The quickest electric cars can reach 60 mph in roughly two seconds, with the Rimac Nevera quicker still in published figures. Tesla’s new Roadster claims reach far beyond that group. The important qualification, as of 19 October 2026, is that the Roadster’s numbers remain untested manufacturer claims.
This comparison covers four established EV names and the newly announced Roadster. It uses approximate figures because sources and timing methods differ. It is not an independently conducted group test or a complete world-record ranking. Treat it as a way to understand the scale of the claims and the questions a fair comparison needs to answer.
The 0-60 mph comparison
| Car | About 0-60 mph | Claim or tested? |
|---|---|---|
| Rimac Nevera | 1.7 to 1.8 seconds | Published/manufacturer figures; no same-method test conducted here |
| Lucid Air Sapphire | 1.9 seconds | Manufacturer claim reported in published coverage |
| Tesla Model S Plaid | 2.0 to 2.1 seconds | Published/manufacturer figures; timing method matters; check availability |
| Porsche Taycan Turbo GT | 2.1 to 2.2 seconds | Published/manufacturer figures; check speed and method |
The evo fastest-electric-cars comparison provides published context, but includes 0-62 mph figures as well as discussion of 0-60 mph claims. Those measures are different. The rounded ranges above should not be read as four results obtained together on the same surface using identical equipment.
On that approximate basis, the Nevera leads this selected group, followed by the Sapphire, Plaid and Taycan Turbo GT. Small gaps between reported numbers deserve caution. A table can put them in a convenient order without demonstrating that the order would remain identical under every set of conditions.
Why the finishing speed and timing method matter
A 0-60 mph run ends earlier than a 0-62 mph run. The extra speed takes time, even in a very quick car. If one article lists 60 and another lists 62, copying the values into the same column creates a comparison that looks more precise than the evidence allows.
Rollout is another detail to check. Some acceleration figures exclude an initial short distance of movement from the timed interval. That can produce a lower number than timing from the first movement. Before arguing over a tenth of a second, check whether the sources started the clock in the same way.
Surface grip, tires, battery condition and temperature also belong in the testing notes. Ask whether the time is a manufacturer specification, a manufacturer demonstration or an independent measured result. Each answers a different evidential question. A useful road test explains its procedure rather than offering only a large number beside a photograph.
Why EVs are quick off the line
Electric motors can deliver strong torque from low speed, which helps a car accelerate immediately. Electronic control can adjust that output quickly. The engineering challenge is getting useful force through the tires without wasting it in wheelspin. More power alone does not guarantee a quicker start if the available grip cannot support it.
That is why launch performance concerns the whole vehicle. Motor response, traction management and tire contact work together. These are general reasons electric performance cars can feel so forceful from a standstill, rather than evidence that every EV will produce a headline sprint time. Everyday electric cars have different priorities and capabilities.
Where the new Roadster fits
Tesla announced Roadster 0-60 mph claims below 1.6 seconds for Performance, below 0.9 seconds for Thrust and below 0.59 seconds for Rocket. Those figures would be substantially quicker than the published numbers above. As of 19 October 2026, independent testing has not established them, so putting Rocket at the top of a tested ranking would misrepresent the evidence.
Thrust and Rocket add cold gas thrusters, while the announcement also describes fan ground-sealing technology. That makes the proposed capability a different engineering discussion from a conventional tire-driven launch. It increases the need for a clear explanation of the test setup, operating limits and repeatability. Read the Roadster 0-60 and top-speed breakdown for the version distinctions.
The car is not approved for public roads at this stage. Production is targeted for 2027 or 2028, with no final price announced and a $50,000 deposit. Our Roadster specifications, price and release-date guide connects those announcements to the underlying reporting. A production target does not turn an untested claim into a customer-car result.
What the figures mean for a driver
Use acceleration as one comparison point. It does not establish how comfortable a car is, how easy it is to park or how well it suits your usual journeys. A difference visible on a timing sheet may matter less to daily ownership than the layout, charging arrangements and availability of the particular car.
Check availability especially carefully for the Model S, which has been discontinued in some markets. Then look for independent tests that disclose their methods. The Roadster’s next meaningful step in this comparison is evidence: repeatable measured results from a clearly identified specification, with enough detail to compare them fairly against other cars.