Noble M600: The Last Analog Hero
The year is 2010. Ferrari has just launched the 458 Italia with seven-stage manettino, F1-Trac, E-Diff, and enough electronic intervention to theoretically prevent a driver from making a catastrophic mistake. McLaren’s MP4-12C is arriving with ProActive Chassis Control and a stability system of such sophistication that Car magazine described it as “almost un-crashable.” The entire supercar industry is converging on the conclusion that electronics make cars faster, safer, and more accessible — and that this is unequivocally progress.
In Leicester, England, a small company called Noble Automotive looked at this trend and made a deliberate, principled decision in the opposite direction.
The Noble M600 has no ABS. No electronic stability program. No traction control system worthy of the name. No paddle shifters. Just a steel tubular space frame, a carbon fiber body, a Yamaha-developed twin-turbocharged V8, a six-speed manual gearbox, and the requirement that the driver know what they are doing. If you do not, the M600 will demonstrate this to you with speed and certainty.
Lee Noble and the Company He Founded
Lee Noble is one of the more unusual figures in the modern supercar industry. He is not a billionaire enthusiast funding his own automotive fantasy, nor a heritage brand with a century of history. He is an engineer — a practical, specific kind of engineer who understands lightweight chassis construction, aerodynamic basics, and the particular satisfaction of building a car that does exactly what you want it to do with the minimum of weight and complexity.
Noble founded Noble Automotive in 1999 in Leicestershire — the same county that produced Lotus’s original success and that has a disproportionate concentration of motorsport engineering expertise for its size. The M12 (2000) and M400 (2004) established the Noble formula: lightweight steel tube frame, mid-mounted turbocharged engine, no electronic aids, visceral performance, accessible price relative to exotic Italian alternatives.
Lee Noble subsequently sold the company and moved on to other projects (including the Fenix, an even more extreme roadster), but the Noble brand continued under new ownership. The M600 — the most powerful and developed Noble ever built — arrived in 2010 under the new ownership’s direction, completing the work that Lee Noble’s original design philosophy had pointed toward.
The Chassis: Steel and Carbon
The M600’s foundation is a steel tubular space frame — the same basic philosophy as the original M12, scaled up and reinforced for the significantly greater power output of the M600’s V8.
Steel tube frames are unfashionable in a hypercar world dominated by carbon fiber monocoques. They are heavier than carbon (the M600’s chassis contributes meaningfully to its 1,198 kg total weight, which is modest but not extraordinary for a mid-engine car with this equipment level). They are less torsionally stiff, per kilogram, than carbon alternatives.
But steel tube frames have real advantages that chassis engineers of a certain philosophy prize. They are repairable after minor impacts — a bent tube can be cut out and replaced rather than requiring the complete chassis replacement that a cracked carbon monocoque sometimes demands. They are inexpensive to manufacture at low volumes. And they provide a quality of steering feedback and tactile information that some engineers argue is superior to the sharper, more analytical feel of a very stiff carbon structure. The M600’s steel chassis allows a degree of flex that communicates what the tires and road are doing through the steering wheel and seat in a way that some drivers, particularly those who learned their craft in older cars, find deeply satisfying.
The Carbon Body: The body panels are carbon fiber, contributing to the overall weight despite the steel chassis. The bodywork is functional — the front has a chin splitter, the rear has diffuser tunnels — but the M600’s aerodynamic approach is passive rather than active. There are no moving surfaces, no active ride height adjustment, no deployment wings. The aerodynamics are set at the factory and do their work without intervention.
The Engine: Yamaha Provenance
The M600’s engine has one of the more interesting lineages in the supercar world. The block is derived from the Volvo 4.4-liter V8 used in the XC90 SUV — a large-capacity, over-square engine designed primarily for low-RPM torque in a heavy road vehicle.
Noble’s engineering partner Yamaha (the same company that tuned the Lexus LFA’s V10) completely reworked this block for the M600 application. The V8 received twin Garrett turbochargers, revised cylinder heads, new internals optimized for higher RPM, and an entirely new engine management system calibrated to Noble’s performance targets.
The result is an engine with a character quite unlike what a turbocharged Volvo SUV engine might suggest. It has exceptional torque at low RPM — a consequence of the large displacement — and the twin turbos multiply that torque aggressively once they spool. The power delivery has a characteristic that regular Noble drivers describe as “layered”: manageable at small throttle openings, building steadily through mid-range, and then arriving with emphatic force above 4,000 rpm when both turbos are working at peak pressure.
The Power Modes: The M600’s output is selectable via a physical dial in the cabin — a fighter-jet style rotary knob that controls boost pressure:
- Road: 450 hp — enough for rapid progress on public roads without making the car genuinely difficult to control in normal conditions.
- Track: 550 hp — for circuits where the driver has the space to use the additional power safely and can concentrate fully on driving.
- Race: 650 hp — the full output, for drivers who have thoroughly familiarized themselves with the car at lower settings and understand exactly what 650 hp from a rear-wheel drive car with no stability control requires of them.
The graduated access to power is one of Noble’s most thoughtful design decisions. The M600 at 450 hp is manageable by an accomplished driver with limited prior experience with the car. The M600 at 650 hp requires genuine expertise. The knob allows the driver to calibrate their experience to their ability rather than arriving at the track and immediately engaging with everything the car can do.
The TC Off Switch: The Judas Button
The M600 has a basic traction control system in Road mode — it will intervene if the rear wheels spin dramatically under power. But it can be deactivated entirely via a switch inside a fighter-jet style protective cover in the cabin.
Jeremy Clarkson, who drove the M600 for Top Gear, famously named this the “Judas button” — because the moment you flip it, the car will betray you if you are not prepared. With TC deactivated and 650 hp going to the rear wheels via a manual gearbox, the M600 requires the driver to manage wheelspin through careful throttle modulation and steering inputs alone. This is a skill that was universal among performance car drivers in the pre-ESP era and is now relatively rare.
The Judas button is not a gimmick. It is a genuine capability gate — access to the car’s full dynamic character requires demonstrated competence, and the protected switch is a physical reminder that the level of engagement being requested is different in kind from what a modern performance car with comprehensive electronic aids typically demands.
The Manual Gearbox
In 2010, the six-speed manual gearbox was already becoming a rarity in the supercar segment. Ferrari’s 458 used a dual-clutch. McLaren’s MP4-12C used a dual-clutch. Porsche was offering PDK alongside manuals but steering buyers toward the automatic. The argument for paddle-shifted dual-clutch was, and remains, coherent: they are faster, they allow better traction management, they free the left hand for other inputs.
Noble’s decision to fit only a manual gearbox was an explicit statement. The M600 is not competing to have the fastest 0–100 km/h time on a comparison test. It is competing to provide the most engaging driving experience — and Noble’s engineers, and the enthusiast community that Noble’s cars attract, believe that the manual gearbox is a fundamental part of what “engagement” means.
The M600’s gearchange is described by drivers as excellent — precise, with clear gate definition, a satisfying mechanical solidity to each gear selection. The clutch is heavy by modern standards. Heel-and-toe downshifts require practice and intention. Getting a fast lap in the M600 requires a level of physical involvement and technique that the same lap in a dual-clutch car does not — and for drivers who value this involvement, the M600’s manual is not a disadvantage. It is the entire point.
Performance: The Relevant Numbers
At 1,198 kg and 650 hp, the M600’s power-to-weight ratio is approximately 543 hp per tonne — comparable to the Ferrari 458 Speciale and significantly better than the standard 458 Italia. The top speed of 362 km/h (225 mph) puts it in the same territory as the Bugatti Veyron base model and faster than most of the competition at its price point (approximately £200,000 at launch).
The 0–100 km/h time of 3.0 seconds is quoted by Noble; real-world times depend heavily on the driver’s ability to manage wheelspin with no electronic assistance. In skilled hands, the M600 is capable of better. In inexperienced hands, it can be considerably slower — or dangerous.
The figure that most directly illustrates the M600’s character is its 100–200 km/h time, which was measured as faster than the McLaren F1 in contemporary testing — a car with 627 hp that is widely considered one of the greatest road cars ever built. In mid-range roll-on performance, the M600 is genuinely extraordinary.
Noble Automotive Today
Noble Automotive continues to operate from Leicestershire in deliberately small volumes. The M600 remains in production in essentially the same specification as the 2010 original — a deliberately conservative approach that prioritizes the existing car’s proven character over regular updates that might dilute it.
The absence of updates and technology refreshes is part of Noble’s ethos. The car you buy today is substantially identical to the car that earned the M600’s reputation in 2010. In a market where manufacturers issue new generations, special editions, and refresh updates at increasingly rapid intervals, Noble’s consistency is a form of confidence: this is the car we built, this is what it does, and we do not believe it requires revision.
The Drivers’ Car That Demands Drivers
The Noble M600 occupies a unique position in the contemporary hypercar landscape: it is the car that the most experienced, most capable, most technically demanding segment of driving enthusiasts consistently choose when they want to understand what they are actually capable of behind the wheel.
Modern hypercars protect their drivers. The M600 does not. It offers assistance only to the extent of the basic traction control in Road mode, and it withdraws even that on the driver’s request. Every outcome on track is the driver’s direct responsibility — good laps and bad ones, fast exits and slow ones, controlled slides and uncontrolled ones. This is, for the right person, not a limitation but the entire appeal.
The M600 is a dinosaur. It belongs to an era that no longer exists in the mainstream supercar world. And for the drivers who seek exactly what it offers — complete responsibility, genuine danger at the limit, a mechanical connection between driver and machine unmediated by software — it is precisely the right car.