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The Gap

More Than Half of Pickup Truck Deaths Come From Trucks Old Enough to Vote

A 2004 Chevrolet Silverado rolled off the line with no electronic stability control, no side curtain airbags, no automatic emergency braking, and body-on-frame construction engineered during the Clinton administration. Twenty-two years later, that truck is still on American roads, and FARS data confirms it is still killing people at a rate that dwarfs anything in its model lineage: 663 fatalities attributed to model year 2004 Silverados alone across the 2014–2023 FARS window.[1]

54.4%
Share of all pickup truck fatalities from pre-2005 model year trucks

Cross-tabulating 185,613 FARS fatalities by vehicle class and model year era produces one number that should alarm anyone who thinks about fleet composition for a living. Among the five major vehicle classes, pickups have an old-to-new death ratio of 4.83, meaning pre-2005 model year trucks produced 4.83 times as many fatalities as 2015-and-newer trucks across the same decade of crash data.[1] Sedans sit at 1.86, SUVs at 1.88, and sports cars at a comparatively modest 1.58, which means nobody else is within shouting distance of the pickup truck problem.

The engineering explanation is straightforward, even if the policy implications are ugly. Pickup trucks survive longer than any other vehicle type on American roads. A Transportation Research Board study using vehicle population counts from 2002 to 2020 found median expected lifetimes of roughly 25 years for pickups, compared to about 17 years for passenger cars and 20 for SUVs.[2] Trucks are built to haul, tow, and endure abuse that would send a Corolla to the crusher at 180,000 miles, and their owners reward that durability by keeping them on the road for a quarter century, sometimes longer, through second and third and fourth owners who increasingly cannot afford anything newer.

Which means the pickup fleet carries a disproportionate concentration of vehicles manufactured before three critical federal safety mandates took effect: ESC (required for all light vehicles by model year 2012 under FMVSS 126),[3] which IIHS estimates reduces fatal single-vehicle crash risk by 56% in SUVs and 49% in cars;[4] side curtain airbags, which became functionally universal by 2013 as roof-strength standards tightened; and advanced driver-assist features like AEB, now standard on most new vehicles since 2022. A 2003 F-150 has none of these. It weighs 4,700 pounds, sits high off the ground, and presents the occupant protection characteristics of a steel bathtub traveling at highway speed.

To quantify the gap: of the 40,226 pickup truck fatalities in our FARS dataset, 21,879 came from trucks built before 2005. That is more pickup truck deaths from the pre-2005 fleet alone than the entire fatality count for sports cars (5,666) and vans (7,450) combined.[1] The F-150 peaks at model year 2001 with 672 deaths. The Silverado peaks at model year 2004 with 663 fatalities, and the Ford Ranger clusters its deadliest years between 1997 and 2003, with each model year producing 280 to 350 fatalities across the FARS window.

Sedans, by contrast, tell a fundamentally different story about how vehicle classes age through the fatal-crash data. Their death distribution centers on model years 2005 through 2009, reflecting vehicles that were five to fourteen years old during the crash data window. Pre-2005 sedans account for 32.6% of sedan deaths. That gap between 32.6% and 54.4% represents thousands of additional fatalities concentrated in a vehicle class that refuses to age out of the fleet.

The strongest counterargument: pickups simply sold in massive volume during the 2000–2004 era, so of course they dominate the fatality counts for that cohort. But this objection collapses on the ratio, because if volume were the full explanation, sedans and SUVs would show similar era skews given that they also sold in enormous numbers during the same years. They do not show those skews. The pickup ratio of 4.83 versus the sedan ratio of 1.86 is a 2.6-fold difference that volume alone cannot explain. What explains it is survival: those trucks are still on the road in numbers that sedans and SUVs are not, because the trucks last 25 years while the cars last 17.

What this means for you

If you are shopping for a used pickup and your budget pushes you toward anything older than a 2012 model year, you are buying a vehicle that predates the ESC mandate and likely lacks side curtain airbags entirely. Check the build sheet before you sign anything. A 2003 Silverado with 185,000 miles may look like a bargain at $6,500. In structural terms, it is a 23-year-old design running without the three technologies most responsible for the decline in single-vehicle fatality rates over the past fifteen years. Check your VIN at nhtsa.gov/recalls for open recalls. Better yet, skip the pre-2012 truck entirely, because the data on this point is not ambiguous.

Limitations

FARS captures only fatal crashes, not the roughly 6.7 million total crashes annually. A vehicle with low fatality counts may still have high injury rates that FARS cannot detect. Our model-year death counts are absolute, not normalized to the surviving fleet count for each model year, because NHTSA does not publish model-year-specific vehicle-in-operation data at the make/model level. The TRB scrappage study provides class-level medians, not make-specific curves. The pre-2005 cutoff is analytical convenience aligned with the ESC mandate timeline, not a bright structural line.

Sources & References

  1. NHTSA, Fatality Analysis Reporting System (FARS), 2014–2023. Cross-tabulation by vehicle class and model year era. nhtsa.gov
  2. Lu, S. & Greene, D.L., “Trends in scrappage and survival of U.S. light-duty vehicles,” Transportation Research Part A: Policy and Practice, 2023. Median lifetimes: ~17 yr (cars), ~20 yr (SUV/van), ~25 yr (pickup). trid.trb.org
  3. NHTSA, “Federal Motor Vehicle Safety Standards; Electronic Stability Control Systems,” Final Rule (FMVSS 126), June 2007. Required ESC on all light vehicles by MY2012. govinfo.gov
  4. IIHS, “Life-saving benefits of ESC continue to accrue,” 2011. ESC reduces fatal single-vehicle crash risk 56% (SUVs), 49% (cars). iihs.org
  5. Bureau of Transportation Statistics, Average Age of Automobiles and Trucks in Operation. bts.gov

Source: NHTSA FARS 2014–2023, cross-tabulated by vehicle class and model year era. Death counts are from FARS fatal-crash involvement, not total occupant deaths. See methodology for caveats.