What car goes 0-60 in 1.66 seconds?

No production road car officially reaches 0-60 mph in 1.66 seconds. The fastest widely documented figure today is about 1.85 seconds, achieved by the Rimac Nevera. If a car ever hits 1.66 seconds in normal street use, it would mark a historic leap in power, traction, and launch technology.

This article surveys the current state of 0-60 performance for production cars, explains how these times are measured, and outlines what engineering would be needed to approach the 1.66-second mark. It also clarifies the difference between road-legal production cars and track‑only or prototype machines that sometimes push the envelope further.

Current leaders in 0-60 performance

Below are representative examples of production cars that sit at the forefront of 0-60 performance. Times can vary by test method, tires, surface conditions, and launch procedures.

• Rimac Nevera — commonly cited around 1.85 seconds for 0-60 mph (varies slightly by test). All-electric hypercar with four motors and all-wheel drive.


• Tesla Model S Plaid — officially around 1.99 seconds; three-motor electric setup with all-wheel drive, widely tested around ~2.0 seconds.


• Pininfarina Battista — roughly 2.0 seconds in many tests; electric hyper GT with substantial power and limited production.

Note: Several cars have claimed sub-2.0-second times in controlled tests, but 1.66 seconds has not been demonstrated as a standard, street-legal production figure. Real-world results depend on surface, tires, weather, and launch method.

What would be required to hit 1.66 seconds?

To approach 1.66 seconds, a car would need an optimal blend of extreme power, light weight, exceptional traction, and sophisticated launch control. The following factors are central to that effort.

1. Powertrain capability: a multi-motor, all‑wheel-drive setup delivering very high peak torque and power, with efficient delivery from rest.


2. Weight management: a low curb weight achieved through advanced composites or other lightweight materials to maximize power-to-weight ratio without sacrificing safety or durability.


3. Tire technology and grip: specialized, high-traction tires with excellent heat management to maintain grip during a near-instant torque spike.


4. Launch engineering and software: precise torque vectoring, traction control tuning, and launch modes that maximize grip while minimizing wheelspin and wheel hop.

Even with these advances, achieving a reliable 1.66-second 0-60 would require near-perfect conditions and a vehicle architecture optimized for short, high-grip launches—likely placing such a car in the realm of limited‑run, track-focused projects rather than a mass-market or everyday road car. The Rimac Nevera remains the benchmark for production road cars today.

Industry outlook

Drivers and challenges

The industry continues to push the envelope with electric propulsion, advanced materials, and tire technology. While battery energy density and power electronics are improving, maintaining sub-2-second 0-60 times consistently across varying road conditions remains challenging. A sub-1.7-second figure for a widely available car would require a combination of breakthroughs in traction, weight, and reliability that are unlikely to appear suddenly; any near-term progress will likely come from limited-run or track-focused programs.

Bottom line

As of now, no production road car officially reaches 0-60 mph in 1.66 seconds. The closest mainstream benchmark is the Rimac Nevera at roughly 1.85 seconds, with other top contenders hovering around 2.0 seconds. Reaching 1.66 seconds would demand a concerted leap in power, traction, and launch control, typically found in specialist projects rather than ordinary production cars.

Summary

In short, 0-60 in 1.66 seconds remains an aspirational target that has not been realized in widely available production cars. The frontier is currently led by high-end electric hypercars such as the Rimac Nevera at about 1.85 seconds, while 1.66 seconds would likely require a future combination of groundbreaking materials, powertrain efficiency, and tire technology—most plausibly in a limited, track-oriented program rather than a mainstream consumer model.

What car can go 0-60 in 1.6 seconds?

This is about to be an awesome hill climb run i can't get enough of this Sesto. Elemento. Obviously the looks have changed as well to improve the aerodynamics of the Remounts. Nava.

What's the quickest car 0-60?

The McMurtry Spéirling is the fastest accelerating 0-60 car, achieving the feat in 1.4 seconds with a fan-based downforce system. Other contenders for the title include the Dodge Challenger SRT Demon 170 (1.66 seconds on a prepped surface) and the Rimac Nevera (1.74 seconds).
 
This video shows the McMurtry Spéirling's acceleration: 0:49Supercar BlondieYouTube · Feb 25, 2024

• McMurtry Spéirling: At 1.4 seconds, it is the fastest production car tested in a specific test. Its unique fan-powered downforce system allows it to maximize grip and harness its power for incredible launches. 
• Dodge Challenger SRT Demon 170: This car is the quickest 0-60 production car on a prepped surface, with a time of 1.66 seconds. It requires significant driver skill to achieve this time. 
• Rimac Nevera: This electric hypercar from Croatia is also among the fastest, with a 0-60 mph time of 1.74 seconds. It holds numerous speed records. 

You can watch this video to see the Dodge Challenger SRT Demon 170 in action: 0:17WealthInstagram · Nov 3, 2025

What's a good 0 to 60 time for a car?

A "good" 0-60 time depends on the car type: under 10 seconds is adequate for a non-sporty car, while a quick sports car is under 7 seconds. For a truly fast car, a time under 5 seconds is considered very good, and anything under 3 seconds is in the supercar realm. 

• Non-sporty/average car: Under 10 seconds is adequate, with 7-8 seconds being considered quick by modern standards. 
• Sports car: Under 7 seconds is respectable, with under 5 seconds being genuinely fast. 
• Fast car: Under 5 seconds is expected. 
• Supercar: Under 3 seconds is considered thrilling and is the standard for high-performance vehicles. 

What is the 0 to 60 time for the Dodge Demon 170?

The numbers "demon 170 0 60" refer to the Dodge Challenger SRT Demon 170, a high-performance car that can accelerate from 0 to 60 mph in 1.66 seconds under specific, optimal conditions. It boasts 1,025 horsepower when using E85 fuel and also runs a 8.91-second quarter-mile. These results are achieved on a prepped drag strip and require precise launch control with specific tires and fuel.
 
This video shows a POV drive of the Dodge Demon 170 with its 0-60 MPH time: 51sVehicle VirginsYouTube · Jan 15, 2024
Performance details

• 0-60 mph: 1.66 seconds (on a prepped drag strip) 
• Horsepower: 1,025 hp (with E85 fuel) 
• Torque: 945 lb-ft (with E85 fuel) 
• Quarter-mile: 8.91 seconds at 151.2 mph 
• Launch Control: Features a second-generation transbrake for precise launches 
• Required Fuel: Special E85 ethanol blend for peak performance 
• Track Conditions: The 1.66-second time is achieved under very specific conditions, such as a specially prepped drag strip with VHT, and the use of drag radial tires. 

You can watch this video to learn how the Dodge Demon 170 performs on the street: 1mRacerXYouTube · Jan 22, 2024
Important considerations

• The 0-60 mph time of 1.66 seconds is achieved only under ideal, controlled circumstances, like those found at a drag strip. 
• On public roads or in less-than-perfect weather conditions, the acceleration will be significantly slower due to the specialized drag tires that are not suited for everyday driving.