Aston Martin Valhalla: A 21st-Century Hypercar Masterpiece
“So, how was it?!”
It’s the inevitable question every time you step out of a supercar. But as I sat there, reflecting on my time with the $1.1 million, 1,064-horsepower Aston Martin Valhalla, the response felt different this time. It’s the sort of question that only truly makes sense to someone who has experienced the current state of supercar engineering firsthand.
For the rest of you, the answer is simple: it’s exactly what you would expect. Yet, that simplicity doesn’t quite capture the mind-bending technological advancements that have redefined what we consider a “street-legal” race car.
A Decade in the Making
Seven years ago, at the 2019 Geneva Motor Show, Aston Martin introduced the AM-RB 003. The name was a nod to its sponsorship of the Red Bull Racing Formula 1 team and the aerodynamic prowess of its chief designer, Adrian Newey. The automotive landscape has shifted drastically since then. Aston Martin and Red Bull parted ways after the 2020 F1 season, and the company underwent significant internal changes.
Initially, Aston planned an in-house-designed turbocharged 3.0-liter V-6 engine for the Valhalla. However, evolving market demands and Mercedes-AMG’s advancements led to a strategic pivot. Aston’s engineers decided to utilize a hybridized version of the Mercedes-AMG GT Black Series engine, incorporating larger turbochargers, a new inlet manifold, stronger pistons, and modified camshafts. This collaboration resulted in a power output exceeding 100 hp and 50 lb-ft more than the GT Black Series, positioning the Valhalla as the exclusive home for this powerhouse.
When I first sat in a mockup of the Valhalla at the 2022 Pebble Beach Concours, its F1-inspired seating position was striking. The projected specs for the hybrid powertrain had increased to a combined 1,012 hp and a yet-to-be-determined torque figure. Even then, I knew this car was something special.
Worth the Wait, and Then Some
Three and a half years later, the production version exceeds even those earlier expectations. The powertrain features a dry-sump, flat-plane-crank, twin-turbo 4.0-liter V-8 producing 817 hp. This is complemented by three Aston-designed radial-flux permanent-magnet motors: one on the front axle, one integrated into the new eight-speed dual-clutch gearbox, and a third that also functions within the transmission. The combined output? 1,064 hp and 811 lb-ft of torque.
The hybrid system includes a 560-cell battery pack—an off-the-shelf AMG component, surprisingly. Engineers cool the cells by immersing them in dielectric oil, allowing for rapid energy cycling. This “instant energy availability,” as chief engineer Andrew Kay explains, is particularly beneficial for track driving. Unlike the original concept and the Valkyrie, the production Valhalla is a plug-in hybrid, offering 8.7 miles of EV-only range and a top electric speed of 80 mph.
Supercar or Hypercar?
There’s a technical distinction between supercars and hypercars, often dictated by price and horsepower figures. Aston Martin refers to the Valhalla as its first mid-engine supercar, which is technically true. However, given the existence of the Valkyrie (a hypercar), Aston markets the Valhalla as a supercar to avoid repeating “first” claims.
The Valhalla’s million-dollar price tag and 999-unit production run make it seem more accessible than the Valkyrie’s $3+ million price and 285-unit limit. But in the grand scheme of modern performance, the Valhalla feels grounded. In the 2020s, million-dollar supercars appear monthly on social media, each setting new records for power and technology.
We forget the shockwave caused by the 1993 McLaren F1 or the 2005 Bugatti Veyron. Today, we drive cars like the Porsche 911 GT3 RS, which has half the horsepower but utilizes F1-derived aerodynamics that require a professional driver to maximize. We’ve experienced the Ferrari F80, the 849 Testarossa, the Czinger 21C VMax, and the hyper-fast Porsche 911 Turbo S. Even a 1,250 hp hybrid Corvette ZR1X emerged, a concept no one saw coming when the Valhalla was still a spark in Aston and Newey’s imaginations.
The Joy of a Single Drive
With modern supercars pushing the boundaries of performance, “comparison is the thief of joy” has never been truer. Orchestrating a comprehensive comparison test of these vehicles is nearly impossible, given manufacturer preferences. Ferrari, for example, rarely lends cars for head-to-head showdowns.
However, the Valhalla is best enjoyed on its own terms. Its performance is so advanced that chasing benchmarks misses the point. Angus MacKenzie, MotorTrend’s chief editor, sampled a near-production version months ago and declared it a winner. He found it performed as well on the track as it did on the road.
The Road Experience
My test drive began with a 50-minute road loop in Spain. The Valhalla’s Le Mans-inspired profile might suggest a compromised daily driver, but Aston’s engineers worked hard to avoid that. The only significant drawback is luggage storage. The space needed for three high-temperature radiators and the pushrod-actuated inboard suspension means there’s no frunk.
The F1-style seating position—low, reclined, and elevated legs—also eliminates traditional controls. There’s no seat adjustment; you pull a leather strap between your legs to slide backward and forward. It takes getting used to, but within a few miles, the unique Bilstein DTX active damper system and five-link rear suspension make the Valhalla surprisingly comfortable. The suspension settings—Sport and Sport+—offer minimal difference, a trait we’ve praised on other new Astons. Race mode tightens the ride but is tolerable even at road speeds.
The square steering wheel is ergonomic, but a vertical crease on the backside might not suit everyone. Still, the steering feedback is superb—a perfect balance of weight that remains consistent across all drive modes.
On an open country road, I unleashed the Valhalla’s launch control. A slight rear-end wiggle as the tires hooked up, and then it just went. Aston claims a 0–62 mph time of 2.5 seconds, suggesting a 0–60 mph run of around 2.4 seconds. The speed isn’t necessarily more shocking than in other similar cars, but the flat torque curve is impressive. 90 percent of the peak 811 lb-ft is available from 2,500 rpm to 6,700 rpm—it never lets up.
The only relative disappointment for enthusiasts is the redline: 7,000 rpm. It’s not low, but it’s not a scream machine. The soundtrack is complex—electric motors, turbos, induction, and exhaust blended together. It’s loud but not obnoxious, but it will never be remembered as one of the best-sounding engines of all time.
High-Speed Control on the Track
The Valhalla shines on the track. I tested it at Circuito de Navarra, a 2.7-mile road course with a mix of corners, braking zones, and elevation changes. This environment perfectly demonstrates the power of the Aston Martin Valhalla’s torque vectoring, aerodynamics, and braking system.
Choosing Race mode is crucial. On the road, Sport+ dumps a huge amount of electric boost, draining the battery quickly. On the track, Race mode meters electric assist to maintain at least 15% state of charge, preventing you from relying solely on the combustion engine. Chief engineer Kay explained that Race mode saves 15–20 hp by preventing battery depletion, whereas Sport+ reduces power after a lap or two when demand is constant.
This strategic mode selection works. I drove for two sessions with no drop-off in performance. Unlike F1 drivers who must manage complex energy strategies, the Valhalla handles everything automatically. The driver is free to concentrate on driving.
As MacKenzie discovered, the Valhalla handles like a Vantage if you have some experience. But does it work on a faster track? Absolutely. The car feels incredibly stable, begging for more speed without ever threatening to lose control.
If you seek a dramatic, tail-happy circus, look elsewhere. The Valhalla’s neutral handling, enhanced by front-axle torque vectoring and the rear electronic differential, encourages aggressive cornering with confidence. It pulls the chassis through corners effortlessly. This isn’t about losing traction; it’s about achieving ultimate speed through precision.
The achievement is making all this technology feel natural. When the sessions ended, I wanted more time. I had only just begun to understand the car and the track. There was no relief from having survived; the experience was pure enjoyment.
A Sophisticated Control System
Modern supercars like the Valhalla are complex machines. Chief engineer Kay admits it’s impossible to cover everything in a short review—a full book would be needed. Even with prior knowledge, you must drive the latest model to confirm it meets the mark.
The active aerodynamics and braking system play significant roles. The brakes provide a firm,
