For the 2014 Honda Accord, 0-60 mph times vary by engine and transmission. In general, the V6 models run in the low-to-mid 6 seconds, while the four-cylinder versions typically land in the high 7s to around 8 seconds.
Engine options and typical 0-60 times
The 2014 Accord was offered with two main powertrains. The following figures summarize commonly cited times for representative configurations, recognizing that actual results depend on trim, transmission, and testing conditions.
- 2.4-liter four-cylinder with automatic: approximately 7.5–8.0 seconds 0-60 mph.
- 3.5-liter V6 with automatic: approximately 6.0–6.5 seconds 0-60 mph.
Times can vary by drivetrain configuration and test method, so your particular car may perform a bit faster or slower depending on equipment and conditions.
What affects 0-60 times on the Accord
Several factors influence measured 0-60 times beyond the engine itself. The following list outlines the most impactful elements you’ll encounter in real-world testing or ownership scenarios.
- Transmission type and gearing (CVT versus conventional automatic) can alter launch feel and pace.
- Engine choice (2.4L i‑4 versus 3.5L V6) determines the baseline power available at launch.
- Vehicle weight and trim level (more features and options add mass).
- Testing conditions (temperature, altitude, road surface) and the driver’s technique.
Understanding these variables helps explain why published numbers can differ between reviews and why a single car may run faster or slower on different days.
Summary
The 2014 Honda Accord offers two primary powertrains with distinct 0-60 profiles: roughly 7.5–8.0 seconds for the 2.4L four-cylinder and about 6.0–6.5 seconds for the 3.5L V6, both typically paired with automatic transmissions. Real-world results depend on the exact configuration, condition, and testing environment.
Additional notes
If you’re evaluating a used 2014 Accord for speed, consider checking the specific trim and transmission of the car in question, and, if possible, review independent test data or videos for that exact configuration to get a closer estimate of real-world performance.