Aston Martin Vulcan: The God of Fire

The Aston Martin Vulcan is not a car you drive to the shops. You literally cannot. It is not road legal. It has no headlights (just LED running strips). It is too low, too loud, and too dangerous for public roads.

It is a track-only hypercar designed to compete with the Ferrari FXX K and McLaren P1 GTR. But unlike those hybrids, the Vulcan is delightfully old school.

Historical Context: Track-Only Hypercars and the Vulcan’s Genesis

The concept of a track-only hypercar — an extremely expensive, extremely powerful machine sold to wealthy collectors to use exclusively on circuits — is a relatively recent development. Ferrari pioneered the concept with the FXX in 2005 (based on the Enzo), which evolved into the FXX K (based on the LaFerrari) in 2014. McLaren followed with the P1 GTR in 2015. These cars shared a premise: by removing all road-legal requirements (lighting, noise limits, emissions certification, crash test compliance), manufacturers could build something with performance characteristics otherwise impossible to achieve.

Aston Martin had been watching this category develop and saw an opportunity. Their approach differed philosophically from the Ferrari and McLaren offerings: where those cars were hybrids — the cutting edge of road car technology taken further — Aston Martin chose to build something that celebrated the old-school virtues of massive displacement, natural aspiration, and mechanical simplicity. The Vulcan would be the most extreme expression of the traditional Aston Martin philosophy, not a preview of a different future.

The name “Vulcan” honors both the Roman god of fire (appropriate for a car that literally spits flames) and the famous Avro Vulcan V-bomber, a swept-delta-wing aircraft that served in the Royal Air Force from 1956 to 1984 and remains a beloved icon of British aviation. The naming convention connects the car to Aston Martin’s British identity and to the kind of dramatic, spectacular performance the aircraft represented.

The Engine: 7.0 Liters of Hate

Under the massive carbon hood lies a 7.0-liter naturally aspirated V12. It is an evolution of the One-77’s engine, built by Aston Martin Racing.

Power: 820 hp.
Sound: Without catalytic converters or road mufflers, it is deafening. It spits flames from the side-exit exhausts on every downshift.
The Knob: There is a knob in the cabin that allows the driver to adjust the power output.
- Position 1: 500 hp (for learning/wet).
- Position 2: 675 hp.
- Position 3: 820 hp (God Mode).

The Power Dial: Engineering for Accessible Extremes

The three-position power dial is one of the Vulcan’s most thoughtful engineering details, and it reveals a great deal about how Aston Martin approached the car’s design philosophy. Building a 820-horsepower track car and handing the keys to wealthy collectors who may have no formal racing training would be irresponsible. The power dial solves this by allowing both the driver training program and individual owners to calibrate the car’s intensity to the driver’s experience level.

At 500 horsepower, the Vulcan is broadly comparable to a current GT3 race car in power output — a performance level that a skilled amateur driver can begin to explore on a familiar circuit without feeling overwhelmed. At 675 horsepower, the car enters territory that requires genuine track driving experience and good body control. At 820 horsepower, in full God Mode, the Vulcan becomes one of the fastest acceleration events available in any vehicle — a machine that will attempt to swap ends at any excuse on a damp track, and rewards only those with highly developed car control.

The dial also makes the Vulcan genuinely useful in variable track conditions. A wet circuit might call for Position 1 where a dry circuit warrants Position 3; the driver can adjust mid-session as conditions change, something impossible in a race car with a fixed engine map.

Engineering: Pure Race Car

Chassis: A carbon fiber monocoque built by Multimatic (who also built the One-77 and Ford GT).
Suspension: Pushrod suspension with Multimatic’s DSSV (Dynamic Suspensions Spool Valve) adjustable dampers.
Transmission: A 6-speed Xtrac sequential racing gearbox. It whines, clunks, and requires aggressive shifts.
Brakes: Brembo carbon-ceramic racing discs (380mm front, 360mm rear).

Multimatic’s DSSV Technology

The Dynamic Suspensions Spool Valve damper system deserves particular attention because it represents genuinely significant technology. Conventional shock absorbers control the flow of fluid through orifices whose size determines the damping force. This works, but the relationship between fluid flow and damping force is not perfectly linear, and the system offers limited adjustment range.

DSSV replaces orifices with precisely machined spool valves — cylindrical valves that translate along their axes as fluid pressure changes, opening or closing ports in a predictable, tunable way. The result is a damping characteristic that is not only more precisely controllable but also more consistent across a wider range of operating conditions (including temperature changes, which affect conventional damper fluid viscosity significantly).

Multimatic originally developed DSSV for motorsport applications and have since found their way into road cars including the One-77 and various performance vehicles for other manufacturers. In the Vulcan, the dampers are externally adjustable, allowing the driver or their engineer to tune the front and rear damping force independently for different circuits and driving styles.

Design: Function Over Form

Rear Lights: The “Light Blade” taillights are made of individual acrylic rods that glow red. It looks like the afterburner of a jet.
The Wing: The rear wing is enormous and generates 1,362 kg of downforce at top speed — more than a GT3 race car.
Steering Wheel: The steering wheel is a U-shaped yoke with buttons for pit speed, traction control, and ABS settings. It looks like it was stolen from a Le Mans prototype.

The Light Blade Taillights

The Vulcan’s “Light Blade” taillights became one of the most admired design details in contemporary Aston Martin history. Each taillight consists of multiple individual acrylic light rods, each illuminated from within, stacked vertically to create a rear lighting signature that resembles either the exhaust glow of a jet aircraft or the heat trail of a rocket. At night or in low light, the effect is spectacular.

The Light Blades were subsequently adopted on the Victor and referenced in the Valour’s rear design, confirming their influence on Aston Martin’s design language. They serve as one of those rare instances in automotive design where a functional requirement (rear lighting) is resolved with a solution so aesthetically distinctive that it becomes a defining visual element of the car’s identity.

Downforce: Numbers in Context

The Vulcan’s 1,362 kg of downforce at top speed requires contextualizing. The car itself weighs approximately 1,350 kg — meaning it is pressing against the track with more than its own weight in aerodynamic force. This level of downforce is comparable to a dedicated GT3 endurance race car, and substantially more than any contemporary road car at equivalent speed.

The consequence for the driver is an experience of increasing grip as speed builds — the car seems to get more stable, not less, as the speedometer climbs. This is the opposite of the behavior most drivers associate with high speed, and it produces a confidence and security at genuine racing speeds that makes the Vulcan, despite its power, more approachable than its numbers suggest.

The Experience

Only 24 units were built. Buying one ($2.3 million) included a driver training program. Owners were flown to tracks like Abu Dhabi or Silverstone to be taught how to drive by Aston Martin factory racing drivers (like Darren Turner). They started in a V12 Vantage, moved to a One-77, and finally graduated to the Vulcan.

The Driver Training Program: Responsibility at Scale

Aston Martin’s mandatory driver training program for Vulcan owners was not merely a liability management exercise — it was a genuine attempt to ensure that the cars were used properly and that owners derived real enjoyment rather than terror from the experience. A car of the Vulcan’s performance is only genuinely enjoyable if the driver has the skills to operate it near its limits; below those limits, it is merely very loud and rather uncomfortable.

The ladder approach — starting in the V12 Vantage, progressing through the One-77, arriving at the Vulcan — mirrors the approach used in professional racing driver development programs. Each step builds specific skills: the Vantage teaches car control and threshold braking; the One-77 introduces genuinely excessive power in a manageable package; the Vulcan combines all previous lessons with the demands of a true racing machine.

Darren Turner, who served as lead instructor in the program, is a three-time class winner at Le Mans and one of Aston Martin’s most experienced factory drivers. His involvement ensured that the training was genuinely world-class, not merely an expensive formality.

The Road Conversion: Muzzling the Dragon

Recently, a UK engineering firm (RML Group) has converted a few Vulcans to be road-legal. This involves adding headlights, turn signals, raising the ride height, and fitting a quieter exhaust. But why would you want to muzzle a dragon?

The RML conversions are technically impressive: achieving road legality for a purpose-built racing car involves meeting stringent requirements for lighting, noise levels, emissions, and crash performance — most of which require modifications that fundamentally alter the car’s character. The ride height increase alone meaningfully changes the suspension geometry and aerodynamic balance.

For most Vulcan owners, the appeal of road conversion is the ability to drive the car to and from a circuit under its own power, or to experience the car in a context beyond the track. The combination of the Vulcan’s visual drama and the surprise of seeing it on public roads creates a spectacle that no amount of money can otherwise purchase.

But on track, in its natural environment, with all three power positions available and the exhaust bellowing without restriction: that is where the Vulcan lives and breathes. It is one of the great experiences available in the automotive world, accessible to precisely 24 people plus their guests — and as irreplaceable as the roar of its 7.0-liter V12 at full song.