Tesla Roadster vs. Rimac Nevera: How It Stacks Up Against the Fastest Electric Cars

Tesla calls the new Roadster "the quickest car in the world." The Rimac Nevera, a Croatian electric hypercar, has spent years collecting records that back up a similar claim. So how does the Tesla Roadster vs. Rimac Nevera matchup actually look, and where do the Porsche Taycan Turbo GT, Lucid Air Sapphire, Yangwang U9 and McMurtry Spéirling fit in the race for the title of fastest electric car? This part of our Tesla Roadster guide compares only verified numbers, explains why acceleration figures are so often apples-to-oranges, and shows where the Roadster would be first – and where it would not.

The big caveat: targets vs. measured results

Every Tesla Roadster number in this article is a manufacturer target. Tesla says the Performance version will reach 60 mph in under 1.6 seconds, Thrust in under 0.9 seconds and Rocket in under 0.59 seconds. At the October 15, 2026 demo, Investing.com and Jalopnik reported a 0.81-second run, but Jalopnik noted that no timer was visible and no independent measurement was made. The competitors below, by contrast, have figures from manufacturer-run record attempts or magazine testing. Until a production Roadster is tested, any head-to-head is a comparison between a promise and a result. Details on how Tesla says it will hit those numbers are in our 2026 Tesla Roadster specs article.

Tesla Roadster vs. Rimac Nevera: head to head

	Tesla Roadster (2026)	Rimac Nevera	Rimac Nevera R
Power	Not disclosed	1,914 hp (1,408 kW)	2,107 hp
Torque	Not disclosed	2,340 N·m (about 1,726 lb-ft)	—
0–60 mph	Under 1.6 / 0.9 / 0.59 s (Tesla targets by version)	1.74 s (with one-foot rollout)	1.66 s
0–100 km/h (62 mph)	Not published	1.81 s	—
Top speed	Over 230 mph (370 km/h), Tesla	About 256 mph (412 km/h)	About 268 mph (431 km/h)
Battery / range	Not disclosed / over 300 miles (483 km), Tesla	120 kWh / about 304 miles (489 km) WLTP	—
Production	Planned from 2028	150 units	—
Price	Not announced; $50,000 reservation	About $2.2 million (Car and Driver estimate)	From about $2.5 million (TechCrunch)

On paper, the Roadster's thruster versions would demolish the Nevera's acceleration. Even the thruster-free Performance version targets a time close to the Nevera's 1.74 seconds. But the Nevera R has a measured 0–60 mph time of 1.66 seconds and the car set 24 records, including 0–400–0 km/h in 25.79 seconds, according to Motor1. And on top speed, both Rimacs exceed the Roadster's stated "over 230 mph."

The fastest electric cars, compared

Here is how the Roadster's targets compare with the quickest and fastest electric cars that have published, verifiable figures.

Car	0–60 mph	Top speed	Notes	Source
Tesla Roadster Rocket (2026)	Under 0.59 s (target)	Over 230 mph (target)	Cold-gas thrusters; not approved for public roads	Tesla
Tesla Roadster Performance (2026)	Under 1.6 s (target)	Over 230 mph (target)	Suction fans, no thrusters	Tesla
McMurtry Spéirling	1.40 s (Carwow test)	—	Fan downforce; Goodwood hill climb record 39.08 s	Motor1, Autocar
Rimac Nevera R	1.66 s	About 268 mph (431 km/h)	24 records; 0–400–0 km/h in 25.79 s	Motor1
Rimac Nevera	1.74 s (with rollout)	About 256 mph (412 km/h)	1,914 hp; 150 built	Rimac
Porsche Taycan Turbo GT Weissach	1.89 s (with rollout); 2.10 s without	—	Quickest car MotorTrend had ever tested at the time	CarScoops, citing MotorTrend
Lucid Air Sapphire	2.16 s	—	Quarter mile 9.21 s at 157.1 mph	CarScoops, citing MotorTrend
Yangwang U9 Track Edition (BYD)	—	293.5 mph (472.41 km/h)	Over 3,000 hp, 1,200-volt system	BYD

Why acceleration numbers are so hard to compare

Two cars with "1.8-second" 0–60 times may not be equally quick, because the measurement method varies:

• One-foot rollout. American magazines often start the clock after the car has already moved one foot, the way drag strips time runs. MotorTrend's Taycan Turbo GT test shows the effect: 1.89 seconds with rollout, 2.10 seconds without.
• 0–60 mph vs. 0–100 km/h. 100 km/h is about 62 mph, so a 0–100 km/h time is slightly longer. The Nevera's 1.74 s (0–60 mph) and 1.81 s (0–100 km/h) illustrate the difference.
• Surface and conditions. Prepared drag strips, tire temperature and weather all affect results.
• Who measured it. A manufacturer's record attempt, a magazine test and a demo with no visible timer are three very different levels of evidence.

Tesla has not said how it measures its Roadster targets. The fair way to compare is like with like: rollout with rollout, magazine test with magazine test. Until then, the Roadster's sub-second numbers belong in a separate column.

What a sub-second 0–60 mph would feel like

Acceleration times are easier to grasp as g-forces. Sixty miles per hour is about 26.8 meters per second. Dividing by the time gives the average acceleration, and dividing that by Earth's gravity (9.81 m/s²) gives the average g-force the driver would feel pushing them into the seat. The figures below are our own arithmetic based on the published times; real acceleration is never perfectly even, so peak forces would be higher than these averages.

Car and time to 60 mph	Average acceleration	Average g-force
Tesla Roadster Rocket target, 0.59 s	About 45 m/s²	About 4.6 g
Tesla Roadster Thrust target, 0.9 s	About 30 m/s²	About 3.0 g
Tesla Roadster Performance target, 1.6 s	About 17 m/s²	About 1.7 g
Rimac Nevera R, 1.66 s	About 16 m/s²	About 1.6 g
Porsche Taycan Turbo GT, 1.89 s	About 14 m/s²	About 1.4 g
Original Tesla Roadster Sport (2009), 3.7 s	About 7 m/s²	About 0.7 g

An average of more than 4 g for the Rocket would be far beyond anything a production road car has delivered. It also helps explain Musk's remark that the Roadster is "not necessarily a safety optimized car," and why Tesla ran the demonstrations by remote control with nobody inside, as Investing.com and TechCrunch reported. For comparison, the original 2008 Roadster – itself considered shockingly quick in its day – averaged well under 1 g.

Beyond 0–60: quarter mile and full-run records

Sprint times are only one way to rank fast cars. Quarter-mile times reward sustained power, and full acceleration-and-braking runs test everything at once. Tesla's 2017 target for the Roadster was a quarter mile in 8.8 seconds; it has not published a quarter-mile figure for the 2026 versions. MotorTrend measured the Lucid Air Sapphire at 9.21 seconds at 157.1 mph, and Rimac's Nevera R went from 0 to 400 km/h (about 249 mph) and back to a stop in 25.79 seconds, according to Motor1. Those are the kinds of figures the Roadster will need to post, under independent timing, before its "quickest car in the world" claim can be checked.

Where the Roadster would be first

If the production car meets its targets, the Roadster Thrust and Rocket would beat every car on this list from 0 to 60 mph by a wide margin – something no tire-only car can match, because tires can only transmit so much force before they slip. Tesla says its thrusters produce four to five times more force than the tires, as Electrek and Teslarati reported, and Jalopnik cited a rear thrust figure above 80 kN. That is the trick that makes sub-second times plausible: the car is pushed by air, not only pulled by rubber.

The Roadster could also undercut its rivals on price by a huge margin if Tesla stays anywhere near its original $200,000 base. The Nevera is estimated at $2.2 million and the Nevera R at about $2.5 million. See our Tesla Roadster price and reservation guide for what is known.

Where the Roadster would not be first

Top speed. Tesla's stated figure is "over 230 mph." The Nevera R has reached about 268 mph (431 km/h), and BYD says the Yangwang U9 Track Edition hit 293.5 mph (472.41 km/h) on August 8, 2025, at the ATP Papenburg test track in Germany with driver Marc Basseng. Musk said on stage the Roadster could reach "Mach 0.5, maybe higher" – roughly 380 mph at sea level – but that is a verbal claim, not a published specification.

Proven records. The Nevera R has 24 records. The McMurtry Spéirling holds the Goodwood Festival of Speed hill climb record at 39.08 seconds, according to Autocar. The Roadster has no independently verified figure yet.

Range. Tesla's over-300-mile target is roughly comparable to the Nevera's 489 km (about 304 miles) WLTP figure, and far below the 620 miles promised in 2017 (see what Tesla promised in 2017).

The fan-car connection: Roadster vs. McMurtry Spéirling

The closest technical cousin to the Roadster is not the Nevera but the McMurtry Spéirling, a British single-seat electric track car. Like the Roadster's suction system, the Spéirling uses fans to suck the car to the ground, creating grip independent of speed. It has about 1,000 hp, ran 0–60 mph in 1.40 seconds in a Carwow test, and is sold as the Spéirling PURE from just under £1 million before taxes in the UK. Tesla says the Roadster's fans can hold it upside down even when stationary, and Reuters reported 2 g of suction grip. The difference is that the Spéirling is a track car, while Tesla's Performance Roadster is meant to be road legal.

Tesla has been working on the idea for a while. In August 2025, Electrek covered a newly published Tesla patent on ground-effect downforce technology, noting that it did not match some of Musk's earlier flying-car talk. The production car combines both approaches: fans for grip on the ground and, on the Thrust and Rocket versions, compressed-air thrusters for acceleration and hops. No other car on this list uses both.

So which is the fastest electric car?

It depends on what "fastest" means. By top speed, the Yangwang U9 Track Edition holds the published EV record at 293.5 mph. By measured 0–60 mph among cars you can buy for the road, the Rimac Nevera R leads at 1.66 seconds, with the Nevera close behind. On a track or hill climb, the fan-assisted McMurtry Spéirling is in a class of its own. The Tesla Roadster's claim is the most extreme of all – under 0.59 seconds for the Rocket – but it is the only one on this list without a production car or independent test behind it.

We will update this comparison when production Roadsters are tested. Meanwhile, see the full story – from the original 2008 Roadster to the 2028 production target – on the Tesla Roadster hub.