DecodedCarsBugatti Mistral
1 model years from 2025 to 2025, compared on size, efficiency, safety and reliability.
- Model years
- 2025–2025
- Class
- Two Seaters
- Latest engines
- 8.0L 16-cyl turbo
- Best MPG
- 9–9 combined, by year
- Latest rating
- Not rated
- Recalls
- 0 campaigns, all years
- Interest
- 7,452 Wikipedia views / 30 days
The 2025 Mistral in brief
The 2025 Bugatti Mistral is a two seaters offered with a 8.0L 16-cyl turbo engine and all-wheel drive.
EPA rates its most efficient version at 9 MPG combined (8 city / 12 highway), 53% worse than the 2025 two seaters average of 19.2 MPG, for an estimated $9,150 a year in fuel.
NHTSA has not published a 5-Star overall rating for this model year.
There are no recalls or owner complaints on file with NHTSA for this model year.
The Bugatti Mistral has 1 model year in our data, from 2025 to 2025.
About the Bugatti Mistral
The Bugatti Mistral, also called the Bugatti W16 Mistral, is a mid-engine two-seater sports car manufactured in Molsheim, France, by French automobile manufacturer Bugatti Automobiles S.A.S. It was revealed on 19 August 2022. The Mistral is the fastest roadster in the world with a top speed achievement of 453.91 km/h in November 2024. Deliveries to customers began in early 2024. All 99 units were pre-sold at a price of €5 million.
From the Wikipedia article "Bugatti Mistral", licensed under CC BY-SA 4.0.
2025 Mistral pros & cons
Full 2025 details →What's good
- No recalls so far
Watch out for
- Below-average fuel economyBest version gets 9 MPG combined, 53% below the 2025 two seaters average of 19.2 MPG.
- Premium fuel requiredEvery gasoline version is rated for premium, which raises running costs.
Show all 1 model years side by side
| Year | Latest engines | Best MPG / range | Length | Weight | Overall | Recalls | Complaints |
|---|---|---|---|---|---|---|---|
| 2025 | 8.0L 16-cyl turbo | 9 MPG | – | – | Not rated | 0 | 0 |
Sources: EPA, NHTSA, Transport Canada, Wikipedia, Wikimedia Commons. Not affiliated with NHTSA, the EPA or Bugatti. How we calculate this →