Rankings are based on independently published tests currently included in the 0–60 Specs database. Vehicles without a qualifying published test in our database are not included.
Fastest Rear-Wheel Drive Cars From 0–60 MPH
Top 10 Fastest
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1
Chevrolet Corvette
2.20s
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2
Ferrari 296 GTB
2.30s
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3
McLaren 750S
2.30s
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4
Ferrari LaFerrari
2.40s
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5
McLaren 720S
2.50s
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6
Porsche 911
2.50s
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7
McLaren P1
2.60s
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8
Lamborghini Huracán
2.60s
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9
McLaren Artura
2.60s
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10
McLaren 650S
2.70s
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 0–60 mph. Lower is faster; ties are broken by the earliest recorded test.
- 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.
Common Traits Among the Fastest RWD Cars
Every vehicle in this group uses rear-wheel drive, so the drivetrain split is 100 percent RWD, with 0 percent AWD and 0 percent FWD. Across the field, average output is 344 hp and 343 lb-ft, while average weight is 3672 lb and median weight is 3700 lb. The average power-to-weight figures are 94.3 hp per 1000 lb and 10.7 lb per hp.
The powertrain mix is still led by combustion, with naturally aspirated models at 56 percent and turbocharged models at 28 percent. Gasoline accounts for 90 percent overall, while electric is 6 percent, hybrid 2 percent, plug-in hybrid 1 percent, diesel 1 percent, and hydrogen 0 percent. Manuals make up 34 percent of the category.
Why Horsepower Isn't Everything
Raw output helps, but it does not settle 0-60 mph results by itself. This group averages 344 hp, yet its average power-to-weight is 94.3 hp per 1000 lb, which better reflects how much mass each vehicle has to move. At an average 3672 lb, weight remains a major part of the launch equation.
Gearing, tire grip, and how effectively rear-wheel drive puts torque to the pavement also shape the result. That is why some lighter or better-geared cars can outrun more powerful but heavier entries. In a rear-drive field especially, traction at launch can matter as much as the headline horsepower figure.
Horsepower vs 0–60 mph
Each dot is one vehicle at its fastest verified run. Exact figures for every point are in the full rankings.
Brands With the Most RWD Cars
Powertrain Breakdown
RWD Cars by Decade
The decade medians show a clear long-term improvement, though not in a straight line. The 1940s sit at 10, the 1950s at 10.1, and the 1960s improve to 7.5. The 1970s move back to 9.7 before the 1980s recover to 8 and the 1990s drop to 6.2.
The pace keeps tightening in newer eras, with a median of 5.1 in the 2000s and 4.4 in the 2010s. The 2020s come in at 4.6, still far quicker than earlier decades. Overall, the trend shows sustained gains from power, tires, transmissions, and launch efficiency across this rear-drive group.
Records & Superlatives
The record holders show how different powertrain routes can arrive at similar results. The quickest turbocharged and rear-wheel-drive automatic entry is the Chevrolet Corvette at 2.2 seconds, while the fastest naturally aspirated model is the Lamborghini Huracan at 2.6. The fastest electric entry is the Ford Mustang at 2.8, and the quickest hybrid is the Ferrari 296 GTB at 2.3.
Transmission records widen the picture further. The fastest manual is the Ariel Atom at 2.9, while the quickest CVT entry is the Cadillac CT6 at 5.2. That spread shows launch control, shift speed, and traction strategy can separate cars almost as much as engine type.