Nilu27’s V12: A Roar of Defiance in an Electric Age

LOS ANGELES, CA – July 13, 2026 – In a world rushing toward a silent, electric future, a sound of thunderous rebellion just echoed from a workshop in New Zealand. On June 17, the bespoke 6.5-liter V12 engine destined for the heart of the upcoming NILU hypercar fired up for the first time. It was not just a successful test; it was a declaration of intent from a company, Nilu27, that refuses to let the analog soul of the automobile die.

Founded by veteran hypercar designer Sasha Selipanov and his wife, Inna Selipanov, Nilu27 is positioning itself as a direct counter-narrative to the prevailing industry groupthink. While major manufacturers pour billions into battery technology and digital dashboards, Nilu27 has doubled down on what it calls "mechanical purity." The result is a hypercar promised to have a naturally aspirated V12, a seven-speed manual transmission, and a cockpit designed for a single purpose: to connect the driver to the road in the most visceral way imaginable. The successful engine test, exceeding its projected 1,070 horsepower and screaming towards an 11,000 RPM redline on the dynamometer, proves this is no mere fantasy. It is the sound of theory becoming a very loud reality.

The 11,000 RPM Heart of a Rebel

The engine itself is a piece of engineering theater. Developed in a close partnership between Nilu27 and the high-performance specialists at Hartley Engines in Palmerston North, New Zealand, the V12 is a bespoke creation from the ground up. "This is the moment theory became reality," Sasha Selipanov said in a statement. "By firing-up this stunning V12 we didn't only prove our engineering capabilities, we delivered the soul of the NILU."

The technical specifications read like a love letter to a bygone era of motorsport, inspired, as Hartley Engines founder Nelson Hartley noted, by the raw emotion of late '80s and '90s Formula 1 cars. The 6.5-liter power unit features a unique "Hot V" configuration, placing the intricate, 3D-printed Inconel exhaust manifolds between the cylinder heads. While often used in modern turbocharged engines for packaging efficiency, here it serves a dual purpose: optimizing heat management and creating a stunning visual centerpiece for the NILU’s exposed rear engine bay. It’s function made into high art.

"I've been in the automotive and hypercar industry for more than 25 years, and I’ve never seen a brand new engine configuration fire-up and run this smoothly on the first attempt," said Simon Waegner, Nilu27's Chief Technology and Operating Officer. His sentiment was echoed by Nelson Hartley, who described the engine as "a piece of art that pushes the boundaries of what a naturally aspirated power unit can do." The flawless first run, which saw the engine outperform its initial power targets, is a massive validation for the small, dedicated teams and a critical step in keeping the ambitious project on schedule.

A Crusade Against Digital Sterility

The creation of this engine is more than a technical exercise; it's the physical manifestation of Sasha Selipanov's entire design philosophy. With a resume that includes iconic vehicles like the Bugatti Chiron and Koenigsegg Gemera, Selipanov is no stranger to the pinnacle of automotive design. Yet, with Nilu27, he is embarking on what he calls a crusade for "absolute beauty and mechanical purity," a rebellion against the "digital sterility" he sees creeping into the industry.

This philosophy posits that the experience of driving has been diluted, sanitized by touchscreens, driver aids, and the silent, seamless torque of electric motors. Nilu27 aims to restore that raw, unfiltered connection. This approach taps into a potent, if niche, segment of the market. While the hypercar industry is projected to grow to over $150 billion by 2035, driven largely by electrification, a significant 71% market share was still held by internal combustion engines in 2025. There remains a fervent base of collectors and enthusiasts who crave the sound, vibration, and challenge of a high-revving, manually shifted machine. Nilu27 is betting its existence on them. It’s a bet that a car can be timeless not by predicting the future, but by perfecting the past.

From Passion Project to Power Broker

Even in this defiant stand for analog purity, the realities of the market are undeniable. Perhaps the most telling detail in Nilu27’s announcement was not about horsepower or RPM, but about a new business venture. Prompted by "multiple inquiries from other automotive companies," Nilu27 and Hartley Engines are finalizing a joint venture to design and produce high-performance, road-certified internal combustion engines for third-party clients.

This strategic pivot reveals a fascinating duality. While the NILU hypercar is a passion project, a rolling sculpture built for a select few (just 69 are planned), the engine that powers it is becoming a commercial product. It’s a shrewd recognition that even as mass-market electrification becomes law, a demand for bespoke, low-volume combustion engines will persist for boutique manufacturers, restoration projects, and track cars. Nilu27 is not just building a car; it is positioning itself to become a key supplier for the last generation of gasoline-powered dream machines. This venture transforms a philosophical statement into a sustainable business model, ensuring the roar of internal combustion doesn't fade away, but becomes a specialized, high-value commodity.

Following further calibration in New Zealand, the V12 engine will be shipped to Nilu27’s new R&D and production headquarters in Lahr, Germany. There, it will be integrated into the first driving prototype, with a public debut planned for August at Monterey Car Week. For the team at Nilu27, the journey from a digital concept to a physical, fire-breathing prototype is nearing a critical milestone, proving that even in an electric age, there is still room for thunder.