Contents
- Water recreation safety incidents statistics: U.S. recreational boating totals
- Fatalities, drowning, and vessel types
- Contributing factors and first events
- Waterbody, water conditions, and wind
- Seasonal and time-of-day patterns
- Windsurfing injury rates in participant studies
- North Sea windsurfing and kitesurfing findings
- Sources
Water recreation safety incidents statistics: U.S. recreational boating totals
The strongest national figures available for water recreation safety incidents concern recreational boating. The U.S. Coast Guard verified 3,887 recreational boating incidents in calendar year 2024, involving 556 deaths, 2,170 injuries, and approximately $88 million in property damage. These are reported boating incidents; they do not count every injury or near miss across swimming, beach recreation, surfing, or other water activities.
The annual incident count had fallen from 4,439 in 2021 to 4,040 in 2022 and 3,844 in 2023, before rising slightly to 3,887 in 2024. Deaths declined over those years, from 658 in 2021 to 636 in 2022, 564 in 2023, and 556 in 2024. Injuries went from 2,641 in 2021 to 2,222 in 2022 and 2,126 in 2023, then edged up to 2,170 in 2024. These changes describe reported counts, not an individual boater’s risk: the figures shown here do not adjust for how many people went boating or how many hours they spent on the water.
A rate provides a different comparison. The Coast Guard reported 4.8 deaths per 100,000 registered recreational vessels in 2024, compared with 6.5 in 2020. This denominator is registered vessels, not trips, participants, or hours of exposure, so it should be read as a fleet-based national rate.
Source: U.S. Coast Guard, 2024 Recreational Boating Statistics, Executive Summary, p. 6; Tables 29 and 31, pp. 57 and 62.
Fatalities, drowning, and vessel types
Drowning accounted for a large share of reported boating deaths. The report says 76% of fatal-incident victims drowned when cause of death was known. Its table gives the full-year count as 365 drownings among 556 deaths, or a printed 66% of all deaths. Those percentages use different denominators: the 76% figure excludes cases where cause of death was unknown, while the table’s 66% compares drownings with all reported deaths.
Personal flotation device (PFD) status was also incomplete. Among fatal boating-incident victims whose PFD use was known, 87% were not wearing one. This is a share of cases with known status, not a count of all victims or an estimate of risk among boaters generally. For drowned boaters whose vessel length was known, four in five were aboard vessels shorter than 21 feet.
The Coast Guard table shows how drowning shares differed by vessel type. In 2024, kayak incidents involved 89 deaths, including 77 drownings (87%); standup paddleboard incidents involved 29 deaths, including 26 drownings (90%). Canoes had 25 deaths, 21 of them drownings (84%). Open motorboats accounted for 255 deaths, including 153 drownings (60%). These are fatality counts and drowning shares among deaths, not death rates per outing or per vessel. The smaller totals for paddleboards and canoes should not be taken to mean that one activity is safer than another without exposure data.
Source: U.S. Coast Guard, 2024 Recreational Boating Statistics, Executive Summary, p. 6; Tables 15 and 24, pp. 33 and 49.
Contributing factors and first events
The Coast Guard lists contributing factors recorded for incidents; a factor’s presence in a report does not by itself establish a complete explanation of what happened. In 2024, operator inattention was listed as the primary contributing factor in 551 incidents, 42 deaths, and 294 injuries. Improper lookout appeared in 464 incidents, 24 deaths, and 348 injuries; operator inexperience in 436 incidents, 42 deaths, and 213 injuries. Machinery failure was listed in 289 incidents, 13 deaths, and 94 injuries. Weather appeared in 188 incidents, 55 deaths, and 53 injuries. An unknown primary factor was recorded for 179 incidents, 87 deaths, and 62 injuries.
Alcohol use was the leading known contributing factor in fatal boating incidents. Where the primary cause was known, it was listed as the leading factor in 20% of deaths. The qualification matters: this figure is conditional on a known primary cause, rather than a share of every boating death.
The report groups collisions with vessels, collisions with objects, and groundings as the most frequent first-event categories. Together, these accounted for 56% of incidents, 24% of deaths, and 54% of injuries. A collision with a fixed object alone was the first event in 929 incidents, associated with 69 deaths and 333 injuries. “First event” identifies the initial recorded event in the incident sequence; it is distinct from a contributing factor.
Source: U.S. Coast Guard, 2024 Recreational Boating Statistics, Executive Summary, p. 6; Table 5, p. 21; Table 16, p. 37.
Waterbody, water conditions, and wind
In the Coast Guard’s 2024 table, lakes, ponds, reservoirs, dams, and gravel pits accounted for the largest listed waterbody total: 1,702 incidents, 254 deaths, and 1,033 injuries. Rivers, streams, creeks, swamps, and bayous had 1,008 incidents, 154 deaths, and 594 injuries. Bays and related waters—including inlets, marinas, sounds, harbors, channels, canals, sloughs, and coves—had 791 incidents, 80 deaths, and 353 injuries. Ocean and Gulf waters had 267 incidents, 45 deaths, and 132 injuries; the Great Lakes, excluding tributaries, had 119 incidents, 23 deaths, and 58 injuries.
These are totals by recorded waterbody category, not comparative rates. A category with more incidents may also have more boating activity, and the table does not supply exposure hours for each setting. It cannot establish that one type of water is more dangerous per trip.
Calm conditions were recorded for 2,398 incidents, 282 deaths, and 1,398 injuries. The report defines “calm” as waves under 6 inches. Choppy conditions—waves over 6 inches up to 2 feet—were recorded for 952 incidents, 132 deaths, and 502 injuries. Rough water, over 2 feet up to 6 feet, had 308 incidents, 64 deaths, and 139 injuries; very rough water, with waves over 6 feet, had 49 incidents, 14 deaths, and 24 injuries. Calm conditions make up the largest count, but these totals do not measure the comparative risk of calm versus rough water because they lack the amount of boating in each condition.
The table reports water conditions, not a windsurfing-specific wind threshold or wind-related incident rate. It therefore offers context for boating conditions but cannot quantify windsurfing risk in different wind strengths.
Source: U.S. Coast Guard, 2024 Recreational Boating Statistics, Table 11, p. 29.
Seasonal and time-of-day patterns
July was the busiest month by reported incident count in 2024, with 905 incidents, 115 deaths, and 557 injuries. Saturday led the days of the week, with 1,171 incidents, 159 deaths, and 717 injuries. These peaks are counts, not rates per boating day or participant. They may reflect how much boating occurred at those times, which the table does not quantify.
The late afternoon had high counts: between 4:31 and 6:30 p.m., the report recorded 768 incidents, 90 deaths, and 426 injuries. The preceding period, 2:31 to 4:30 p.m., had 767 incidents, 108 deaths, and 419 injuries; 108 was the highest death count among the listed time periods.
Counts and fatality shares answer different questions. Between midnight and 2:30 a.m., the report lists 64 incidents, of which 19 were fatal, and a 30% share of incidents resulting in deaths. That is a much smaller incident count than the daytime periods, but a higher fatal-incident share. It does not mean that boating at night carries a 30% death probability for an individual boater: the denominator is reported incidents in that time band, not trips or people on the water.
Source: U.S. Coast Guard, 2024 Recreational Boating Statistics, Table 4a, p. 20, and Table 12, p. 30.
Windsurfing injury rates in participant studies
National boating totals cannot describe windsurfing injury incidence on their own. One questionnaire study, published in 2006, asked 107 raceboard competitors, wave/slalom competitors, and recreational windsurfers about injuries over a two-year period. Participants reported an overall incidence of 1.5 injuries per person per year. Rates varied by group: 2.0 per person per year for wave/slalom competitors, 1.0 for raceboard sailors, and 1.2 for recreational windsurfers.
These are participant-reported injury counts normalized by people and years, not injuries per session or per hour on the water. The groups also represent different windsurfing practices, so the overall figure should not be treated as a universal rate for all windsurfers. In the study, muscle and tendon strains together made up 45% of new injuries; muscle strains alone represented 35%. The wave/slalom group reported 250% more recurrent muscular strains than the raceboard group. In a table excluding recurrent and ongoing injuries, raceboard respondents reported 34 muscle strains and 8 tendon strains over two years; wave/slalom respondents reported 56 and 16, respectively.
Source: Dyson et al., “Incidence of sports injuries in elite competitive and recreational windsurfers”, 2006, Abstract and Table 2.
North Sea windsurfing and kitesurfing findings
A separate hospital-based study followed windsurfing and kitesurfing patients presenting at a North Sea study hospital from September 2009 through September 2011. It identified 25 windsurfers and 32 kitesurfers. Exposure-hour estimates allowed the researchers to report rates for the study cohorts: windsurfers had 32 injuries in 6,146 hours, or 5.2 injuries per 1,000 hours; kitesurfers had 49 injuries in 6,978 hours, or 7.0 per 1,000 hours. The reported difference was statistically significant (P = 0.005).
These rates belong to this particular two-year hospital-presenting cohort; they are not national participation estimates. They also use a different denominator from the questionnaire study’s injuries per person per year, so the two studies’ rates should not be compared directly.
Among followed-up windsurfing patients, 40% had lower-extremity injuries, 36% head or cervical-spine injuries, and 24% upper-extremity injuries. The corresponding kitesurfing figures were 41%, 34%, and 16%. Those percentages describe patients by affected body site, not the share of all injury events. Follow-up questionnaires were completed by 18 windsurfers and 26 kitesurfers. In those groups, reported protective-gear use was 17% and 28%, respectively. Median return-to-sport time was five weeks for windsurfers and four weeks for kitesurfers; the reported ranges extended from zero to chronic cases.
The studies offer useful but distinct views: a questionnaire describes reported injuries among specified participant groups, while a hospital cohort captures cases that presented for care and estimates exposure-hour rates within that setting. Neither alone establishes a current, population-wide windsurfing injury rate.
Source: Nickel et al., “Windsurfing vs kitesurfing: Injuries at the North Sea over a 2-year period”, study methods, Results, and Tables 1–2.