0–60 mph Calculator
Estimate 0-60 mph acceleration time from mass and engine force, or verify a known time with derived performance metrics.
Results
What is it?
The 0-60 mph test is the most widely cited benchmark for automotive acceleration. It measures how quickly a vehicle can accelerate from a standstill to 60 miles per hour. Using Newton's second law (F = ma), this calculator derives time from net force and vehicle mass, or uses a known measured time.
How to use
Enter vehicle mass (kg or lb) and estimated net force in Newtons (engine thrust minus aerodynamic drag at moderate speed). Leave 'Known 0-60 Time' at 0 to compute automatically. Enter a real test time to generate the derived metrics from that value instead. The quarter-mile estimate uses Hale's empirical formula.
Example scenario
A 1,500 kg car with 3,000 N of net driving force accelerates at 2.0 m/s², reaching 60 mph (26.82 m/s) in about 13.4 seconds. A performance version at 6,000 N cuts that to 6.7 seconds — confirming that doubling thrust halves the time.
Pro tip
Real-world 0-60 times are reduced by launch control, traction, and gear ratios. Weight reduction is extremely effective: shedding 100 kg from a 1,500 kg car (6.7% lighter) improves every acceleration figure by the same 6.7%. Rolling resistance and aerodynamic drag are significant above 40 mph, so net force is lower at speed than at launch.