Chevrolet Corvette vs Nissan GT-R: 0–60 and Quarter-Mile Comparison
This comparison looks at verified acceleration results for the Chevrolet Corvette and Nissan GT-R, covering 0–60 mph times, quarter-mile times, and broader acceleration trends across a large set of published tests. The page brings together results from Chevrolet and Nissan performance models across their recorded model-year ranges.
In production form, the Corvette holds the quicker benchmark in both key measures here: its fastest verified 0–60 mph run is 2.2 seconds, 0.5 second ahead of the GT-R’s best production result, and its quickest production quarter-mile is 9.5 seconds, 1.5 seconds ahead of the GT-R’s best. The GT-R still posts the lower fleet-wide median 0–60 figure at 3.0 seconds versus the Corvette’s 4.3, while the fastest overall 0–60 result in this comparison comes from a non-production, modified GT-R at 1.53 seconds.
The latest shared model year with verified data is 2020, which can help when narrowing the comparison to more contemporary results; in that shared year, the Corvette leads the recorded 0–60 test by 0.5 second. Use the tables below to compare individual trims, test sources, and year-by-year quarter-mile and 0–60 mph results in more detail.
Category Winners: Corvette vs GT-R
The Nissan GT-R leads 4–2 across 6 performance categories, with the Chevrolet Corvette taking 2 categories.
| Category | Chevrolet Corvette | Nissan GT-R |
|---|---|---|
| Fastest production 0–60 | 2.20s Winner | 2.70s |
| Fastest production ¼ mile | 9.50s Winner | 11.00s |
| Fastest overall 0–60 | 1.97s | 1.53s Winner |
| Fastest overall ¼ mile | 9.24s | 7.70s Winner |
| Median production 0–60 | 4.30s | 3.00s Winner |
| Median production ¼ mile | 12.70s | 11.20s Winner |
| Category wins | 2 | 4 |
All-Time Production Records
Production vehicles onlyThe Chevrolet Corvette holds the production 0–60 record at 2.20s, 0.50s quicker than the Nissan GT-R's best of 2.70s.
Fastest Overall Results
Includes modified and non-production vehiclesCounting all tests, the Nissan GT-R has been clocked at 1.53s 0–60 — 0.44s quicker than the Chevrolet Corvette's overall best of 1.97s.
Typical Production Performance
Medians and averages across all production testsOn a typical production run, the Nissan GT-R reaches 60 mph in 3.00s — 1.30s quicker than the Chevrolet Corvette's median of 4.30s.
| Metric | Chevrolet Corvette | Nissan GT-R |
|---|---|---|
| Median 0–60 | 4.30s | 3.00s |
| Average 0–60 | 4.56s | 3.11s |
| Median ¼ Mile | 12.70s | 11.20s |
| Average ¼ Mile | 12.83s | 11.38s |
| Sample (0–60) | 223 | 37 |
Median is preferred over average — it is less influenced by extreme outlier tests. Averages include all production runs on record.
Latest Available Results
The most recent tested model year differs: Chevrolet Corvette (2025) vs Nissan GT-R (2020). These results are not directly comparable.
| Metric | Chevrolet Corvette | Nissan GT-R |
|---|---|---|
| Latest tested year | 2025 | 2020 |
| Best 0–60 that year |
2.20s
ZR1 Coupe (ZTK Performance Pack) |
3.30s
NISMO Coupe |
| Best ¼ mile that year | 9.50s | 11.40s |
Overlapping Model Years (2009–2020)
10 shared tested yearsRestricted to the 10 years both models overlapped (2009–2020), the Nissan GT-R held a 0.70s median 0–60 advantage over the Chevrolet Corvette.
Data Coverage
The Chevrolet Corvette has 266 tests spanning 1956–2025, while the Nissan GT-R has 43 tests from 2008–2020.
| Metric | Chevrolet Corvette | Nissan GT-R |
|---|---|---|
| Total tests | 266 | 43 |
| Production tests | 223 | 37 |
| Earliest tested year | 1956 | 2008 |
| Latest tested year | 2025 | 2020 |
Explore Each Model
Related Comparisons
Methodology
All 0–60 and quarter-mile results are sourced from independently published road tests by reputable automotive publications. Manufacturer-claimed times are not included. When multiple publications test the same vehicle, each run is listed separately. Production and non-production results are clearly distinguished throughout. Fastest 0–60 and fastest quarter-mile records are treated as independent measurements and may come from different tests, trims, or sources.