0-60 Times Database: Fastest Cars, SUVs & EVs Ranked by Acceleration

0-60 times measure how quickly a vehicle accelerates from a standstill to 60 mph, making them one of the most widely used benchmarks for straight-line performance. They matter because they translate complex engineering into a result drivers can easily understand: how fast a car responds when pulling onto a highway, passing slower traffic, or launching from a stop. While 0-60 mph times do not define every aspect of performance, they are a practical way to compare acceleration across different vehicles, powertrains, and drivetrains. For anyone researching car acceleration times, they offer a clear starting point for judging how a vehicle may feel in real-world driving.

0-60specs.com tracks verified performance data for over 1,100 models across 80+ makes, drawn from more than 12,900 published tests in Car & Driver, MotorTrend, Road & Track, Motor Week, and other reputable automotive sources. Users can browse 0-60 times by make and model, explore specific trims, and compare vehicles side by side. The database is designed for quick lookups as well as deeper research, whether someone wants to check a single vehicle or evaluate a full lineup across a brand.

Beyond 0-60 times, vehicle performance is better understood when other figures are considered alongside acceleration. Quarter mile times show how a car continues to build speed after the initial launch, and drivetrain layout, engine configuration, and transmission type all influence the final result — which is why two vehicles with similar power ratings can post very different numbers. Looking at acceleration and quarter mile data together gives users a more complete way to compare vehicles, not just for finding the fastest cars 0-60, but for understanding why certain cars perform the way they do.

The database covers sports cars, sedans, SUVs, trucks, and electric vehicles within the same performance framework, making it easy to compare vehicles across segments and evaluate models with very different purposes.