DEPLOY

ExplainersRobotaxis & autonomous vehicles

How many fatal crashes has Waymo had?

Through mid-2026, Waymo has not reported any rider fatalities in its commercial robotaxi service. Waymo's published safety reports (covering tens of millions of fully autonomous miles) show a crash rate substantially below the human-driver baseline for comparable urban environments. NHTSA's Standing General Order has recorded incidents involving Waymo vehicles, but the great majority involve a human-driven vehicle striking the Waymo, not the reverse.

0
Rider fatalities
verified
Tens of M
Autonomous miles
verified
Below
Vs human baseline
verified
1.3
Human baseline (per 100M mi)
verified
NHTSA SGO
Regulatory tracking
verified
2020
Commercial start
verified
verifiedstatedclaimedabsence

Zero rider fatalities verified across commercial service

Per Waymo's published periodic safety reports and DEPLOY's framework on safety incidents and recalls, Waymo reports zero rider fatalities across cumulative commercial robotaxi operation since Phoenix 2020 launch. The published per-million-miles crash rate is substantially below the human-driver baseline for comparable urban environments, with notably lower rates of high-severity crashes specifically. Third-party actuarial analysis (Swiss Re) corroborates the published metrics.

"Waymo was in a crash" is not "Waymo caused a crash"

NHTSA's Standing General Order on Crash Reporting (SGO 2021-01) requires AV operators to report every crash involving their vehicles. For Waymo specifically, the great majority of SGO-reported incidents involve a human-driven vehicle hitting a Waymo, often at low speeds in city driving. The distinction is editorially load-bearing: blanket "Waymo crash" headlines collapse this distinction. The framework reads at-fault status per incident.

Statistical confidence at current mileage

Waymo's published comparisons control for metro, road type, and time of day to make like-for-like comparisons against human drivers in the same geographies. Cumulative autonomous miles run in the tens of millions. The fair conclusion: Waymo's safety record is strong, but the sample size is not yet large enough to make a statistically definitive long-term claim about fatality rates versus human drivers across all conditions and metros. Future mileage accumulation tightens the confidence interval.

Methodology layer matters as much as headline rate

Per DEPLOY's framework on evaluating fatality claims for any robotaxi service: who was at fault (AV primary cause vs struck by human driver); what mode was the vehicle in (fully autonomous, supervised, human-driven); was a rider in the vehicle (pedestrian or other-vehicle fatalities are different categories); what baseline are we comparing to (per-mile, per-trip, per-hour; urban vs highway). Public conversation often collapses these distinctions; the framework asks to preserve them.

What Waymo has NOT published at framework depth

Cumulative miles per metro vary substantially (Phoenix has the longest operational history; newer metros like Miami have less data). Some operating conditions (heavy precipitation, certain construction-zone configurations) have lighter published representation. Per-metro fatality-rate breakouts are not surfaced at the depth that aggregate company-wide claims provide. The cap-flag is the editorial trust signal: future safety-report iterations may surface per-metro depth as the dataset grows.


What Waymo has published

Waymo publishes periodic safety reports covering the cumulative miles driven autonomously across its commercial service in Phoenix, San Francisco, Los Angeles, Austin, and Atlanta. Through 2026 the company has reported tens of millions of fully autonomous rider-only miles.

Headline claims from Waymo's published safety data:

  • No reported rider fatalities during commercial service.
  • Substantially lower crash rate than the human-driver baseline for comparable urban environments, particularly for crashes involving injury.
  • Lower rates of high-severity crashes specifically.

The methodology is documented; the comparison is against a benchmark derived from human-driver crash data in the same metros where Waymo operates.


What NHTSA's Standing General Order tracks

NHTSA's Standing General Order on Crash Reporting (SGO 2021-01) requires AV operators to report every crash involving their vehicles. This dataset includes:

  • Crashes where the Waymo was at-fault.
  • Crashes where a human-driven vehicle hit the Waymo.
  • Minor contact (parking-lot scrapes) up to severe collisions.

For Waymo specifically, the great majority of SGO-reported incidents involve a human-driven vehicle hitting a Waymo. Often at low speeds in city driving. This is a meaningful editorial distinction: "Waymo was in a crash" is not the same as "Waymo caused a crash."


The Deploy bar on "fatal crashes"

When evaluating fatality claims for any robotaxi service:

  1. Who was at fault. Was the AV the primary cause or struck by a human driver?
  2. What mode was the vehicle in. Fully autonomous, supervised, or human-driven?
  3. Was a rider in the vehicle. Pedestrian or other-vehicle fatalities are different categories than rider fatalities.
  4. What baseline are we comparing to. Per-mile, per-trip, per-hour, urban vs highway?

These distinctions matter because the public conversation often collapses them.


Comparison to human-driver baseline

In the US, the human-driver fatality rate is roughly 1.3 per 100 million vehicle miles traveled, with urban driving lower than highway driving. Waymo's reported fatality count of zero across tens of millions of autonomous urban miles is consistent with (or below) that baseline, but the statistical confidence interval at current cumulative mileage is wide.

The fair conclusion: Waymo's published safety record is strong, but the sample size is not yet large enough to make a statistically definitive claim about long-term fatality rates versus human drivers.


Methodological caveats

  • Waymo's published comparisons control for metro, road type, and time of day to make like-for-like comparisons against human drivers in the same geographies. This is reasonable but not perfect.
  • Self-reporting by the AV operator is the primary data source. NHTSA's SGO is the regulatory check.
  • Cumulative miles per metro vary: Phoenix has the longest operational history; newer cities have less data.

Bottom line

As of mid-2026, Waymo has reported zero rider fatalities across its commercial service. The published crash data shows a meaningful safety improvement over human-driver baselines, with the caveat that confidence intervals at current mileage are wider than a single headline number suggests. See what happens if a Waymo gets in an accident and who is at fault if a driverless car crashes for the procedural and liability picture. For methodology canonical references applicable to Waymo safety claims: verified-vs-claimed at within-entity granularity (at-fault vs in-a-crash distinction) + the 9-tier source-quality rubric (NHTSA SGO + Swiss Re actuarial + Waymo published primary-government-record source classification).


Waymo safety record vs human-driver and cohort baselines (mid-2026)WaymoTesla RobotaxiHuman-driver baseline (urban)Zoox
Rider fatalities
0 reported
0 at pilot scale
~1.3 per 100M miles
0 at pilot scale
Cumulative miles
Tens of millions autonomous
Smaller per-metro fleets; 12-month operational
National baseline
Free demo pilot
Tier
Driverless
Pilot
Baseline
Demo pilot

Sources: Source: Waymo published safety reports + NHTSA Standing General Order + Swiss Re actuarial analysis + DEPLOY framework. Per-mile rates approximate.

Frequently Asked Questions


How many fatal crashes has Waymo had?

Through mid-2026, Waymo has not reported any rider fatalities in its commercial robotaxi service. Waymo's published safety reports (covering tens of millions of fully autonomous miles across 11 US metros) show a crash rate substantially below the human-driver baseline for comparable urban environments. NHTSA's Standing General Order has recorded incidents involving Waymo vehicles, but the great majority involve a human-driven vehicle striking the Waymo, not the reverse. Per DEPLOY's framework on at-fault analysis, "in a crash" and "caused a crash" are distinct categories.


Is Waymo safer than a human driver?

Waymo's published data shows a crash rate substantially below the human-driver baseline for comparable urban environments, with particularly large differentials on high-severity crashes. The US human-driver fatality rate is roughly 1.3 per 100 million vehicle miles traveled; Waymo's zero reported fatalities across tens of millions of autonomous miles is consistent with or below that baseline. The statistical caveat: confidence intervals at current cumulative mileage are wider than a single headline number suggests. Future mileage accumulation tightens the comparison. Third-party actuarial analysis (Swiss Re) corroborates the published rate.


Has anyone died in a Waymo?

Per Waymo's published safety reports through mid-2026, no rider has died in a Waymo robotaxi during commercial service. NHTSA's Standing General Order tracking, which requires AV operators to report every crash involving their vehicles, has not recorded a rider fatality at the operator-reported tier. The framework distinguishes between rider fatalities (none) and other-party fatalities (which would be reported separately under SGO 2021-01). See what happens if a Waymo gets in an accident for the procedural framework.


How does NHTSA track Waymo crashes?

Under NHTSA's Standing General Order on Crash Reporting (SGO 2021-01), Waymo (and all qualifying AV operators) must report every crash involving their vehicles. The dataset includes at-fault crashes, crashes where a human-driven vehicle hit the Waymo, and minor contact incidents. Severity reporting timelines vary: severe incidents within one day, all crashes within five days. The NHTSA dataset provides an independent log of Waymo and peer incidents, accessible publicly. See what happens if a Waymo gets in an accident for Waymo's internal response procedure.


Are Waymo crashes increasing or decreasing?

Per Waymo's published safety reports, the per-million-miles crash rate has remained substantially below the human-driver baseline as cumulative mileage has grown. Absolute crash counts grow as the fleet and mileage grow, but rate analysis is the framework-correct comparison. Waymo's reports show notably lower rates of high-severity crashes and injury-involving crashes. Per DEPLOY's framework on safety incidents, per-mile rates are the load-bearing metric; absolute counts without mileage normalization are not directly comparable across operators.


Is Waymo's safety claim independently verified?

Partially. Waymo self-reports its safety data, which is the primary public source. NHTSA's Standing General Order provides an independent regulatory verification surface (all crashes reported, publicly accessible). Third-party actuarial analysis from Swiss Re has corroborated Waymo's published per-incident frequency rates against insurance industry baselines. The framework reads Waymo's safety record as verified across three independent surfaces (operator publication + NHTSA SGO + Swiss Re actuarial), with the caveat that the safety record's depth depends on continued mileage accumulation.

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