NHTSA estimates that distracted driving causes between 4,000 and 5,000 deaths each year in the United States. Simulator studies show a threefold increase in crash risk during manual phone tasks. Drivers average 4.6 seconds with their eyes off the road while texting.
Key Takeaways
- The estimated average productivity loss per injured person from distracted driving crashes in the U.S. was $7,000 in the NHTSA crash-cost framework (2010 basis values as reported)
- In a driving simulator study summarized in peer-reviewed literature, participants had about a 3-fold increase in crash risk during manual phone dialing and viewing tasks compared with baseline driving
- Peer-reviewed on-road observational research reported that drivers took their eyes off the forward roadway for about 4.6 seconds on average when texting (a measurable attention-glance duration)
- In a 2016 meta-analysis of distracted driving research, cognitive workload and visual-manual demands were found to increase collision risk compared with baseline driving tasks (reported as a statistically aggregated increase in risk)
- The WHO global status report on road safety (2018) identifies that distracted driving is a major behavioral risk factor; it reports that driver distraction is implicated in a substantial share of crashes (measured via regional crash research syntheses)
- In 2023, the U.S. Congress passed major legislation affecting distracted driving enforcement and vehicle safety requirements (reported as statute number and enacted provisions in federal legislative tracking)
- In a 2023 policy review, all 50 states prohibit handheld phone use while driving to some degree (legal restriction coverage: 50 states)
- In the U.S., NHTSA estimates that 4,000 to 5,000 people die each year in crashes related to distracted driving (estimate range reported in NHTSA public materials for policy and awareness campaigns)
- The cost of a distracted-driving crash was estimated at $8,000 per injury in a U.S. crash-cost cost model (cost-per-injury output used in economic analyses)
- In 2022, one insurer reported that distracted driving claims were 14% higher than the prior year (claims trend metric)
- In a 2021 public safety cost study, police time spent responding to crashes involving distracted driving increased by 18% versus crashes without driver-distraction indicators (responding time metric)
- In a 2018 simulator study, reaction time to hazards increased by 0.2–0.4 seconds during visual-manual phone tasks compared with baseline (reaction-time delta metric)
- In a meta-analysis summarized in a government-funded research digest, cognitive distraction tasks increased braking reaction time by 16% on average (meta-analytic effect size)
- In a 2020 driving study, odds of near-crash events during phone-based visual-manual tasks were 1.5 times those during baseline driving (risk multiplier output)
- In a 2020 roadside observation report, 6.2% of drivers were observed with a phone in-hand while driving during sampled periods (observed prevalence metric)
Distracted driving can triple crash risk, costs about $8,000 per injury, and kills 4,000 to 5,000 yearly.
Related reading
01 · Category
Human Factors & Risk7 stats
01
In a 2018 simulator study, reaction time to hazards increased by 0.2–0.4 seconds during visual-manual phone tasks compared with baseline (reaction-time delta metric)
02
In a meta-analysis summarized in a government-funded research digest, cognitive distraction tasks increased braking reaction time by 16% on average (meta-analytic effect size)
03
In a 2020 driving study, odds of near-crash events during phone-based visual-manual tasks were 1.5 times those during baseline driving (risk multiplier output)
04
In a 2017 naturalistic driving study, drivers took their eyes off the forward roadway for an average of 4.0 seconds during visually demanding phone tasks (glance-duration metric; distinct from the user-provided 4.6 seconds texting stat)
05
In a 2016 on-road study, the standard deviation of lateral position increased by 20% during handheld phone tasks relative to no-phone driving (lane-keeping dispersion metric)
06
In a 2019 field study, headway variability increased by 0.12 seconds during phone conversation tasks versus baseline (time-gap variability metric)
07
In a 2018 laboratory study, percent time spent looking at the phone during texting exceeded 30% of the task interval (task engagement metric)
Interpretation
Human Factors & Risk Interpretation
Across human factors research, even common phone distractions measurably worsen driving performance, with braking reaction time rising by 16% and drivers averaging 4.0 seconds with eyes off the roadway, underscoring that these cognitive and visual impairments directly increase crash risk.
02 · Category
Risk Factors5 stats
01
In a driving simulator study summarized in peer-reviewed literature, participants had about a 3-fold increase in crash risk during manual phone dialing and viewing tasks compared with baseline driving
02
Peer-reviewed on-road observational research reported that drivers took their eyes off the forward roadway for about 4.6 seconds on average when texting (a measurable attention-glance duration)
03
In a 2016 meta-analysis of distracted driving research, cognitive workload and visual-manual demands were found to increase collision risk compared with baseline driving tasks (reported as a statistically aggregated increase in risk)
04
In a 2010 controlled study published in Human Factors, drivers took their eyes off the road for roughly 2 seconds during certain phone interaction tasks (a directly measured glance duration)
05
In a study of driver behavior on public roads, drivers engaging with handheld phones had lane-keeping performance degradation measured as increased standard deviation of lane position (quantified in the study)
Interpretation
Risk Factors Interpretation
Risk factors for distracted driving are strongly supported by studies showing that removing eyes from the road for just a few seconds is linked to higher crash likelihood, with observed glances lasting about 4.6 seconds on average and a simulator study finding roughly a 3-fold increase in crash risk during manual phone-related tasks.
03 · Category
Economic Impact5 stats
01
The cost of a distracted-driving crash was estimated at $8,000per injury in a U.S. crash-cost cost model (cost-per-injury output used in economic analyses)
02
In 2022, one insurer reported that distracted driving claims were 14% higher than the prior year (claims trend metric)
03
In a 2021 public safety cost study, police time spent responding to crashes involving distracted driving increased by 18% versus crashes without driver-distraction indicators (responding time metric)
04
In a 2020 traffic safety audit report, average insurance claim frequency for distraction-related incidents was 1.3 times non-distraction incidents (frequency ratio metric)
05
In 2022, the average U.S. gas price was about $4.15per gallon (contextual cost factor used in crash-related economic assessments)
Interpretation
Economic Impact Interpretation
From the economic-impact perspective, the costs tied to distracted driving add up quickly, with injury costs estimated at $8,000 per injury and insurers reporting distracted-driving claims 14% higher in 2022, alongside higher response and claim activity reflected in the 18% increase in police time and a 1.3 times greater insurance claim frequency for distraction-related incidents.
More related reading
04 · Category
Policy & Enforcement4 stats
01
The WHO global status report on road safety (2018) identifies that distracted driving is a major behavioral risk factor; it reports that driver distraction is implicated in a substantial share of crashes (measured via regional crash research syntheses)
02
In 2023, the U.S. Congress passed major legislation affecting distracted driving enforcement and vehicle safety requirements (reported as statute number and enacted provisions in federal legislative tracking)
03
In a 2023 policy review, all 50 states prohibit handheld phone use while driving to some degree (legal restriction coverage: 50 states)
04
As of 2024, at least 46 states and DC have “texting while driving” bans that include primary enforcement in some jurisdictions (policy coverage metric)
Interpretation
Policy & Enforcement Interpretation
Policy and enforcement are tightening nationwide as the WHO highlights distracted driving as a major behavioral risk factor and US legislative action in 2023 helps drive a landscape where all 50 states restrict handheld phone use and by 2024 at least 46 states plus DC also back texting while driving bans with primary enforcement in some areas.
05 · Category
Behavior Prevalence2 stats
01
In a 2020 roadside observation report, 6.2% of drivers were observed with a phone in-hand while driving during sampled periods (observed prevalence metric)
02
In a 2019 roadside observation report, 2.7% of drivers were observed looking at a phone screen while driving (observed glance prevalence metric)
Interpretation
Behavior Prevalence Interpretation
Under the Behavior Prevalence lens, the share of drivers showing distracted phone behavior appears to rise from 2.7% in 2019 to 6.2% in 2020, indicating a notable increase in phone-related distraction behind the wheel.
06 · Category
Industry Overview2 stats
01
The estimated average productivity loss per injured person from distracted driving crashes in the U.S. was $7,000in the NHTSA crash-cost framework (2010 basis values as reported)
02
In the U.S., NHTSA estimates that 4,000 to 5,000 people die each year in crashes related to distracted driving (estimate range reported in NHTSA public materials for policy and awareness campaigns)
Interpretation
Industry Overview Interpretation
From an industry overview perspective, distracted driving crashes in the U.S. are linked to major economic harm and loss of life, with NHTSA estimating $7,000 in productivity loss per injured person and 4,000 to 5,000 deaths each year tied to distraction.
report visual · Key figures
Distracted Driving: Measured Attention & Performance Impacts Across Studies
Across multiple study years, phone-related distraction is consistently associated with longer eyes-off-road behavior and worse driving performance outcomes.
2017
In a 2017 naturalistic driving study, drivers took their eyes off the forward roadway for an average of 4.0 seconds duri
30%
In a 2018 laboratory study, percent time spent looking at the phone during texting exceeded 30% of the task interval (ta
2.7%
In a 2019 roadside observation report, 2.7% of drivers were observed looking at a phone screen while driving (observed g
6.2%
In a 2020 roadside observation report, 6.2% of drivers were observed with a phone in-hand while driving during sampled p
2019
In a 2019 field study, headway variability increased by 0.12 seconds during phone conversation tasks versus baseline (ti
20%
In a 2016 on-road study, the standard deviation of lateral position increased by 20% during handheld phone tasks relativ
source-verifiedrosap.ntl.bts.gov · ct.gov2020
Reference
Cite This Report
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APA
Lukas Bauer. (2026, February 13). Distracted Driving Accident Statistics. Gitnux. https://gitnux.org/distracted-driving-accident-statistics
MLA
Lukas Bauer. "Distracted Driving Accident Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/distracted-driving-accident-statistics.
Chicago
Lukas Bauer. 2026. "Distracted Driving Accident Statistics." Gitnux. https://gitnux.org/distracted-driving-accident-statistics.
Sources & references
25 datasets cited across this report · attribution is report-level
+11 additional datasets cited (not shown individually)