In 2024 in the U.S., nearly 40,000 people died in road crashes. When a crash happens on American roads, crash victims expect a rapid emergency response. But how long does it actually take for help to arrive?
In this study from Florida car accident lawyer The Schiller Kessler Group, NHTSA’s own FARS notification and arrival time data is used to compare how long EMS took to reach fatal crashes in all 50 states. For some states, the wait from crash to arrival at a hospital was almost an hour.
Before we focus on individual states (including a close look at Florida), let’s consider how long emergency scenarios typically take in the U.S.
Every fatal crash in America involves a race against time, and federal data records four key factors: the crash, the call to alert emergency services, the wait for an ambulance, and the patient’s journey to a hospital.
In 2024, from 36,297 fatal crashes that led to 39,254 deaths, a typical post-crash scenario involved the following time periods. Typically, an EMS call took 2 minutes; an ambulance arrived 7 minutes later; and the journey to hospital took an additional 28 minutes. That means from the crash to the arrival at the hospital, the total duration was 39 minutes.
The most surprising aspect of this data is the comparison between the different ‘legs’ of the total journey, and how each part of the equation varies in different parts of the country. EMS response accounts for only 7 of the 39 minutes (18%), while transport accounts for 28 minutes (over 71%). So, while the ambulance arrives quite quickly, the distance to a suitable hospital takes a significant period of time (although it’s worth pointing out that, in some cases, patients may remain on the scene while crews stabilize them before they’re moved).
The first link in the emergency chain is also the strongest. Thanks largely to the ubiquity of mobile phones, crashes are rapidly reported to emergency services, whether they occur in cities or in rural areas.
The time gaps begin to emerge after the call. (Although the typical EMS arrival time given is 7 minutes, that figure is 10 minutes in rural areas and 6 minutes in cities.) Once the patient is onboard, the difference in journey time sharply widens, with rural transportation taking 37 minutes compared to a 24-minute median trip in urban areas. The full rural median reaches 53 minutes, compared with 33 minutes in urban areas: a 20-minute gap primarily due to the transportation differential.
At scale, that’s significant. Of 2024’s fatal crashes, 14,442 occurred in rural areas and 21,527 in urban areas (with 328 listed as ‘unknown’), meaning around 40% happened in an environment subject to typically longer EMS waits.
The figures also conceal a significant associated factor. 30.8% of fatal crashes were subject to EMS waits of over 10 minutes; in 14.9% of cases, the wait was more than 15 minutes; in 7.7% of cases the wait was longer than 20 minutes; and in 2.7% of cases the wait was over 30 minutes. In real terms, that’s 402 crashes following which an ambulance took over half an hour to arrive.
The subsequent journey often involved even longer waiting periods. 68.2% took over 30 minutes to reach hospital, 20.6% took more than an hour, and in 6% of cases the journey time exceeded 90 minutes. One in 10 journeys took longer than 78 minutes.
Trauma medicine is heavily focused on the hour immediately following an injury, when uncontrolled bleeding and airway loss are most survivable. A 39-minute median means half of fatal crash victims have seen almost two-thirds of that hour elapse before they’ve reached a hospital; crucially, one in five journeys take longer than an hour.
The explanation for the transport gap only partially involves EMS performance. Just 24% of rural areas can reach a Level I or II trauma center within one hour (compared with 86% of suburban and 95% of urban areas), while one in three Americans lives in a region lacking a fully equipped trauma system. A rural ambulance isn’t necessarily slower due to poor performance: it may be the case that the nearest hospital capable of treating severe trauma is 60 miles away.
State data reinforces geographic disparities. Typical EMS response times in Alabama are 12 minutes; in Idaho, Maine, and Montana they’re 10 minutes, and in Arkansas and Louisiana they’re 9 minutes. Whereas in Massachusetts, Delaware, and Colorado response times are 5 minutes. Within states, a rural-urban split can be even more pronounced. Missouri and Arizona both record 14-minute rural response times versus 6 urban; in Alabama, the rural time is 15 minutes compared to 9 minutes in urban parts of the state.
That said, these figures feature a key limitation: they only cover crashes where states recorded the relevant timestamps.
Nationally, only 40.5% of fatal crashes feature an eligible EMS response time, and only 20% have a usable crash-to-hospital time. So the 39-minute total is based on data from 7,245 crashes, not all 36,297.
There are significant gaps, with Maryland, Oklahoma, South Carolina, Virginia, and Washington recording no usable EMS timestamps in 2024 (that means no data for 3,615 fatal crashes). Texas recorded response times for just 4.4% of 3,774 fatal crashes, and for other states, it’s even worse: Florida (1% of 2,931); California (0.5% of 3,583); and New Mexico (0.3%). Overall, only 29 of 51 jurisdictions provide enough data to be ranked.
While the available figures provide a good, illustrative representation of emergency response after fatal crashes, they don’t describe every American crash. For the jurisdictions with no usable records, EMS response times are difficult to establish.
The States That Are Slowest To Respond To An Emergency
To a significant extent, how long emergency help takes following a fatal crash depends on your state of residence.
The complete journey from crash to hospital varies from 56 minutes in Alabama to 25 minutes in Colorado, a spread of over two to one. After Alabama, other slow states include Maine (49.5 minutes), Montana (46.5), Louisiana (45), and Wisconsin (44). For Tennessee, Georgia, Missouri, and Kansas, the period was 42 minutes; for Kentucky and Oregon, it was 41.
Top-ranked Alabama is 17 minutes slower than the national median, a period that could easily be the difference between reaching life-saving care within the crucial first hour after a serious road injury and being too late.
Yet response time and total journey time are different stories. While Alabama leads on both counts (a 12-minute response time and a 56-minute total), Maine, which ranks second overall, features a faster 10-minute response because its transport leg is the longest of any ranked state (35 minutes). Tennessee, Wisconsin, and Montana combine 8-to-10-minute response times with transport times that run over 31 minutes.
Nationally, while response times account for only 7 of the 39 median minutes, transportation times account for 28. Among ranked states, transport times represent the largest example of variation: from 19 minutes in Colorado to 35 in Maine.
Rural Geography Matters, But Doesn’t Explain Everything
By a significant margin, the slowest states are rural. Montana, Maine, Wisconsin, Kentucky, Missouri, and Alabama all feature majority or near-majority shares of fatal crashes on rural roads.
Alabama is notable due to a gap that’s a feature in both its rural and urban areas: rural response times are 15 minutes compared with 9 minutes in urban areas (the latter is the slowest urban figure among ranked states).
Missouri data reveals another pattern. Its 42-minute statewide journey number doesn’t show the gap between its rural response (14 minutes) compared to its urban figure (6 minutes). For a Missouri driver, state location can be as key as state residence.
The fastest states show that rural areas aren’t necessarily slow.
Colorado records the shortest total journey time (25 minutes) and features a 1-minute notification, 5-minute response, and 19-minute transportation. Arizona’s 29-minute time features a 20-minute transport period, while Connecticut and Utah both record times of 33 minutes. Nebraska, Massachusetts, and Ohio each record 35 minutes, followed by Pennsylvania and New York at 36 and North Carolina at 38.
Ohio’s figure is especially notable as it features the largest sample in the dataset (702 usable journeys), meaning its 35-minute figure isn’t as susceptible to the unpredictable variance of a smaller sample.
Nebraska represents a strong counter to the idea that rural crashes mean longer journeys. While 65.5% of its fatal crashes were on rural roads, its total journey time is 35 minutes, including a 7-minute response time and 25 minutes for transport. So the gap between its rural and urban crashes is only four minutes. Connecticut’s rural/urban disparity is even narrower: 7 minutes rural compared with 6 minutes in urban areas.
Arizona data also shows why statewide median rates don’t always tell the full story. Although its statewide journey (29 minutes) ranks second fastest, its rural journey takes 72 minutes. That’s a gap of 43 minutes, the widest in the dataset.
Ultimately, the state ranking is less about paramedic performance levels than it is a measure of distance and access to trauma facilities. Alabama, Maine, and Montana are not necessarily slower because their medical crews aren’t as fast as they are elsewhere. It may be the case that the nearest hospital that can treat severe trauma is a significant distance away.
Data for Colorado, Ohio, and Nebraska confirms that short journeys are possible if patients can quickly reach the right trauma facilities.
Florida’s Trauma Center Capacity
Florida features 39 trauma centers that serve over 23 million residents (which works out as 1.66 centers per million people).
Georgia (which has less than half Florida’s population) has 29 trauma centers and 2.57 per million residents. Alabama, with over a fifth of Florida’s population, features 45 centers and has 8.67 per million people.
If we measure by population, Florida’s trauma network is by far the most thinly spread of the three states, with a trauma center for every 601,603 residents (compared with 389,750 in Georgia and 115,402 in Alabama). According to those statistics, a Florida trauma center serves over five times the population of an Alabama center.
It’s not a matter of a lack of top-level facilities. Florida’s 39 trauma centers include 11 Level I and 24 Level II facilities, plus four pediatric centers. Regarding Level I and II capacity alone, Florida (1.49) has more trauma centers per million residents than either Georgia (1.15) or Alabama (1.16).
What Florida lacks is Level III and Level IV trauma centers, because its statute provides only for Level I, Level II, and pediatric designations. Georgia features 16 Level III and IV centers; Alabama has 39 Level III centers.
The lower-tier facilities aren’t substitutes for Level I centers: they’re interim points, ready to look after critically injured patients and prepare them for transfer. In Georgia and Alabama, a rural crash victim may be more likely to have somewhere to wait before they’re transferred to definitive trauma care. In Florida, the lack of this option makes for a more extended wait between a major trauma center and a non-designated hospital.
Geographical issues compound the problem. Florida’s 39 trauma centers are located in just 24 of its 67 counties, which means 43 counties (64.2% of the state) don’t have a designated trauma center. A patient injured in one of those counties may well face a long ambulance journey or a hospital without adequate trauma facilities.
State maps show that the centers are clustered around populated areas, with large gaps through the Panhandle, Big Bend, north-central interior, and interior south. Nationally, the American College of Surgeons suggests that only 24% of rural areas can reach a Level I or II trauma center within an hour (compared with 95% of urban areas), while one in three Americans lives in an area that lacks a complete trauma system.
Yet Florida can’t definitively say how long those journeys take, because it only measures a small number of them.
Of 2024’s 2,931 fatal crashes, Florida recorded an EMS response time for 29, an EMS notification time for 28, and a hospital arrival time for only one. Of those 29 crashes, the typical EMS response was 9 minutes (with an average of 10.3 minutes and a range from 1 to 34 minutes). The 21 urban crashes featured a typical response of 7 minutes (compared with 9.5 minutes for the 8 rural crashes). Notification times were quick, typically half a minute.
The state’s only other EMS records are much older. A 2013 Florida Department of Health report found an average en-route response time of 9 minutes 20 seconds, a median of 7 minutes, and a 90th percentile of 17 minutes across over a million records. There’s no equivalent statewide report available for recent years.
Those figures suggest Florida’s EMS response might be close to the national 7-minute median, yet the available information is too limited and old to establish a current measure. More importantly, there’s almost no usable data that covers getting a seriously injured patient to definitive care.
So, while a fatal crash in Georgia takes 42 minutes to reach hospital, and Alabama takes 56 minutes (the country’s longest figure), Florida doesn’t collect enough data to record its own figure.
That creates an unusual asymmetry for Florida road-safety data. While the state recorded a time of death for 3,069 (97.8%) of the 3,138 people who were killed in traffic crashes in 2024, it only managed to record an ambulance-arrival time for about 1% of fatal crashes. So while Florida can accurately tell you when crash victims died, how many people died, and where its trauma centers are, it can’t reliably tell you how long those victims waited for help.
That’s more than a data problem. Without reliable notification, response, transport, and hospital arrival measurements, Florida can’t identify where its trauma system is failing or whether any changes made improve access.
The Emergency Delays That Aren’t Measured
All measures of how quickly emergency care gets to an injured person assume that someone called for it. Yet, according to YouGov data, roughly one in four Americans chooses not to. Their May 2024 survey of 1,141 adults found that 23% said they’d deliberately not called an ambulance during a medical emergency that required immediate transportation because they were worried about potential costs.
Of those who decided against calling an ambulance due to worries around cost, 91% still reached a hospital: 48% were driven by a friend or family member, 18% drove themselves, and 13% used a rideshare service. And though a private car provides a means of getting to the hospital, it doesn’t feature the medical equipment, resources, or medical professionals that can help at the scene or during the journey.
Worries around cost are not unfounded. Among Americans who called an ambulance, 61% of those who were insured were covered; 25% of patients were uninsured and had to pay significant amounts, in 22% of cases over $2,000. The median ground-ambulance bill for a commercially insured patient was $1,093, and over one in four privately insured ambulance trips resulted in a surprise bill, with a median balance of $450.
The problem is partly statutory: ground ambulances were not part of the federal No Surprises Act, which left patients protected against some out-of-network emergency and air-ambulance charges but not comparable bills for using a ground ambulance. Only 22 states use their own protections; in at least seven states, over two-thirds of emergency ground transports could lead to charges.
Simply put, calling an ambulance can be costly, especially for uninsured patients. The survey evidence suggests that such cost worries mean many people avoid using emergency care.
The Impact of Other Drivers
Even when an ambulance has started its journey, its progress is often slowed by other drivers on the road.
All 50 states feature Slow Down, Move Over laws that require motorists to change lanes or lower their speed when they pass stopped emergency vehicles. Yet a 2025 AAA Foundation for Traffic Safety study (based on a survey of 5,887 drivers and observations of real roadside footage) found that there was a substantial gap between what drivers say they do and what they actually do.
Over 90% of surveyed drivers said they move over or slow down. In truth, and as footage confirms, only 64% did either, with 36% doing neither. Compliance also varied depending on the vehicle in question. 66% moved over for a police vehicle; for a tow truck, the figure was 58%.
There’s a degree of confusion about the laws alongside an unwillingness to follow them. About two-thirds of drivers had heard of Slow Down, Move Over laws, but their appreciation of specific requirements varied. In states where drivers are always expected to slow down, fewer than one in five knew about the requirement. When the laws were explained, 90% supported them, with just 2% against.
And the safety consequences extend beyond delays. The Emergency Responder Safety Institute counted 46 emergency responders who were struck and killed in a single year.
Every year, ground ambulances are involved in an estimated 24.7 fatal crashes and 28.4 deaths, as well as roughly 1,417 injury crashes and 4,830 property-damage crashes. A majority of the people killed are outside the ambulance: 52.3% were occupants of other vehicles, 34.2% were patients or EMS clinicians, 7.5% were pedestrians or cyclists, and 6% were ambulance drivers.
Inside the vehicle, restraint is another safety issue, with an NHTSA review finding just 17.4% of patients and 8.8% of clinicians fully restrained.
Combined, these problems are significant. On the one hand, cost can influence whether someone calls an ambulance. Once an ambulance journey is underway, road behavior can affect the trip’s safety. Neither issue is captured by the conventional emergency-response clock.
Other Key Delaying Factors
Beyond the state, county, or whether an area is rural or urban, the condition of a specific road and its surrounding conditions are important factors. One of those conditions is how a street is lit.
On rural roads with no lighting, a fatal crash involves a typical 11 minutes for EMS to arrive and 58 minutes before the injured party reaches a hospital. On lit rural roads, those figures improve to 8 and 44 minutes: a 14-minute differential.
The pattern also affects urban areas, although the gap is smaller. On unlit roads, the median times are a 7-minute response and a 36-minute hospital journey. On lit roads, the response time is 5 minutes, with a median 30-minute journey.
Because the comparison is within the same rural and urban categories, lighting doesn’t just stand in for the rural-urban divide. A more likely explanation is geographic, with lit roads tending to run through towns, junctions, and built-up areas, with crashes closer to emergency services and hospitals. So, lighting may be a matter of proximity to care, as opposed to the direct cause of a faster response.
This helps to explain the potentially counterintuitive discovery that rural crashes on lit roads at night are resolved faster than rural crashes during the day. Daylight rural crashes take 10 minutes for a response and 52 minutes for the journey to a hospital (compared with 8 and 44 minutes on lit rural roads at night). The difference may reflect where those roads are situated as opposed to the effect of darkness.
Road Type Matters Too
The slowest road category is minor collectors, comparatively small routes that connect local streets to larger roads. Data from 1,199 fatal crashes tells us that they record 10-minute response and 50-minute hospital times. Major collectors follow closely behind with 9 and 44 minutes.
Interstates are third slowest (9 minutes for a response and 43 minutes for the trip to hospital), despite being only 35.7% rural compared with 76.6% for minor collectors. They also take longer than ordinary local roads, which feature 8-minute response and 41-minute hospital times.
The probable explanation is access. Ambulances can’t enter or leave an interstate and must reach an interchange and then travel on in the appropriate direction. By contrast, arterial roads feature more frequent access points and connect directly with populated areas.
The fastest roads are minor arterials: 6 minutes for a response and 35 minutes for the trip to hospital, followed by other principal arterials (6 and 36 minutes).
The Role of Severe Weather
Rain doesn’t make a notable difference to response times. When it rains, response times are recorded at 7 minutes, with hospital arrivals taking 40.5 minutes; in clear conditions, the figures are 7 and 38 minutes. In cloudy conditions, the numbers are 8 and 39 minutes.
Things are different when it snows, which raises response times to 10 minutes and the total journey time to 48.5 minutes. Fog, smog, or smoke is associated with a 9-minute response and 46.5-minute hospital journey time. Both add around 10 minutes to the total journey time compared with clear weather.
Considering extremes might be the best means of encapsulating the potential exacerbating effect of weather. A crash on a lit urban arterial in clear weather involves a roughly 5-minute response time and a 30-minute hospital journey. A crash on an unlit rural collector in snowy conditions would take significantly longer.
Overall, emergency access can vary widely within the same state. A driver can easily leave a well-connected road and enter a much slower one without crossing a state or county line.
Rush Hour Barely Changes The Clock
While a driver might expect rush-hour traffic to represent a major delay, the data confirms remarkably little variation when it comes to urban weekday crashes. EMS response is 6 minutes during the morning rush, evening rush, midday, and overnight periods. The journey to a hospital is similarly even: 34 minutes in the morning rush, 32 in the evening, 34 at midday, and 31 overnight.
The only significant change can be seen during the transport leg: 25.5 minutes during the morning rush, compared with 23 minutes in the evening and 22 overnight. Rural roads show no noticeable rush-hour effect, with response remaining at 10 minutes across all time periods.
For emergency vehicles, traffic issues may be ameliorated because ambulances can use emergency lanes, shoulders, or opposing lanes (where permitted), while hospital and ambulance-station locations also reflect population density. The same density that causes congestion can put emergency facilities closer to the crash.
Ultimately, rush-hour congestion causes only a relatively small measured difference compared with road type, lighting issues, and the severest weather.
Quick Access to Trauma Care is Key
While this study has found that emergency care following a fatal crash typically takes 39 minutes from the accident to arrival at the hospital, that median hides some major differences. The differences are driven less by ambulance response than by transport distance, trauma-center access, geography, and road conditions. State data, Florida’s limited trauma network, and measurement gaps show that rural and badly connected areas can suffer extended waiting periods, while factors like ambulance costs and roadside driver behavior can cause delays before or during the journey.
Overall, the main factor determining the effectiveness of post-crash care is often how quickly a victim can get to a trauma facility, not just how quickly an ambulance gets to the scene of an accident.
If you are harmed due to another person’s negligence, you can file an accident claim and seek compensation from the at-fault party. The Schiller Kessler Group’s Florida personal injury lawyers can review your case, prove negligence, and negotiate a fair settlement, while you relax and get the medical care you need.
Contact us today to learn more during a free, no-obligation consultation.
