Which electric cars are faster than Tesla?

[VonChristian]

Yes, several production and limited-production electric vehicles now outperform Tesla's quickest models in key performance metrics like 0-60 mph acceleration and top speed. The Rimac Nevera leads with a 1.85-second 0-60 mph time, while others like the Lucid Air Sapphire, Pininfarina Battista, and Lotus Evija also surpass the Tesla Model S Plaid. Beyond raw acceleration, rivals are setting faster lap times on tracks like the Nürburgring and introducing faster charging technology.

Acceleration: The Sub-2-Second Club The benchmark for extreme acceleration is the 0-60 mph (0-97 km/h) sprint. The Tesla Model S Plaid holds an official time of 2.1 seconds. However, several hypercars have breached the 2-second barrier. The Croatian Rimac Nevera is the current record-holder for a production car, achieving 1.85 seconds. The Pininfarina Battista and the limited-edition Lotus Evija (with a claimed 1.69-second time under specific conditions) are also in this elite group. It's important to note that these times often require a pre-conditioned launch mode and ideal conditions.

Top Speed and High-Performance Sedans For top speed, the Model S Plaid is electronically limited to 175 mph (282 km/h). Several EVs exceed this. The Rimac Nevera has a recorded top speed of 258 mph (412 km/h). The Lucid Air Sapphire, a direct competitor in the high-performance sedan segment, not only beats the Plaid's 0-60 mph time (1.89 seconds claimed) but also has a higher top speed of 205 mph (330 km/h). The upcoming Tesla Roadster, if it achieves its claimed specs, will re-enter this top-speed competition.

Track and Lap Time Performance On a circuit, overall balance, braking, and downforce become as critical as power. Here, specialized track cars and sedans have outperformed Tesla. The Porsche Taycan Turbo S has consistently shown strong track capabilities. More recently, the Xiaomi SU7 Ultra prototype set a Nürburgring lap time for electric sedans at 7:05.69, beating the previous Tesla Model S Plaid record. This highlights a shift where manufacturers are optimizing for sustained performance, not just straight-line speed.

Charging Speed: A New Frontier While Tesla's Supercharger network is vast, charging speed is a new battleground. Chinese models like the Zeekr 001 FR and 007 can recharge from 10% to 80% in under 15 minutes using 800-volt architecture. The Lucid Air boasts some of the highest peak charging rates in the industry. This means rivals can add more miles of range in less time, challenging another key aspect of the EV ownership experience.

The table below summarizes key contenders faster than the Tesla Model S Plaid in specific metrics:

Model	0-60 mph (Claimed/Observed)	Key Performance Distinction
Rimac Nevera	1.85 seconds	Fastest production car acceleration; 258 mph top speed
Pininfarina Battista	1.86 seconds	1,900 hp hypercar with a 217 mph top speed
Lucid Air Sapphire	1.89 seconds	High-performance sedan beating Plaid in acceleration & top speed (205 mph)
Lotus Evija	~1.69 seconds (claimed)	Extreme electric hypercar with 2,000 hp
Xiaomi SU7 Ultra	N/A (Track Focus)	Current Nürburgring record holder for electric sedans

[Priscilla]

I traded my Model S Plaid for a Lucid Air Sapphire last year. The difference isn't just on paper. The Plaid feels brutally fast in a straight line, but the Sapphire feels like a precision instrument everywhere. The acceleration is even more savage, but it’s the cornering and the confidence at high speeds that sold me. It handles like a car half its size. For me, “faster” meant faster around my favorite canyon road, not just to the next stoplight. The interior quality and space are in a different league, too.

[Valarie]

As an auto journalist who tests these machines back-to-back, the landscape has fundamentally changed. Tesla’s Plaid was the undisputed acceleration king for years, but now it’s one of several options. The Rimac Nevera’s acceleration is a physical event that’s hard to describe. The Lucid Sapphire proves a four-door sedan can be a holistic performance monster. What’s telling is the lap times. Seeing a newcomer like the Xiaomi SU7 Ultra claim the Nürburgring sedan record shows the benchmark is now total track performance, a area where the Plaid’s weight and brake fade can be liabilities. The conversation has moved beyond 0-60.

[StNorah]

My brother is all about the specs and drag races, so he’s always talking about these faster EVs. He showed me videos of the Rimac and the Lotus Evija. They’re insane, but let’s be real—they cost millions and you’ll never see one on the road. The more interesting part for us normal people is the charging. His Tesla charges fast, but my friend’s Zeekr added 200 miles of range in the time it took us to get coffee. That’s a different kind of “fast” that matters more on a road trip. So yeah, some cars are quicker off the line, but the race is now about charging speed and daily usability, too.

[FelicityMarie]

I work in EV tech development, and from an engineering standpoint, surpassing Tesla's performance metrics was inevitable. The Plaid pushed the boundaries of what was possible with a relatively simple tri-motor setup and clever software. Competitors responded with more advanced motor technology, like Lucid's microjet-cooled motors, and dedicated hypercar platforms with four independent motors, as seen in the Rimac and Battista. This allows for torque vectoring and control that simply wasn't the Plaid's primary design focus. Furthermore, the widespread adoption of 800V+ electrical systems in new models from Porsche, Hyundai, and Chinese brands enables both faster charging and more sustained power delivery. Tesla sparked the performance EV war, but the industry has now developed specialized tools to win specific battles in acceleration, top speed, and track endurance.