Category Archives: Restomod

Restomod

Evoluto F355 Is Light, Loud, and Almost Sold Out

There’s a fine line between preservation and provocation in the restomod world. Coventry-based Evoluto Automobili has decided to ignore that line entirely and redraw it in carbon fibre.

Its latest creation—the 355 by Evoluto—is what happens when you take a mid-’90s Ferrari icon, subject it to 12 months of engineering scrutiny, 5000 miles of track abuse, and then hand the styling pen to Ian Callum. The result is a 420bhp, 1250kg love letter to the analog era, sharpened for 2026.

A Shape You Know, A Surface You Don’t

At a glance, you’ll recognize the donor car: the sublime Ferrari F355 GTS. But linger for a second and the differences stack up.

The nose now wears a larger grille and a pronounced carbonfibre splitter. The pop-up headlights—once a defining ’90s flourish—are gone, replaced by fixed LED units. Around back, a proper diffuser anchors the tail, flanked by ring-shaped LED brake lights that echo the original’s quad-round theme without lapsing into retro pastiche.

Every external panel is now carbonfibre. That alone slashes kerb weight from the F355 GTS’s 1422kg to a target of 1250kg, depending on how indulgent a buyer gets with their spec sheet. It’s a dramatic cut, and one that transforms the car’s fundamental character before you even twist the key.

Stiffer, Lighter, Sharper

Underneath, Evoluto hasn’t simply refreshed the chassis—it’s reengineered it. The structure is now spot-welded and reinforced with carbonfibre bracing, boosting torsional stiffness by 23 percent. Reinforcements cluster around suspension hardpoints, precisely where a 1990s Ferrari would most benefit from modern thinking.

The suspension geometry has been reworked with a wider track, while braking is handled by modern slotted Brembo discs. For those who see kerbs as apexes rather than warnings, carbon-ceramic discs are optional.

Yet Evoluto resists the temptation to sanitize the experience. The car rides on 19-inch wheels wrapped in road-biased Michelin Pilot Sport 4S rubber, chosen specifically to allow a degree of rear slip. This isn’t about crushing lap times with clinical efficiency; it’s about letting the chassis breathe and move beneath you.

A V8, Reconsidered

The 3.5-litre naturally aspirated V8 remains, but only in the same way a cathedral remains after restoration: spiritually intact, structurally transformed.

A new ignition system sharpens timing and throttle response. The cylinder heads are ported for improved airflow, and bespoke camshafts enhance high-rev stability. The notorious quill shaft—long regarded as a weak link in the original drivetrain—has been replaced with a strengthened Evoluto-designed component to reduce vibration and improve reliability.

There’s also a full-length titanium exhaust with equal-length headers, promising what Evoluto calls an “emotional” soundtrack. Given the F355’s reputation as one of the best-sounding V8s ever fitted to a road car, that’s a bold claim.

Output climbs to 420bhp—40bhp more than the factory-rated 380bhp the F355 boasted in 1994, when it had the highest specific output of any production engine on sale. Combined with the weight loss, power-to-weight improves by 69bhp per tonne. The numbers matter less than what they imply: urgency.

Crucially, drive is still sent through a six-speed manual gearbox. It’s been modified for improved shift feel, but the gated romance remains. No paddles. No dual-clutch. No apologies.

Tested, Not Just Tuned

Before a single customer car rolls out in March, the 355 by Evoluto has endured a 12-month development programme, including 5000 miles of track driving. High-speed aerodynamic and noise testing took place in Northamptonshire’s Catesby Tunnel—a proving ground more often associated with OEM validation than boutique restomods.

Backing that up is a 20,000-mile, two-year warranty—an unusual commitment in a sector where craftsmanship sometimes outpaces durability.

Only 55 Chances

Production is capped at 55 cars. Each buyer can commission bespoke paint finishes, tailor-made interior upholstery, and presumably a spec sheet limited only by taste and budget.

The original F355 was often described as the moment Ferrari rediscovered its edge in the 1990s. The 355 by Evoluto feels like a similar inflection point for the restomod world: less nostalgia trip, more engineering reset.

In a market crowded with carbon-clad classics chasing concours glamour, Evoluto’s Ferrari doesn’t want to sit still under soft lights. It wants to be driven—hard, often, and preferably sideways.

Source: Evoluto

Restomod

The Singer 911 Carrera Cabriolet Is the Ultimate Open-Top Porsche Restomod

There are two ways to revive a classic: freeze it in amber, or set it free. Singer Vehicle Design has never been interested in preservation for preservation’s sake. Its cars don’t merely look backward—they reinterpret. And with the newly revealed 911 Carrera Cabriolet, Singer has applied that same obsessive, no-compromises philosophy to the open-air Porsche formula, producing what might be the most technically serious “classic” convertible ever built.

If last year’s Singer 911 Coupe was a greatest-hits album of air-cooled Porsche engineering, this new Cabriolet is the unplugged acoustic set—still ferocious, just more intimate.

Wide-Body Nostalgia, Carbon-Fiber Reality

Singer’s latest creation draws inspiration from the swollen-hipped 911s of the 1980s, particularly the competition-bred wide-body cars that made even parked Porsches look like they were doing 150 mph. That visual DNA is clear here, from the exaggerated fender flares to the pop-up auxiliary lights sunk into the hood like something lifted from a Group B fever dream.

Two distinct personalities are offered. The Pacific Blue Touring version is elegant, riding on white 18-inch center-locking wheels and capped with an active rear spoiler and subtle front splitter. The Guards Red Sport car goes for blood: massive intakes, a deeper splitter, and a fixed whale-tail wing that could probably generate downforce on a coffee table.

Both bodies are formed entirely from carbon fiber, which means the visual drama isn’t weighed down by vintage metal. It’s retro styling executed with modern aerospace materials—and that’s Singer’s signature move.

A Cabin That Feels Mechanical, Not Digital

Inside, the Cabriolet avoids the temptation to look like a smartphone showroom. Instead, it feels like a cockpit built by people who love machinery. Ink-colored leather and red accents dominate one example, while the other pairs Tangerine hides with sport seats that look ready for a Nürburgring qualifying lap. Hand-stitched seams and hand-built details remind you that this is craftsmanship, not manufacturing.

The dashboard and instruments are new, but they could have come straight out of a high-end 1980s concept car. The three-spoke steering wheel feels era-correct, yet nothing here feels trapped in the past. There’s modern climate control, navigation, and Apple CarPlay—because even purists need Google Maps.

Singer also redesigned the roof. The lightweight Z-folding fabric top tucks away cleanly, keeping the car’s silhouette sleek whether it’s raised or lowered—no awkward tent-back shapes here.

Cosworth Power, Air-Cooled Soul

Under that long rear decklid lives the reason this car exists. The 4.0-liter flat-six was developed with Cosworth, and it’s one of the most exotic air-cooled engines ever made for a road car. It produces 426 horsepower and 450 Nm of torque, revs past 8,000 rpm, and blends old-school cooling with modern tech like variable valve timing, water-cooled cylinder heads, and an electronically controlled fan.

In other words, it’s a mechanical anachronism perfected by modern science.

Power goes to the rear wheels through a six-speed manual gearbox, which can be ordered with its shifting mechanism left gloriously exposed. The titanium exhaust exits through dual pipes and ensures the soundtrack is as intense as the engineering suggests.

Reinforced Roots, Modern Handling

Every Singer starts with a Porsche Type 964 chassis, but calling this car “based on” an old 911 is misleading. The monocoque is reinforced with steel and composite materials, dramatically increasing torsional rigidity—an especially big deal for a convertible.

Suspension comes via four-way electronically adjustable dampers, paired with a nose-lift system for urban survival. Buyers can spec carbon-ceramic brakes and Michelin Pilot Sport tires, while five drive modes—Road, Sport, Track, Off, and Weather—tailor the traction and stability systems to whatever insanity you’re planning.

Yes, it’s a classic 911. No, it will not behave like one.

A Million-Dollar Convertible? Easily.

Singer will build just 75 of these Cabriolets, each tailored to its owner and priced accordingly. Official figures remain secret, but let’s not kid ourselves—seven figures is the opening bid.

And that’s kind of the point. This isn’t a restomod. It’s a philosophical argument made from carbon fiber, titanium, and 8,000-rpm fury. Singer’s 911 Carrera Cabriolet proves that going topless doesn’t mean going soft—and that the golden age of air-cooled Porsches might actually be happening right now.

If you’re chasing authenticity, buy a museum piece.
If you want the past, perfected, Singer has a very expensive key waiting for you.

Source: Singer

Restomod

Red Bull Technology and Singer Design

There are restomods, and then there are Singer restomods—the kind that make you wonder whether Stuttgart’s original engineers would smile, cry, or quietly take notes. Now Singer Vehicle Design has taken its obsessive reimagining of the Porsche 964 to a new level by teaming up with Red Bull Advanced Technologies, the engineering skunkworks behind Formula 1–grade simulations and structural wizardry.

Yes, that Red Bull.

The goal? Fix the one thing vintage 911s have never been great at: rigidity—especially when the roof goes missing.

Singer’s customers are the sort of people who know exactly how a car should feel at 140 mph through a fast sweeper, and they aren’t shy about asking for more. “Our clients are some of the most demanding drivers in the world,” says Mazen Fawaz, Singer’s head of strategy. “To achieve the standards they expect, we only work with the best.”

So Singer called in the people who build race cars that survive 300-kph curbs.

Step One: Tear It Down to the Bone

Every Singer restoration starts the same way: total annihilation.

The donor Porsche 964 is stripped of everything—body panels, interior, suspension, drivetrain—until only a bare steel monocoque remains. What’s left looks more like an archaeological artifact than a car. That naked shell is then cleaned, inspected, and prepped for what amounts to structural surgery.

This is where Red Bull Advanced Technologies enters the picture.

Using high-resolution 3D scanning and old-school hand measurements, RBAT digitally recreates the entire 964 chassis in a virtual environment. Every seam, every weld, every curve of 1990s Porsche steel is mapped. But the real magic comes next.

Formula 1 Math Meets a 1990s 911

RBAT feeds that digital 964 into Finite Element Analysis software—the same kind of simulation used to determine whether a Formula 1 monocoque will survive a 200-mph crash. The software twists, bends, and loads the Porsche chassis in thousands of virtual scenarios, identifying exactly which areas are weakest, especially in Cabriolets and Targas, which lack the structural help of a fixed roof.

Then the engineers start reinforcing.

RBAT designed 13 bespoke carbon-fiber structures that integrate into key load-bearing areas of the 964’s steel chassis. These aren’t bolt-on braces or aftermarket roll cages—they are carefully engineered, bonded and joined during the restoration so they become part of the car’s skeleton.

The result? A 175 percent increase in torsional stiffness.

That number is not a typo.

According to Singer and Red Bull, the reinforced open-top cars now match the rigidity of a coupe—something Porsche engineers in the early ’90s could only dream about.

Why Rigidity Matters

Chassis stiffness isn’t something you brag about at car meets, but it’s the secret sauce behind everything that makes a car feel right.

A stiff chassis means more precise steering, more consistent suspension behavior, better braking stability, and fewer squeaks, rattles, and shudders over rough pavement. It also means the car feels calmer and more refined at speed, even when it’s being driven hard.

In other words, it makes a 30-year-old 911 feel like a modern performance car—without losing its analog soul.

Built for Singer’s Brutal Turbo Cars

This Red Bull–engineered structure was developed specifically for Singer’s latest tribute to the legendary mid-1970s 930 Turbo. These aren’t gentle classics. They pack between 456 and 517 horsepower, send it all to the rear wheels through a six-speed manual transmission, and now sit on a chassis that’s finally strong enough to handle that kind of punishment.

That means fewer compromises, even in a Cabriolet or Targa. Roof off. Throttle pinned. No flex. No drama.

The Ultimate 964

What Singer and Red Bull have done here is more than just reinforce a classic Porsche. They’ve solved one of its fundamental flaws using tools developed for modern motorsport.

It’s a fusion of old-school air-cooled character and bleeding-edge structural engineering—a 911 that looks like 1990 but behaves like 2026.

And if you think that sounds expensive, you’re right. But for Singer’s clientele, perfection is the only acceptable option.

Source: Singer Vehicle Design