For more than two decades, the hypercar world chased a familiar set of numbers. More horsepower.
Faster acceleration. More electronics. More active systems. More screens. More complexity. The results have been extraordinary. Modern hypercars can achieve levels of performance that would have seemed impossible a generation ago. But somewhere along the way, another question began to matter again:
What happened to the driving?

Today, some of the world's most interesting automobiles are returning to naturally aspirated engines, manual transmissions, lower weight and greater mechanical involvement. To some, this looks like the return of the analog hypercar. At Black Horse Cartel, we see it somewhat differently. We never left.

 

Analog Isn't About Going Backwards

An analog hypercar isn't a rejection of technology. It is a decision about where technology belongs. Use it to make the structure stronger and lighter. Use it to improve combustion. Use it to manage an electrical system. Use it to develop aerodynamics. Use it to make an engine survive at extraordinary RPM. But when technology begins removing the driver from the experience, something fundamental changes.
A computer can change gears faster than you can. That doesn't necessarily make changing gears more rewarding. A computer can rev-match perfectly every time. We'd rather give the driver the opportunity to get it right. That distinction is at the heart of Vesuvius. But it isn't the only thing that makes Vesuvius different.

 

Before Vesuvius, There Were Decades of Exotic Cars

Black Horse Cartel wasn't created by people looking at the hypercar industry from the outside and deciding it would be interesting to build one. Our experience comes from decades of living with, driving, servicing, developing and improving exotic road cars. And that has taught us something important.
Building an extraordinary road car is not the same engineering exercise as building a race car. A race car operates in an extraordinarily demanding environment—but it is a specialized environment. A road-going exotic has a different job. It may have to sit in traffic on a 100-plus-degree day with the air conditioning running. It has to start when it's hot. Start when it's cold. Idle properly. Operate at low speed without becoming temperamental. Keep engine temperatures under control. Keep its cabin comfortable. Protect wiring, connectors, electronics, seals and surrounding components from sustained thermal stress. Deal with thousands of miles rather than a race weekend. And after doing all of that, when the road opens up, it still has to deliver the experience its specifications promised. We have spent decades working on exactly those problems.

 

Making Great Cars Better

Our engine programs have never been about chasing a dyno number at the expense of everything else.
Horsepower matters. But so does what happens after the dyno. Reliability. Drivability. Cooling. Oil control.
Thermal management. Throttle response. Suspension behavior. Electrical reliability. Air-conditioning performance in extremely hot climates. And the ability to use the performance repeatedly without slowly destroying everything surrounding the component producing it. Over the years, we have worked on exotic automobiles that were already considered some of the finest cars in the world—and found ways to make them run cooler, drive better, perform better and become more reliable. That experience has fundamentally influenced the engineering philosophy behind Vesuvius. Because there is an enormous difference between designing a car that can produce extraordinary performance and engineering one that an owner will actually want to drive.

 

Heat Changes Everything

This is also one reason Vesuvius is naturally aspirated. The emotional reasons are obvious. Throttle response. Sound. Character. And the experience of taking a purpose-designed V10 toward 10,000 RPM.
But there is another reason that receives far less attention: heat. Forced induction can create extraordinary power, but it also introduces substantial additional thermal load. And heat doesn't affect only the engine. It affects wiring harnesses. Connectors. Electronics. Hoses. Seals. Fluids. Intake temperatures.
The engine compartment. And ultimately the passenger compartment. Managing those consequences adds cooling capacity, shielding, ducting, hardware, complexity and weight. Naturally aspirated engines aren't simple because they're old fashioned. In the right application, they are an extraordinarily sophisticated way of removing an entire layer of problems. For Vesuvius, naturally aspirated wasn't chosen because we wanted to recreate the past. It was chosen because it serves the car we want to build.

 

The Industry Is Coming Back to the Driver

We aren't alone in believing that something was lost as performance cars became increasingly digital.
Gordon Murray Automotive has demonstrated that extreme performance can coexist with low weight, natural aspiration and a manual gearbox. Pagani continues to celebrate mechanical interaction and craftsmanship, including the availability of a manual transmission in the Utopia. Nilu27 has entered the conversation with another naturally aspirated, driver-focused interpretation of the modern hypercar.
Different companies. Different backgrounds. Different engineering philosophies. But an increasingly familiar conclusion: There is still enormous value in putting the driver back at the center of the automobile.

For Black Horse Cartel, however, that philosophy comes with another requirement. The car still has to work. The Driver Has Responsibilities. So Does the Car. Vesuvius will ask something of its driver. A naturally aspirated V10. A true gated manual transmission. No automatic rev-matching. Analog instrumentation. Minimal electronic interference between the driver's inputs and the automobile's responses. More than 800 horsepower moving approximately 1,100 kilograms. Bring your driving skills.
But while the driver has responsibilities, so does Vesuvius. It should start. It should idle. It should stay cool. You should stay cool. It should be tractable in traffic. It should communicate what its chassis is doing. It should be serviceable. And it should be engineered so its owner can actually use it rather than preserve it as an artifact. Because there is nothing romantic about an unreliable exotic car. And there is nothing inherently analog about one either. Analog should describe the relationship between the driver and the machine—not the reliability of the machine.

 

Built to Be Driven

That may ultimately be the most important distinction behind Vesuvius. We don't want to build a car whose greatest moment happens beneath the lights at its unveiling. We want the great moments to happen afterward. At 2,000 RPM leaving home. At 5,000 RPM climbing through the mountains. At 10,000 RPM when the road and circumstances allow it. On the first drive. And the hundredth. We have spent decades making exotic cars run better, drive better, stay cooler and become more reliable because we believe exceptional automobiles should be used. Vesuvius is the culmination of those lessons. The carbon structure, aerodynamics and engineering may be state of the art. The engine may turn 10,000 RPM.
The performance may qualify it as a hypercar. But its purpose is much simpler. We are building a driver's car. And we intend to make sure you can keep driving it.

BLACK HORSE CARTEL

THE DRIVER SHOULD DRIVE.

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That is Vesuvius.

A Perfect 10. A Visceral Savage.