Rankings are based on independently published quarter-mile tests currently included in the 0–60 Specs database. Vehicles without a qualifying published test in our database are not included.
Fastest All-Wheel-Drive Cars in the Quarter Mile
Top 10 Fastest by Quarter Mile
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1
Chevrolet Corvette
8.90s155.0 mph
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2
Lucid Air
9.00s154.8 mph
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3
Bugatti Chiron
9.10s161.0 mph
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4
Porsche Taycan
9.20s150.1 mph
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5
Tesla Model S
9.25s152.6 mph
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6
Lamborghini Temerario
9.40s150.0 mph
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7
Ferrari SF90 Stradale
9.50s148.0 mph
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8
Porsche Cayenne
9.50s146.0 mph
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9
Lamborghini Revuelto
9.70s148.0 mph
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10
Porsche 911
9.70s142.0 mph
Methodology & Eligibility
- Production-only by default. The canonical ranking counts factory-production vehicles. Use the toggle to include modified / tuner builds.
- One entry per model. Each model is represented by its single fastest verified result — repeated publication tests are collapsed.
- Ranked by Quarter Mile. Lower is faster; ties are broken by the earliest recorded test. Elapsed time from a standing start over a quarter mile — trap speed is shown alongside it but does not affect the order.
- Verified tests only. Every result comes from an independently published road test in our database.
Full Rankings
vehicles shown
Category Statistics
Median is preferred over average — it is less influenced by a handful of exceptionally quick outliers. Statistics reflect production results only. Trap speed is recorded as the car crosses the quarter-mile stripe and is reported for 504 of the 509 qualifying vehicles.
Common Traits Among the Fastest AWD Cars
Every entry here is all-wheel drive, with AWD accounting for 100 percent of the field and manual gearboxes appearing in 7 percent. As a group, these cars average 395 hp, 405 lb-ft, and 4434 lb, with 87.6 hp per 1000 lb or 11.2 lb per hp. The average quarter-mile trap speed is 104 mph.
The aspiration mix also helps explain the spread in results: 42 percent are turbocharged and 22 percent are naturally aspirated. The model years run from 1982 to 2027, averaging 2017, so this is a mostly modern set dominated by newer AWD performance hardware rather than older manual-era layouts.
What Decides a Quarter-Mile Time
Quarter-mile elapsed time depends on more than output alone. This group averages 395 hp, 87.6 hp per 1000 lb, and 11.2 lb per hp, and its average trap speed is 104 mph. That trap figure is a useful shorthand for power-to-weight because the car is still accelerating at the stripe.
But elapsed time also reflects how the run began. Launch quality, gearing, traction, and weight shape the first 60 feet, and the pass usually does not recover from a weak start. In other words, trap speed points harder at power-to-weight, while ET shows both the power available and how effectively the AWD system put it down early.
Horsepower vs Quarter Mile
Each dot is one vehicle at its fastest verified run. Exact figures for every point are in the full rankings.
Brands With the Most AWD Cars
Powertrain Breakdown
AWD Cars by Decade
The decade medians trace a clear improvement in quarter-mile performance. The 1980s sit at 16.5, the 1990s at 15.6, and the 2000s at 15. From there, the field moves more sharply forward, with a 13.7 median in the 2010s and 12.8 in the 2020s.
That progression matches the category's average model year of 2017 and shows how modern AWD systems, newer transmissions, and stronger powertrains have shifted the center of the field downward. Most of the list comes from the 2020s, and that decade also posts the quickest median quarter-mile result.
Records & Superlatives
The record holders show how different routes can arrive near the front. The fastest naturally aspirated car is the 2018 Lamborghini Huracan at 10.2 and 136 mph, the fastest turbocharged is the 2022 Bugatti Chiron at 9.1 and 161 mph, and the fastest electric is the 2025 Lucid Air at 9.0 and 154.8 mph.
Transmission and drivetrain records add the same lesson. The AWD and hybrid benchmark is the 2026 Chevrolet Corvette at 8.9 and 155 mph, while the automatic record-holder Chiron traps a higher 161 mph but does not post the quicker ET. That gap shows how a car can carry more speed through the lights yet still lose on elapsed time if the rest of the run was less efficient.