The 1,000hp McMurtry Speirling PURE track car enters production

The automotive market has its fair share of new startup companies promising incredible performance. Many of these brands show digital drawings of extreme vehicles that never reach real roads or racetracks. Driving enthusiasts hear grand promises about raw vehicle dynamics, but these projects usually vanish before assembly ever begins. McMurtry is breaking this pattern. The small British automaker has officially moved its extreme track vehicle, the Spéirling PURE, from the testing phase into actual production, separating the brand from the long list of companies that only offer big talk and digital sketches.

Moving a complex vehicle into production is a difficult task for any manufacturer, especially in the competitive world of high-performance electric cars. For McMurtry, making this vehicle a reality is a big achievement. The customer version is far from being a carbon copy of the early testing vehicles - the engineering team changed roughly 95 percent of the components between the initial prototype and this final model - buyers will receive a fully finished product rather than an experimental track project.

The technical details of the McMurtry Spéirling PURE reveal the capabilities of modern, high-performance EVs. A newly developed 100 kWh battery pack powers the vehicle, sending energy to two electric motors mounted at the rear wheels. Together, these electric motors generate 1,000 horsepower (746 kW). These days, 1,000 horsepower is not as impressive as it used to be a decade ago, but it allows the single-seat vehicle to accelerate from 0 to 60 mph in 1.55 seconds and keep accelerating until it reaches its limited top speed of 190 mph.

The acceleration numbers are impressive, but the aerodynamic system is even more unusual. The vehicle uses a patented fan system called Downforce-on-Demand. Traditional spoilers need high speeds to push a vehicle onto the ground, but this electric car creates its own downforce while standing completely still. The electric fans pull air from under the chassis to generate 4,410 lb of downforce at zero speed. Because the vehicle grips the tarmac so tightly, drivers can experience lateral forces up to 3g during heavy cornering and hard braking.

These engineering choices have already allowed the vehicle to break multiple speed records during its development phase. A prototype version completed the famous Goodwood hill climb in a record-setting 39.08 seconds. The vehicle also broke the record at the Top Gear Test Track, where it went faster than a modern Formula 1 race car. During testing at the Hockenheim circuit, the electric car finished a lap 14.1 seconds faster than the Mercedes-AMG One hybrid hypercar.

Most track-focused hypercars require a large team of specialized mechanics and a truck full of electronic diagnostic equipment just to start the engine. Owners usually cannot drive their expensive vehicles unless an entire engineering crew travels with them to the venue. McMurtry deliberately chose a different path for its customers. The company designed this electric vehicle to offer a simple plug-and-play experience. The vehicle is straightforward enough that an owner can operate it at a local racetrack with only a helpful friend in the paddock.

The company leadership wants to ensure that regular operation does not require a massive race team budget. Managing director Thomas Yates stated that the vehicle delivers performance similar to a Formula 1 car, but offers an ownership experience closer to a Porsche 911 GT3 RS. The engineering team focused heavily on lowering the long-term running costs of the vehicle. This approach ensures that while the initial purchase means a huge financial investment, keeping the vehicle running on track days will not drain the owner's bank account.

To make the vehicle easier to live with, the production model has a few practical updates over the prototype. The engineers redesigned the central carbon-fiber monocoque (the protective safety shell around the driver) to create a larger cockpit with more interior space. They also modified the bodywork to improve outward visibility and added fully integrated lighting systems. The mechanical layout now offers easier access for routine servicing. Additionally, the team added a dedicated storage compartment under the rear wing to hold a racing helmet and a HANS (head and neck support) safety device.

Buying this level of track performance needs a serious amount of money. The starting price for the vehicle is $1,366,400, before local taxes and extra options. Despite the high price tag, wealthy driving enthusiasts are showing strong interest in the project. McMurtry confirmed that it has already sold 25 units of the track car. In a market segment that is full of broken promises and unfulfilled plans, delivering an actual production vehicle has to be seen as a major victory for electric cars.

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