The Saturn V on a Skateboard: Inside the Creation of the Nichols N1A

Imagine, if you will, the engineering philosophy of an Apollo-era rocket grafted onto a lightweight track weapon, wrapped in a silhouette that channels the glorious, unfiltered testosterone of 1960s motorsport. This is not a digital-era hypercar bloated by heavy hybrid batteries and autonomous safety nanny systems. This is the Nichols N1A—a raw, unapologetic, British-built giant killer that looks and feels as though it was cobbled together in a midnight shed during the golden age of motorsport, yet benefits from some of the finest engineering minds the sport has ever known.

Behind its tight cockpit sits a stentorian, naturally aspirated 7.0-litre pushrod Chevrolet V8 engine. Developing a staggering 705 horsepower while hauling a chassis that weighs a mere 900 kilograms, the N1A boasts a power-to-weight ratio of 783 bhp per tonne. That figure leaves Ferrari’s latest hybrid flagship, the F80, trailing in its wake. With a targeted top speed of 240 mph, this machine delivers the sort of physics-bending performance usually reserved for old-school Formula One cars.

Yet, unlike the track-only monsters that inspired it, the N1A is entirely road-legal. It represents an intoxicating antidote to the sanitized, computerized driving experiences dominating the modern automotive landscape.

Chronology: From Grand Prix Legends to Can-Am Obsession

The story of the Nichols N1A is inextricably linked to the illustrious career of its creator, Steve Nichols. To understand the car, one must understand the man. In the pantheon of Formula One designers—a Mount Rushmore that includes Colin Chapman, Gordon Murray, Rory Byrne, and Adrian Newey—Steve Nichols occupies a towering, if understated, position.

The 79-year-old American engineer is best remembered as the mastermind behind the McLaren MP4/4, widely regarded as the most dominant Formula One car in history. During the 1988 season, the MP4/4 claimed victory in 15 out of 16 grands prix, falling just short of a clean sweep when Ayrton Senna famously collided with a backmarker while leading at Monza. Alongside colleague John Barnard, Nichols was also a pioneer of the carbon-fibre monocoque, altering the safety and structural paradigms of top-flight motorsport forever.

Following his groundbreaking tenure at McLaren, Nichols followed Alain Prost to Ferrari before returning to Woking as engineering director for the MP4/13 and MP4/14, cars that propelled Mika Häkkinen to back-to-back world drivers’ championships.

Having retired from the Grand Prix circus a quarter of a century ago, Nichols turned his attention back to the machinery that first ignited his passion for engineering as a young race fan: the Can-Am series.

The Canadian-American Challenge Cup, which ran from the mid-1960s to the mid-1980s, was a hotbed of radical, uninhibited motorsport engineering. Open-cockpit, closed-wheel machines featuring wide, flat silhouettes, tiny windscreens, and monstrous pushrod V8s defined the era. The most celebrated of these beasts were built by Bruce McLaren’s team.

The N1A takes direct design inspiration from the McLaren M1A—the very first sports car developed by McLaren in 1963—as well as the legendary, papaya-coloured M6A that Bruce McLaren drove to victory in the 1967 Can-Am championship.

"When I was looking for a project to keep me amused in my old age, the idea of taking a fresh look at the very first McLaren, the M1A, had great appeal," Nichols reflects. Because McLaren Automotive focuses squarely on its future rather than its storied past, Nichols Cars was granted a clear runway to craft a heritage-inspired product without stepping on any corporate toes.

Supporting Data & Engineering Pedigree: The "Expendables" of Motorsport Valley

The N1A is more than a nostalgic styling exercise; it is backed by an extraordinary assembly of motorsport royalty. Operating out of a studio in Hampshire, Nichols enlisted a veritable "Expendables" cast of veteran British engineering talent, drawing from an extensive black book of Formula One and endurance racing icons.

• Production Partner: Manufacturing is outsourced to the RML Group in Wellingborough, Northamptonshire—a firm renowned for building high-performance road and race cars for Aston Martin, Nissan, Chevrolet, Bentley, and McLaren.
• Engine Development: The car’s LS7-based small-block V8 has been meticulously refined with input from Dick Langford, a veteran engineer who famously worked on the legendary Cosworth DFV engine when it ruled Formula One.
• Chassis & Aerodynamics: The chassis benefits from the expertise of Bob Mustard, responsible for some of Lotus’s finest handling platforms, while Ben Wood, former chief aerodynamicist for the Mercedes F1 team, ensured the car’s flowing lines generate authentic downforce.
• The Team: Among the tight-knit ten-person crew is Mark Hannawin, who previously served as Ayrton Senna’s mechanic during the Brazilian driver’s Lotus days.

Specifications at a Glance

Official Responses and Production Plans

According to John Minett, co-founder and CEO of Nichols Cars—whose own automotive pedigree includes leadership roles at Lamborghini and Super Aguri F1—the reception has exceeded all expectations.

"A lot of what ended up in Formula One in the late 1960s and 1970s started life in Can-Am," Minett explains. "We wanted to get back to an era where things were designed to look beautiful, where flowing shapes naturally pushed the car down onto the track."

Minett notes that the design successfully bridges generational divides. "You can show it to someone of a certain age, and they’ll see a Can-Am car. Show it to someone in their twenties, and they’ll see a modern hypercar. I’ve been asked on several occasions, ‘Is it a Pagani?’ I couldn’t be happier with those two different reactions."

Steve Nichols initially viewed the car as a personal prototype. However, overwhelming interest turned it into a commercial reality. Nichols Cars plans to cap total production at 150 units, though industry analysts expect the final tally to be lower due to the meticulous hand-built nature of the vehicle.

The first 15 customer cars will be designated as "Icon 88" editions, each featuring a commemorative plaque celebrating one of the 15 victories achieved by the McLaren MP4/4 during the 1988 Formula One season.

Implications: The Appeal of Analogue Motoring in a Digital Age

Priced from £500,000 before taxes, the Nichols N1A is inherently impractical. It lacks the creature comforts of modern daily drivers, cannot manage a weekly grocery run, and demands absolute respect from its pilot. Its clientele will undoubtedly consist of seasoned, affluent collectors—predominantly from the United States and Europe—who already house stables of modern supercars and frequent exclusive private members’ tracks such as Thermal in California, the Concours Club in Miami, or Ascari in Spain.

Yet, its true significance lies in its ideological stance. At a time when mainstream automotive manufacturers are increasingly focused on weight-heavy electrification, automated driving assists, and digital isolation, the N1A champions unadulterated emotion, tactile feedback, and mechanical purity.

Driving the N1A is an intense, visceral experience. Sensationally low to the ground, with a molded Perspex windscreen designed more to deflect slipstreams than offer complete shelter, the cabin is intensely spartan. The driver must master a dual-personality powertrain: a tractable 450 bhp in standard mode, which transforms into a ferocious 705 bhp monster simply by depressing a button marked "11"—a clear, brilliant nod to Spinal Tap.

Reviewers who have tested the prototype across mountain passes describe the exhaust note as a "brassy amplified apocalypse"—a Michigan-made symphony of trumpets, throttle bodies, and mechanical roar. Yet, despite its terrifying potency, the double-wishbone suspension and Quantum dampers provide a level of composure that encourages the driver to lean in rather than back off.

As automotive regulation tightens its grip across the globe, the Nichols N1A stands as a triumphant, defiant masterpiece. It proves that while the future of transport may be electrified and automated, the soul of the petrolhead will forever belong to the roaring, lightweight, analogue road racers born from the minds of engineering titans.