Luxury SUVs sit within a rapidly expanding truck-SUV market, but official sources usually measure broader regulatory SUV categories rather than luxury vehicles alone. The figures below separate those populations and cover U.S. model-year production, 2024 fatal crashes, and IIHS estimates for 2023 models and equivalent earlier designs.
Key Luxury SUV Statistics
The most useful headline figures are:
- In model year 2024, truck SUVs represented half of all new-vehicle production in the United States.
- In model year 2024, trucks represented 66% of U.S. new-vehicle production, compared with 34% for cars.
- In model year 2024, average new-vehicle real-world fuel economy reached 27.2 mpg in the United States.
- From model year 2023 to 2024, truck-SUV fuel economy increased 1.0 mpg to 25.7 mpg in the United States.
- In model year 2024, 30% of U.S. car-SUV production was battery-electric and 3% was plug-in hybrid.
- In model year 2024, 4% of U.S. truck-SUV production was battery-electric and 4% was plug-in hybrid.
- Battery-electric vehicles represented 7% of all U.S. new-vehicle production in model year 2024, down from 10% in 2023.
- In model year 2024, SUV occupants accounted for 6,648 U.S. passenger-vehicle occupant deaths.
- In 2024, drivers represented 73% of SUV occupant deaths in the United States, while passengers represented 26%.
- In 2024, 60% of U.S. SUV occupant deaths followed frontal initial impacts.
- In 2024, 22% of U.S. SUV occupant deaths occurred in single-vehicle rollover crashes.
- For 2023 models and equivalent earlier designs, small luxury SUVs averaged 28 driver deaths per million registered vehicle years in fatalities from 2021–2024.
- For the same IIHS analysis, midsize luxury SUVs averaged 17 driver deaths per million registered vehicle years.
- For the same analysis, large luxury SUVs averaged 10 driver deaths per million registered vehicle years.
- For the same analysis, very large luxury SUVs averaged 13 driver deaths per million registered vehicle years.
- In the IIHS model analysis, 18 of the 20 models with the lowest driver death rates were SUVs.
- The Audi Q7 4WD and BMW X7 4WD each recorded 0 driver deaths per million registered vehicle years in the IIHS model analysis.
- Across all makes and models in the IIHS analysis, the average other-driver death rate was 53 per million registration years, versus 37 for drivers.
Contents
- Luxury SUV market shift and production mix
- Luxury SUV fuel economy and electrification trends
- Luxury SUV size, weight, power and footprint data
- SUV crash deaths and fatality patterns
- Luxury SUV driver death rates by vehicle class
- Luxury SUV model and other-driver death rates
Luxury SUV Market Shift and Production Mix
The EPA’s Automotive Trends reporting uses regulatory categories rather than a complete luxury-market definition. In model year 2024, trucks accounted for 66% of U.S. new-vehicle production, while cars accounted for 34%; truck SUVs alone made up half of all new vehicles.
The category boundary matters when interpreting luxury SUV statistics. SUVs with four-wheel drive or a gross vehicle weight above 6,000 pounds are generally regulated as trucks in the EPA report, although the source notes that exceptions and regulatory details may apply.
These figures therefore describe the broader truck-SUV population, not luxury SUVs exclusively.
| U.S. model-year 2024 production category | Share of new-vehicle production |
|---|---|
| All trucks | 66% |
| Cars | 34% |
| Truck SUVs | 50% |
Source: Highlights of the Automotive Trends Report. The EPA categories are reporting classifications, not a luxury-market segment.
Luxury SUV Fuel Economy and Electrification Trends
Average new-vehicle real-world fuel economy reached 27.2 mpg in model year 2024, up 0.1 mpg from 2023. The EPA reports that the fleet average improved in 16 of the 20 model years ending in 2024 and was 41% higher than in model year 2004.
Truck SUVs improved from 2023 to a model-year-2024 high of 25.7 mpg, a 1.0-mpg increase. Without battery-electric and plug-in-hybrid vehicles, the 2024 new-vehicle average would have been 1.7 mpg lower, according to the EPA’s counterfactual fleet calculation.
| 2024 SUV reporting category | Battery-electric | Plug-in hybrid | Fuel-economy context |
|---|---|---|---|
| Car SUVs | 30% | 3% | BEVs and PHEVs raised within-type economy by 9.0 mpg |
| Truck SUVs | 4% | 4% | BEVs and PHEVs raised within-type economy by 1.0 mpg |
The EPA’s within-type comparison attributes a 9.0-mpg increase to battery-electric and plug-in-hybrid adoption among car SUVs and a 1.0-mpg increase among truck SUVs. These are analytical comparisons, not controlled experiments, and neither category is synonymous with luxury SUV.
Battery-electric vehicles represented 7% of all U.S. new-vehicle production in 2024, down from 10% in 2023. Among large manufacturers, Tesla’s all-electric fleet recorded 117.1 mpg, Honda’s fleet 31.0 mpg, Hyundai’s 29.8 mpg, Kia’s 29.2 mpg and Stellantis’ 22.8 mpg; the EPA metric treats electric efficiency as mpg-equivalent.
Source: Highlights of the Automotive Trends Report.
Luxury SUV Size, Weight, Power and Footprint Data
EPA began tracking vehicle footprint in 2008 and defines it as the area enclosed by the vehicle’s four tires. Footprint is useful for interpreting the physical scale of luxury SUVs, but the supplied 2024 summary does not provide a luxury-only average or exact fleet values for every dimension.
From model year 2023 to 2024, average new-vehicle weight, horsepower and footprint each fell by less than 5% in the United States. The direction is reported, but the exact percentage change for each metric is not specified.
EPA’s counterfactual comparison also shows how electrification affected fleet averages in 2024. Without battery-electric and plug-in-hybrid vehicles, average new-vehicle power would have been 13 horsepower lower, weight 72 pounds lower and footprint 0.1 square feet lower.
These are fleet-level comparisons rather than measurements of luxury SUVs alone. They should not be read as evidence that every luxury SUV became larger, heavier or more powerful, or that removing electrified models would produce the same result within a luxury-only sample.
Source: Highlights of the Automotive Trends Report.
SUV Crash Deaths and Fatality Patterns in the United States
The IIHS Fatality Facts series uses the federal Fatality Analysis Reporting System, a census of fatal crashes. Its counts are not ownership, sales or per-mile risk rates.
SUV occupants accounted for 6,648 U.S. passenger-vehicle occupant deaths in 2024. Of those, 4,875 were drivers and 1,760 were passengers; drivers represented 73% and passengers 26%, with percentages potentially not totaling 100% because of rounding or unknown categories.
SUV occupant deaths rose from 417 in 1975 to 6,648 in 2024, a nearly 15-fold increase. IIHS attributes much of that change to SUVs being rare in 1975 and becoming more popular later, so the comparison is not a per-vehicle safety trend.
| 2024 SUV fatal-crash measure | Count or share |
|---|---|
| Total occupant deaths | 6,648 |
| Driver deaths | 4,875 |
| Passenger deaths | 1,760 |
| Frontal initial impact | 60% |
| Side initial impact | 19% |
| Rear initial impact | 6% |
| Other initial impact, mostly rollovers | 15% |
Single-vehicle crashes accounted for 44% of SUV occupant deaths in 2024, compared with 56% in multiple-vehicle crashes. The corresponding counts were 2,922 deaths in single-vehicle crashes and 3,726 in multiple-vehicle crashes.
Rollover deaths require careful interpretation. SUV occupants accounted for 1,483 deaths in rollover crashes in 2024, including 1,128 drivers in the separate driver table; 22% of all SUV occupant deaths occurred in single-vehicle rollover crashes, and the source cautions that the driver and all-occupant tables are separate measures.
Among 2024 SUV rollover occupant deaths, 996 followed frontal initial impacts, 350 followed side impacts and 114 followed rear impacts. IIHS defines rollover as tipping onto the side or roof at any time during the crash, while the “other” initial-impact category is mostly, but not exclusively, rollover.
Source: Fatality Facts 2024: Passenger vehicle occupants.
Luxury SUV Driver Death Rates by Vehicle Class
IIHS estimated driver death rates for 2023 models and equivalent earlier models using fatalities from 2021–2024 and registered vehicle years. Across all makes and models, the average was 37 deaths per million registered vehicle years.
| Vehicle class | Average driver deaths per million registered vehicle years |
|---|---|
| Small luxury SUVs | 28 |
| Midsize luxury SUVs | 17 |
| Large luxury SUVs | 10 |
| Very large luxury SUVs | 13 |
| Small SUVs, all types | 38 |
| Midsize SUVs, all types | 24 |
| Large SUVs, all types | 26 |
| Very large SUVs, all types | 20 |
The luxury-class estimates are observational averages affected by vehicle design, use patterns, driver demographics and exposure. The all-SUV figures are broader comparison groups and should not be treated as a controlled luxury-versus-nonluxury test.
Source: Driver death rates remain high for small cars, models with powerful engines.
Luxury SUV Model and Other-Driver Death Rates
The latest IIHS model analysis reported six models with a driver death rate of zero, and 18 of the 20 models with the lowest driver death rates were SUVs. A zero reported estimate is not proof of zero lifetime risk, and model figures are not laboratory crash-test scores.
| Luxury SUV model and drivetrain | Driver deaths per million registered vehicle years |
|---|---|
| Audi Q7 4WD | 0 |
| BMW X7 4WD | 0 |
| Mercedes-Benz GLB-Class 4WD | 0 |
| Mercedes-Benz GLE-Class 2WD | 0 |
| Porsche Macan 4WD | 4 |
| BMW X5 4WD | 5 |
| BMW X5 2WD | 6 |
| Porsche Cayenne 4WD | 7 |
| Volvo XC60 4WD | 7 |
| Volvo XC90 4WD | 7 |
The same IIHS analysis found an average other-driver death rate of 53 per million registration years, compared with 37 for the subject vehicle’s drivers. Other-driver deaths concern drivers in crash-partner vehicles, not occupants of the subject model.
By class, average other-driver death rates were 33 for small luxury SUVs, 37 for midsize luxury SUVs, 26 for large luxury SUVs and 55 for very large luxury SUVs per million registered vehicle years. The figures reflect crash partners, vehicle mix and exposure rather than vehicle mass alone.
Selected model-level other-driver rates included 7 for the BMW X3 2WD, 8 for the Volvo XC40 4WD, 9 for the Mercedes-Benz GLS-Class 4WD and 11 for the BMW X7 4WD. The Porsche Cayenne 4WD recorded 15, the Acura MDX 4WD and Land Rover Range Rover Velar each recorded 22, the Lincoln Corsair 4WD recorded 23, and the Volvo XC90 4WD recorded 24 deaths per million registered vehicle years.
IIHS combines 2023 models with equivalent earlier designs for this analysis and uses registration exposure. The results are observational estimates shaped by design, use patterns, driver demographics and crash partners, so they should not substitute for crash-test ratings or be presented as causal proof.
Source: Driver death rates remain high for small cars, models with powerful engines.