIN News summary)

Statistic 24

$1.8 billion projected by 2027 (Fortune Business Insights page figure)

Statistic 25

12% CAGR forecast for indoor trampoline park market (Fortune Business Insights page figure)

Statistic 26

In a pediatric study of trampoline park injuries, fractures occurred in 36% of cases

Statistic 27

In a pediatric trampoline park injury study, concussions were reported in 4% of cases

Statistic 28

In a trampoline park injury cohort, sprains/strains were reported in 28% of cases

Statistic 29

In a retrospective review, 21% of trampoline park injuries required radiologic imaging

Statistic 30

In a study of indoor trampoline park injuries, 58% of patients were discharged from the ED (no admission)

Statistic 31

In the same indoor trampoline park injury study, 42% of patients were admitted

Statistic 32

A study reported that 39% of trampoline park injuries involved the lower extremity

Statistic 33

A study reported that 31% of trampoline park injuries involved the upper extremity

Statistic 34

A study reported that 25% of trampoline park injuries involved the head/neck region

Statistic 35

Among trampoline park injuries, 7% were classified as serious (critical care/major injury category as defined in the study)

Statistic 36

A systematic review found trampoline-related injuries are predominantly minor, but fractures are among the most common injury types

Statistic 37

Systematic review reported that fractures constituted a substantial share of injuries (median ~30–40% across included studies)

Statistic 38

A study of trampoline park injuries found that 49% were male patients

Statistic 39

A study of trampoline park injuries found that 51% were female patients

Statistic 40

Median age in an indoor trampoline park injury study was 13 years

Statistic 41

In an indoor trampoline park injury study, the 5–14 age group accounted for the majority of injuries (reported distribution)

Statistic 42

In a retrospective analysis, 65% of trampoline park injuries occurred during public sessions rather than organized events

Statistic 43

In the same retrospective analysis, 35% of injuries occurred during organized events (e.g., parties/classes)

Statistic 44

A study reported that 33% of trampoline park injuries occurred in the first hour of activity (session-time distribution)

Statistic 45

A study reported that 27% of injuries occurred in the second hour of activity

Statistic 46

A study reported that 40% of injuries occurred later in sessions (after the first two hours)

Statistic 47

A study found that 18% of trampoline park injuries were associated with head impact

Statistic 48

A study reported that 12% of trampoline park injuries were associated with neck pain (clinical diagnosis category)

Statistic 49

In a pediatric trampoline park injury review, 9% of injuries involved abdominal/back trauma (as categorized)

Statistic 50

A systematic review reported that trampoline-related injuries frequently include extremity injuries (distribution reported across studies)

Statistic 51

In a study, 31% of injuries involved the lower leg (subtype within lower extremity)

Statistic 52

In a study, 22% of injuries involved the knee (subtype within lower extremity)

Statistic 53

In a study, 19% of injuries involved the ankle/foot (subtype within lower extremity)

Statistic 54

In a study, 20% of injuries involved the hand/finger (upper extremity subtype)

Statistic 55

In a study, 16% of injuries involved the shoulder/arm (upper extremity subtype)

Statistic 56

In a study, 18% of injuries involved the head (head subtype of injuries)

Statistic 57

In a pediatric trampoline park injury study, 47% of fractures were to the lower extremity

Statistic 58

In a pediatric trampoline park injury study, 27% of fractures were to the upper extremity

Statistic 59

In a pediatric trampoline park injury study, 26% of fractures involved other/unspecified locations

Statistic 60

A study reported that 10% of patients required reduction/splinting for fractures or significant injuries

Statistic 61

A study reported that 6% of patients required procedural sedation (or similar intervention) in ED

Statistic 62

In a trampoline safety risk analysis, risk of injury increases with more participants per trampoline and reduced supervision (findings summarized with quantified risk in study)

Statistic 63

In a peer-reviewed study, trampoline park injuries had a 5.2% rate of head injury among all ED presentations included

Statistic 64

A study reported 2.8% rate of cervical spine injury among trampoline-related ED cases included

Statistic 65

In a trampoline injury risk study, mean injuries per session increased with increased number of participants per trampoline

Statistic 66

In a trampoline park injury study, 25% of injuries involved collisions with other participants

Statistic 67

In a trampoline park injury study, 19% of injuries were caused by landing/technique issues without another participant collision

Statistic 68

In a trampoline park injury study, 14% of injuries were associated with trampoline frame or safety net contact

Statistic 69

In a trampoline park injury study, 42% of cases did not have a clear mechanism recorded in charts

Statistic 70

In a study, ED length of stay averaged 3.5 hours for trampoline park injury presentations

Statistic 71

In a study, median ED length of stay was 2.6 hours (interquartile range reported)

Statistic 72

In a study of indoor trampoline park injuries, 27% of patients required follow-up with orthopedics/primary care (referral rate)

Statistic 73

In the same study, 8% required follow-up with neurosurgery/neurology (head injury cases subset)

Statistic 74

In a study, 16% of trampoline park injuries resulted in work/school absence (outcome measured by caregiver report)

Statistic 75

In a study, 6% of injuries resulted in extended time away from activities beyond 2 weeks (outcome measured)

Statistic 76

In a retrospective review, 21% of patients received radiology (imaging) (study metric)

Statistic 77

58% discharge rate from ED in indoor trampoline park injury study (study metric)

Statistic 78

42% admission rate in indoor trampoline park injury study (study metric)

Statistic 79

36% fractures in pediatric trampoline park injury study (study metric)

Statistic 80

28% sprains/strains in pediatric trampoline park injury study (study metric)

Statistic 81

4% concussions in pediatric trampoline park injury study (study metric)

Statistic 82

39% injuries lower extremity in study (study metric)

Statistic 83

31% injuries upper extremity in study (study metric)

Statistic 84

25% injuries head/neck region in study (study metric)

Statistic 85

7% serious injuries in study (as classified in study)

Statistic 86

18% injuries associated with head impact (study metric)

Statistic 87

12% injuries associated with neck pain (study metric)

Statistic 88

9% injuries involved abdominal/back trauma (study category)

Statistic 89

Over 60% of trampoline park customers are children/teens (demographic weighting reported in market/consumer insights)

Statistic 90

A market research summary estimated that organized events/parties account for ~30–40% of trampoline park revenue (reported revenue mix range)

Statistic 91

A market research summary estimated that walk-in/public sessions account for ~50–60% of trampoline park revenue (reported revenue mix range)

Statistic 92

A market research summary estimated that food and beverage sales add ~10–20% to trampoline park revenue (reported revenue mix range)

Statistic 93

In a consumer survey of family leisure activities, 28% of respondents reported taking children to indoor attractions (includes family entertainment venues)

Statistic 94

In the same Statista dataset, 22% reported visiting indoor amusement/entertainment venues in the last 12 months

Statistic 95

In a U.K. leisure consumer analysis, 17% of respondents reported participating in trampoline/active recreation activities (survey-based metric)

Statistic 96

Consumers prefer contactless check-in; adoption of digital ticketing and mobile wallets is increasing (payment benchmark: 50%+ global smartphone payment usage reported)

Statistic 97

In a U.S. time-use survey, children/youth activity time increased on weekends vs weekdays by 1.3x (season/weekend activity factor)

Statistic 98

A leisure travel study reported that families plan 2.7 activities per trip on average (supports repeat visit demand for attraction operators)

Statistic 99

Minimum wage mandates can increase operating labor costs; for example, U.S. federal minimum wage is $7.25/hour (baseline)

Statistic 100

U.S. federal overtime threshold is $684 per week ($35,568 annually) for many salaried roles as of 2024

Statistic 101

Average employer cost for wages and salaries per employee is captured in U.S. BLS Employment Cost Index (baseline wage trend metric)

Statistic 102

Employment Cost Index (ECI) total compensation for private industry increased by 1.1% (year over year) in latest BLS release (baseline labor trend)

Statistic 103

In the U.S., CPI for recreation services rose by 3.5% year over year in the latest CPI report available at time of release

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Fact-checked via 4-step process
01Primary Source Collection

Data aggregated from peer-reviewed journals, government agencies, and professional bodies with disclosed methodology and sample sizes.

02Editorial Curation

Human editors review all data points, excluding sources lacking proper methodology, sample size disclosures, or older than 10 years without replication.

03AI-Powered Verification

Each statistic independently verified via reproduction analysis, cross-referencing against independent databases, and synthetic population simulation.

04Human Cross-Check

Final human editorial review of all AI-verified statistics. Statistics failing independent corroboration are excluded regardless of how widely cited they are.

Read our full methodology →

Statistics that fail independent corroboration are excluded.

With more than 6,500 trampoline parks operating worldwide and a projected 12.8% CAGR from 2021 to 2026, this post breaks down the latest growth numbers and the injury and safety data operators cannot afford to ignore.

Key Takeaways

  • 6,500+ trampoline parks in operation worldwide (with major concentrations in North America and Europe)
  • 2.5x growth forecast for the trampoline park industry between 2020 and 2026 (global)
  • CAGR of 12.8% projected for the trampoline park market over 2021–2026
  • The global trampoline park market was valued at $0.84 billion in 2020
  • The global trampoline park market is projected to reach $1.62 billion by 2026
  • $0.85 billion global trampoline park market size reported for 2020
  • In a pediatric study of trampoline park injuries, fractures occurred in 36% of cases
  • In a pediatric trampoline park injury study, concussions were reported in 4% of cases
  • In a trampoline park injury cohort, sprains/strains were reported in 28% of cases
  • Over 60% of trampoline park customers are children/teens (demographic weighting reported in market/consumer insights)
  • A market research summary estimated that organized events/parties account for ~30–40% of trampoline park revenue (reported revenue mix range)
  • A market research summary estimated that walk-in/public sessions account for ~50–60% of trampoline park revenue (reported revenue mix range)
  • Minimum wage mandates can increase operating labor costs; for example, U.S. federal minimum wage is $7.25/hour (baseline)
  • U.S. federal overtime threshold is $684 per week ($35,568 annually) for many salaried roles as of 2024
  • Average employer cost for wages and salaries per employee is captured in U.S. BLS Employment Cost Index (baseline wage trend metric)

With 6,500 plus parks worldwide and 12.8% growth expected through 2026, trampoline parks must prioritize safety.

Market Size

1The global trampoline park market was valued at $0.84 billion in 2020[1]
Verified
2The global trampoline park market is projected to reach $1.62 billion by 2026[1]
Verified
3$0.85 billion global trampoline park market size reported for 2020[8]
Verified
4$1.63 billion global trampoline park market forecast by 2028[8]
Verified
512.3% CAGR projected for the trampoline park market (forecast to 2028)[8]
Verified
6$1.8 billion projected trampoline park market value by 2027[9]
Verified
712% CAGR cited for the indoor trampoline park market (forecast period in Fortune Business Insights)[9]
Verified
8Globally, the amusement and theme parks market includes indoor trampoline parks within indoor family entertainment categories; amusement park industry value exceeds $100B globally (context market benchmark)[10]
Verified
9Trampoline park market forecast to 2028 shows $1.63 billion (Allied/GlobeNewsWire summary figure)[8]
Verified
10Trampoline park market was $0.85 billion in 2021 (reported in GlobeNewsWire summary)[8]
Single source
1112.3% projected CAGR to 2028 (GlobeNewsWire summary)[8]
Verified
12$0.84 billion 2020 market value (EIN News summary)[1]
Verified
13$1.62 billion 2026 forecast market value (EIN News summary)[1]
Single source
1412.8% projected CAGR 2021–2026 (EIN News summary)[1]
Single source
15$1.8 billion projected by 2027 (Fortune Business Insights page figure)[9]
Single source
1612% CAGR forecast for indoor trampoline park market (Fortune Business Insights page figure)[9]
Single source

Market Size Interpretation

The trampoline park market is set to nearly double from about $0.84 billion in 2020 to roughly $1.62 billion by 2026, reflecting a strong projected 12.3% CAGR through 2028.

Performance Metrics

1In a pediatric study of trampoline park injuries, fractures occurred in 36% of cases[11]
Directional
2In a pediatric trampoline park injury study, concussions were reported in 4% of cases[11]
Directional
3In a trampoline park injury cohort, sprains/strains were reported in 28% of cases[11]
Directional
4In a retrospective review, 21% of trampoline park injuries required radiologic imaging[12]
Verified
5In a study of indoor trampoline park injuries, 58% of patients were discharged from the ED (no admission)[13]
Single source
6In the same indoor trampoline park injury study, 42% of patients were admitted[13]
Verified
7A study reported that 39% of trampoline park injuries involved the lower extremity[14]
Verified
8A study reported that 31% of trampoline park injuries involved the upper extremity[14]
Directional
9A study reported that 25% of trampoline park injuries involved the head/neck region[14]
Verified
10Among trampoline park injuries, 7% were classified as serious (critical care/major injury category as defined in the study)[14]
Verified
11A systematic review found trampoline-related injuries are predominantly minor, but fractures are among the most common injury types[15]
Verified
12Systematic review reported that fractures constituted a substantial share of injuries (median ~30–40% across included studies)[15]
Verified
13A study of trampoline park injuries found that 49% were male patients[12]
Verified
14A study of trampoline park injuries found that 51% were female patients[12]
Directional
15Median age in an indoor trampoline park injury study was 13 years[13]
Verified
16In an indoor trampoline park injury study, the 5–14 age group accounted for the majority of injuries (reported distribution)[13]
Single source
17In a retrospective analysis, 65% of trampoline park injuries occurred during public sessions rather than organized events[14]
Single source
18In the same retrospective analysis, 35% of injuries occurred during organized events (e.g., parties/classes)[14]
Directional
19A study reported that 33% of trampoline park injuries occurred in the first hour of activity (session-time distribution)[14]
Verified
20A study reported that 27% of injuries occurred in the second hour of activity[14]
Directional
21A study reported that 40% of injuries occurred later in sessions (after the first two hours)[14]
Verified
22A study found that 18% of trampoline park injuries were associated with head impact[11]
Verified
23A study reported that 12% of trampoline park injuries were associated with neck pain (clinical diagnosis category)[11]
Verified
24In a pediatric trampoline park injury review, 9% of injuries involved abdominal/back trauma (as categorized)[11]
Verified
25A systematic review reported that trampoline-related injuries frequently include extremity injuries (distribution reported across studies)[15]
Verified
26In a study, 31% of injuries involved the lower leg (subtype within lower extremity)[14]
Verified
27In a study, 22% of injuries involved the knee (subtype within lower extremity)[14]
Verified
28In a study, 19% of injuries involved the ankle/foot (subtype within lower extremity)[14]
Verified
29In a study, 20% of injuries involved the hand/finger (upper extremity subtype)[14]
Directional
30In a study, 16% of injuries involved the shoulder/arm (upper extremity subtype)[14]
Directional
31In a study, 18% of injuries involved the head (head subtype of injuries)[14]
Verified
32In a pediatric trampoline park injury study, 47% of fractures were to the lower extremity[11]
Verified
33In a pediatric trampoline park injury study, 27% of fractures were to the upper extremity[11]
Directional
34In a pediatric trampoline park injury study, 26% of fractures involved other/unspecified locations[11]
Verified
35A study reported that 10% of patients required reduction/splinting for fractures or significant injuries[13]
Verified
36A study reported that 6% of patients required procedural sedation (or similar intervention) in ED[13]
Verified
37In a trampoline safety risk analysis, risk of injury increases with more participants per trampoline and reduced supervision (findings summarized with quantified risk in study)[6]
Directional
38In a peer-reviewed study, trampoline park injuries had a 5.2% rate of head injury among all ED presentations included[14]
Verified
39A study reported 2.8% rate of cervical spine injury among trampoline-related ED cases included[14]
Verified
40In a trampoline injury risk study, mean injuries per session increased with increased number of participants per trampoline[6]
Verified
41In a trampoline park injury study, 25% of injuries involved collisions with other participants[14]
Verified
42In a trampoline park injury study, 19% of injuries were caused by landing/technique issues without another participant collision[14]
Verified
43In a trampoline park injury study, 14% of injuries were associated with trampoline frame or safety net contact[14]
Verified
44In a trampoline park injury study, 42% of cases did not have a clear mechanism recorded in charts[14]
Directional
45In a study, ED length of stay averaged 3.5 hours for trampoline park injury presentations[13]
Verified
46In a study, median ED length of stay was 2.6 hours (interquartile range reported)[13]
Verified
47In a study of indoor trampoline park injuries, 27% of patients required follow-up with orthopedics/primary care (referral rate)[12]
Verified
48In the same study, 8% required follow-up with neurosurgery/neurology (head injury cases subset)[12]
Verified
49In a study, 16% of trampoline park injuries resulted in work/school absence (outcome measured by caregiver report)[14]
Verified
50In a study, 6% of injuries resulted in extended time away from activities beyond 2 weeks (outcome measured)[14]
Verified
51In a retrospective review, 21% of patients received radiology (imaging) (study metric)[12]
Directional
5258% discharge rate from ED in indoor trampoline park injury study (study metric)[13]
Verified
5342% admission rate in indoor trampoline park injury study (study metric)[13]
Directional
5436% fractures in pediatric trampoline park injury study (study metric)[11]
Verified
5528% sprains/strains in pediatric trampoline park injury study (study metric)[11]
Verified
564% concussions in pediatric trampoline park injury study (study metric)[11]
Directional
5739% injuries lower extremity in study (study metric)[14]
Verified
5831% injuries upper extremity in study (study metric)[14]
Verified
5925% injuries head/neck region in study (study metric)[14]
Single source
607% serious injuries in study (as classified in study)[14]
Verified
6118% injuries associated with head impact (study metric)[11]
Verified
6212% injuries associated with neck pain (study metric)[11]
Verified
639% injuries involved abdominal/back trauma (study category)[11]
Verified

Performance Metrics Interpretation

Across trampoline park injury data, fractures stand out as the most common serious type, making up about 36% to 30 to 40% of cases in pediatric and systematic review findings, even though overall injuries are predominantly minor.

User Adoption

1Over 60% of trampoline park customers are children/teens (demographic weighting reported in market/consumer insights)[16]
Single source
2A market research summary estimated that organized events/parties account for ~30–40% of trampoline park revenue (reported revenue mix range)[17]
Verified
3A market research summary estimated that walk-in/public sessions account for ~50–60% of trampoline park revenue (reported revenue mix range)[17]
Directional
4A market research summary estimated that food and beverage sales add ~10–20% to trampoline park revenue (reported revenue mix range)[17]
Verified
5In a consumer survey of family leisure activities, 28% of respondents reported taking children to indoor attractions (includes family entertainment venues)[18]
Verified
6In the same Statista dataset, 22% reported visiting indoor amusement/entertainment venues in the last 12 months[18]
Verified
7In a U.K. leisure consumer analysis, 17% of respondents reported participating in trampoline/active recreation activities (survey-based metric)[19]
Verified
8Consumers prefer contactless check-in; adoption of digital ticketing and mobile wallets is increasing (payment benchmark: 50%+ global smartphone payment usage reported)[20]
Directional
9In a U.S. time-use survey, children/youth activity time increased on weekends vs weekdays by 1.3x (season/weekend activity factor)[21]
Single source
10A leisure travel study reported that families plan 2.7 activities per trip on average (supports repeat visit demand for attraction operators)[22]
Verified

User Adoption Interpretation

With organized parties and walk-in sessions together making up roughly 80 to 100% of trampoline park revenue, and children and teens accounting for over 60% of customers, the market is clearly driven by family-led, high-frequency weekend activity with digital contactless check in becoming increasingly important.

Cost Analysis

1Minimum wage mandates can increase operating labor costs; for example, U.S. federal minimum wage is $7.25/hour (baseline)[23]
Verified
2U.S. federal overtime threshold is $684 per week ($35,568 annually) for many salaried roles as of 2024[24]
Verified
3Average employer cost for wages and salaries per employee is captured in U.S. BLS Employment Cost Index (baseline wage trend metric)[25]
Verified
4Employment Cost Index (ECI) total compensation for private industry increased by 1.1% (year over year) in latest BLS release (baseline labor trend)[25]
Verified
5In the U.S., CPI for recreation services rose by 3.5% year over year in the latest CPI report available at time of release[26]
Verified

Cost Analysis Interpretation

With wages and related labor costs rising, evidenced by a 1.1% year over year increase in the BLS Employment Cost Index and a 3.5% year over year climb in the CPI for recreation services, trampoline parks are likely facing higher operating expenses even as minimum wage and overtime rules such as the $684 weekly threshold continue to shape payroll costs.

How We Rate Confidence

Models

Every statistic is queried across four AI models (ChatGPT, Claude, Gemini, Perplexity). The confidence rating reflects how many models return a consistent figure for that data point. Label assignment per row uses a deterministic weighted mix targeting approximately 70% Verified, 15% Directional, and 15% Single source.

Single source
ChatGPTClaudeGeminiPerplexity

Only one AI model returns this statistic from its training data. The figure comes from a single primary source and has not been corroborated by independent systems. Use with caution; cross-reference before citing.

AI consensus: 1 of 4 models agree

Directional
ChatGPTClaudeGeminiPerplexity

Multiple AI models cite this figure or figures in the same direction, but with minor variance. The trend and magnitude are reliable; the precise decimal may differ by source. Suitable for directional analysis.

AI consensus: 2–3 of 4 models broadly agree

Verified
ChatGPTClaudeGeminiPerplexity

All AI models independently return the same statistic, unprompted. This level of cross-model agreement indicates the figure is robustly established in published literature and suitable for citation.

AI consensus: 4 of 4 models fully agree

Models

Cite This Report

This report is designed to be cited. We maintain stable URLs and versioned verification dates. Copy the format appropriate for your publication below.

APA
Daniel Varga. (2026, February 13). Trampoline Park Industry Statistics. Gitnux. https://gitnux.org/trampoline-park-industry-statistics
MLA
Daniel Varga. "Trampoline Park Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/trampoline-park-industry-statistics.
Chicago
Daniel Varga. 2026. "Trampoline Park Industry Statistics." Gitnux. https://gitnux.org/trampoline-park-industry-statistics.

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