Bugatti Rimac Nevera range & charging cost
The 2026 Bugatti Rimac Nevera is rated for an EPA estimated 174 miles. At 70 mph that's closer to 163 miles in mild weather, and about 96 miles at 20°F with the heater on.
All 1 EPA-rated trim
| Trim | Range | City | Hwy | kWh/100 mi | 70 mph, 20°F* | ¢/mile home | 240V charge |
|---|---|---|---|---|---|---|---|
| 2026 Nevera R 4-Wheel Drive | 174 | 172 | 176 | 66.5 | 96 | 1217.6 | 17.6 h |
Range, consumption and 240V charge time: EPA estimates from fueleconomy.gov (vehicle IDs 49630). *Modelled with fueleconomy.gov cold-weather figures and a drag model; see the range calculator for the method. Cost uses EIA U.S. residential 18.3¢/kWh (July 2026); a 30 mpg gas car costs 14.9¢/mile at $4.48/gal.
Road-tripping the Bugatti Rimac Nevera
On the highway, plan legs around 106–114 miles in mild weather: that's charging from about 80% down to 10–15%, the fast part of the curve. In deep winter, shorten that to around 62 miles. The EV trip planner picks real fast chargers along your route for any Bugatti Rimac trim.
Questions drivers ask
What is the range of the 2026 Bugatti Rimac Nevera?
EPA estimates 174 miles depending on trim (1 trim listed on fueleconomy.gov). The longest-range version is rated 174 mi combined and 176 mi highway.
How far does the Bugatti Rimac Nevera go on the highway in winter?
Using the EPA highway estimate and fueleconomy.gov’s cold-weather figures, the Nevera R could manage roughly 96 miles at 70 mph and 20°F with the heater on, against about 163 miles at 70 mph in mild weather. It is a model estimate; heat pumps and preconditioning improve it.
How much does it cost to charge the Bugatti Rimac Nevera?
At the U.S. average home price of 18.3¢/kWh (EIA, July 2026), a full charge of the Nevera R costs about $21.16, or 1217.6¢ per mile.
What size battery does the Bugatti Rimac Nevera have?
EPA does not publish battery capacity. From EPA range and consumption we estimate about 104 kWh usable for the Nevera R; check the manufacturer’s specification for the exact figure.