Dodge Challenger vs Ford Mustang: 0–60 and Quarter-Mile Comparison
This comparison brings together verified acceleration results for the Dodge Challenger and Ford Mustang, covering 0–60 mph times, quarter-mile times, and side-by-side performance trends across multiple years and trims. The data spans 54 tested Challenger entries and 327 Mustang entries, giving useful context across the broader Dodge and Ford lineups.
In production form, the Mustang holds the quicker 0–60 mph result by 0.1 second, led by the 2020 Shelby GT500 Fastback at 3.3 seconds. The Challenger owns the quicker production quarter-mile by 0.3 second with the 2018 SRT Hellcat Widebody Coupe at 10.9 seconds. Fastest overall 0–60 honors differ from production results: the quickest recorded Mustang run is the non-production, heavily modified 2000 Boss SVE Coupe at 1.9 seconds. Across all tested entries, the Challenger also posts the lower median 0–60 time.
For shoppers comparing test history as well as peak numbers, the latest shared model year with verified data is 2021, where the two cars are tied on 0–60 mph. Use the tables below to compare individual trims, see how quarter-mile performance changes by year, and review the specific test sources behind each acceleration result.
Category Winners: Challenger vs Mustang
Both models split the 6 categories evenly — 3 wins each — making this a closely contested comparison.
| Category | Dodge Challenger | Ford Mustang |
|---|---|---|
| Fastest production 0–60 | 3.40s | 3.30s Winner |
| Fastest production ¼ mile | 10.90s Winner | 11.20s |
| Fastest overall 0–60 | 3.40s | 1.90s Winner |
| Fastest overall ¼ mile | 10.90s | 10.55s Winner |
| Median production 0–60 | 4.70s Winner | 5.10s |
| Median production ¼ mile | 13.10s Winner | 13.60s |
| Category wins | 3 | 3 |
All-Time Production Records
Production vehicles onlyThe Ford Mustang holds the production 0–60 record at 3.30s, 0.10s quicker than the Dodge Challenger's best of 3.40s.
Fastest Overall Results
Includes modified and non-production vehiclesCounting all tests, the Ford Mustang has been clocked at 1.90s 0–60 — 1.50s quicker than the Dodge Challenger's overall best of 3.40s.
Typical Production Performance
Medians and averages across all production testsOn a typical production run, the Dodge Challenger reaches 60 mph in 4.70s — 0.40s quicker than the Ford Mustang's median of 5.10s.
| Metric | Dodge Challenger | Ford Mustang |
|---|---|---|
| Median 0–60 | 4.70s | 5.10s |
| Average 0–60 | 5.04s | 5.40s |
| Median ¼ Mile | 13.10s | 13.60s |
| Average ¼ Mile | 13.29s | 13.76s |
| Sample (0–60) | 51 | 284 |
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: Dodge Challenger (2023) vs Ford Mustang (2024). These results are not directly comparable.
| Metric | Dodge Challenger | Ford Mustang |
|---|---|---|
| Latest tested year | 2023 | 2024 |
| Best 0–60 that year |
3.60s
SRT Super Stock Coupe |
3.70s
Dark Horse Premium Fastback (Handling Pack) |
| Best ¼ mile that year | 11.40s | 12.00s |
Overlapping Model Years (1970–2021)
11 shared tested yearsRestricted to the 11 years both models overlapped (1970–2021), the Ford Mustang held a 0.20s median 0–60 advantage over the Dodge Challenger.
Data Coverage
The Dodge Challenger has 54 tests spanning 1970–2023, while the Ford Mustang has 327 tests from 1964–2024.
| Metric | Dodge Challenger | Ford Mustang |
|---|---|---|
| Total tests | 54 | 327 |
| Production tests | 51 | 284 |
| Earliest tested year | 1970 | 1964 |
| Latest tested year | 2023 | 2024 |
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.