Skip to main content

Aston Martin’s Vulcan AMR Pro may be too much for mere mortals to handle

The Aston Martin Vulcan defines extreme. This limited-edition supercar can’t actually be driven on public roads, and is so fast on the track that each of the 24 Vulcan buyers had to be trained to drive it. This is not a car one tries to improve. Yet Aston thinks it’s found a way to do that. It does not plan to build any more Vulcans, but it now has an upgrade package for the existing 24 cars. Thanks to an even more aggressive aerodynamics package, this Vulcan AMR Pro version should be faster around a track. But will it be too much for mere mortals to handle?

Changes begin at the front, where Aston added louvered panels to extract high-pressure air from the wheel wells, and dive planes that look like they were taken straight off a race car. The front splitter was altered as well, and the massive rear wing is now a dual-plane design, with two horizontal beams sandwiched between the endplates.

Aston claims these changes increase downforce from 2,323 pound-feet in the standard Vulcan, to 2,950 lb-ft. Downforce pushes the car into the pavement, giving the tires more grip and letting the driver go faster. To put these figures in context, the Aston Martin Vantage GTE race car that just won its class at the 24 Hours of Le Mans only generates 2,290 lb-ft. of the downforce.

The Vulcan’s 820-horsepower 7.0-liter V12 engine and six-speed sequential transmission are essentially unchanged. The AMR Pro does have shorter gear ratios to improve acceleration, though. Aston also managed to shave 11 pounds from the engine cover with a new production process for its carbon-fiber components. Every little bit helps, apparently.

The Vulcan AMR Pro makes its public debut at the Goodwood Festival of Speed in the U.K. The 24 Vulcan owners can have their cars upgraded to AMR Pro spec by Aston’s Q personalization division. Aston says it’s working on the first cars now, but they won’t be completed until the fall. The upgrade process may be the only thing about the Vulcan AMR Pro that’s slow.

As crazy as the Vulcan is, it’s about to be supplanted by another Aston supercar. Called the Valkyrie, it’s a collaboration between Aston and the Red Bull Racing Formula One team. Unlike the Vulcan, the Valkyrie will be street legal. But Aston is also planning a track-only version that will not only be faster than the Vulcan but, the automaker claims, many top-level race cars as well.

Stephen Edelstein
Stephen is a freelance automotive journalist covering all things cars. He likes anything with four wheels, from classic cars…
The state of solid-state batteries: We may be on the cusp of an EV revolution
Factorial solid-state battery

Electric vehicles may have become a whole lot more popular over the past five years or so, but that’s despite some issues they still face regarding things like limited range and slow charging speeds. The result of these issues is that plenty of buyers are unsure about whether an EV might be for them. But there’s one technology that has been hailed as a savior for all of the EV issues related to batteries, and that’s solid-state battery tech.

This technology has been so hyped for so long that, at this point in time, it seems not only almost mythical, but as if we might never actually see it in the real world. So, what’s the state of solid-state batteries right now, and how far are we from finally seeing them and reaping their rewards? Here’s a look.
What are solid-state batteries?
What is a solid-state battery in the first place? Solid-state batteries keep the fundamentals of traditional battery design, offering an anode and a cathode with a porous separator in the middle, and a substance through which electrons flow from one side to the other. This, in turn, creates a circuit. But while a conventional battery is built with a liquid electrolyte solution on the inside, a solid-state battery instead makes the separator between the anode and the cathode the electrolyte itself.

Read more
Audi RS e-Tron GT Performance unveiled as a 912-hp electric sedan
2025 audi rs e tron gt performance specs pictures features

Audi's roster of past high-performance models includes the rally-winning Quattro and the V10-powered R8, but the new RS E-Tron GT Performance outguns them all. With up to 912 horsepower on tap, this electric sedan stands proud as the most powerful Audi ever built.

Starting with the RS E-Tron GT, which is related to the Porsche Taycan, engineers updated the front axle's electric motor and integrated a new, lighter electric motor into the rear axle to reach the 912-horsepower figure. Audi notes that this mammoth amount of power can only be unlocked temporarily when the launch control function is engaged, however. Other improvements helped the German company add horses to the E-Tron's cavalry, including a new chemistry for the 105-kilowatt-hour lithium-ion battery pack's cells and a revised cooling system.

Read more
Ram 1500 REV vs. Ford F-150 Lightning: Classic trucks go electric
Ford F-150 Lightning

The first Ram electric pickup truck is on the way. The Ram 1500 REV is set to be one of the most desirable electric trucks out there, thanks not only to the Ram name but also to its high-end specifications.

But, of course, it's certainly not the first electric truck out there. The Ford F-150 Lightning is a favorite among electric truck buyers, thanks to the fact that it continues that Ford F-150 legacy with a tried-and-true design coupled with new technologies.

Read more