Alfa Romeo GTV 3,0 V6 24V Q2 Aerokit

Alfa Romeo GTV 3,0 V6 24 V, Q2 Aerokit

The third-generation Alfa Romeo GTV was introduced to the public at the 1994 Paris Motor Show and stirred an immense wave of emotion. For some, it was too bold; others couldn't take their eyes off it. Every work of art is truly tested only by the passage of time, and the Alfa GTV can, without exaggeration, be described as a masterpiece. If there is one thing I truly love about the 80s and 90s, it was the courage to dive into things headfirst. Today, everything is created cautiously; new models merely refine the previous ones, but you can feel a pervasive fear of doing something differently. The Italians of that era knew no such hesitation, and even the Proteo concept—on which the car was based—was anything but cautious. The longer I look at the GTV, the more I see the pedigree of the Alfa SZ in it. In the case of the SZ, that 'breaking loose from the chains' met with harsh misunderstanding; that now-iconic Alfa was simply too much even for the daring audience of the time. That is why it is so rare today.

With the GTV, they learned their lesson and didn't take the path of extremism at any cost. All the sharp edges were smoothed out, and the car was given three stylistically unique characteristics by which you can always recognize it from any angle: the small projector headlights set into a massive, low hood at the front; the continuous red strip of taillights at the rear; and the rising, deep character line on the side that starts at the front fenders and flows seamlessly behind the rear window into the trunk lid. It was unique back then, and it holds doubly true today. Enrico Fumia of the Pininfarina studio had the initial sketches ready as early as 1987, drawing inspiration from his own 1981 Audi Quartz design. The 1991 Proteo study was merely a design refinement of the original proposals. However, Centro Stile Alfa and its Walter de Silva also participated in the final result, completely redesigning the car's interior. The outcome was the bodywork of the GTV and Spider twins, boasting a drag coefficient (Cd) of 0.33. The car's weight ranged from 1,350 to 1,545 kg, depending on the engine and equipment. The body was predominantly steel, the front fenders were made of polyurethane, and the biggest innovation was the front hood made of a thermoplastic composite—a mixture of fiberglass, polyester, and epoxy resins. The injection process bore the acronym KMC and was relatively inexpensive and precise. It was the largest mass-produced casting in the automotive industry. However, if you thought this resulted in weight reduction, you'll be disappointed. The hood, just like on the SZ, is very heavy. At least here, gas struts were utilized.

As mentioned, the car was based on the Proteo study, which was equipped with the mechanicals of the luxury Alfa 164 sedan. The engine was the well-known 2,959 cc V6, with power increased to 260 hp. It featured all-wheel drive, a system again carried over from the Alfa 164 Q4. Alberto Bertelli of Centro Stile was responsible for its shapes. From the beginning, the car was criticized for being based on the Tipo 2 platform, which it shared with the already outdated Fiat Tipo and Tempra. The more mainstream Alfa 145 and 146 also utilized this same platform. But that's where the similarities end. Everything else was a new development. The front suspension consisted of forged wishbones, MacPherson struts, and an anti-roll bar. The rear suspension was significantly more sophisticated: a multi-link setup with a vacuum-cast aluminum subframe bolted to the floor pan—a technique borrowed from the aerospace industry. Expensive magnesium was also used for certain parts. The goal was to distribute the weight of the 'all-in-front' concept as effectively as possible between the two axles, and the result was fascinating. The weight distribution in favor of the front axle was 61 vs. 39% for the Twin Spark and 63 vs. 37% for the V6. Yes, that's right—the oft-repeated mantra about the unbalanced GTV with the extreme weight of the six-cylinder. A 2% difference to the detriment of the V6, compensated for by an extra 70 horsepower? Talk is one thing, facts another: it was the most balanced front-engine, front-wheel-drive car of its time. The car's center of gravity was located exactly on the axis where the driver's seat is positioned. The rear axle utilized 'passive steering,' relying on perfect geometry settings that essentially substituted for active rear steering. In corners at lower speeds, the rear wheels would turn slightly in the opposite direction of the front wheels. As centrifugal forces built up, the wheels began to steer in the same direction, aiding directional stability.

Alfa had high expectations, targeting 20,000 cars annually, which is why production was initially centered at the Arese factory. However, reality fell short by nearly 50%, leading to the 2000 decision to move production to Pininfarina's plant in San Giorgio Canavese. From then on, both the GTV and Spider bore the Pininfarina script on their rear fenders. This duo became the proverbial 'Last Mohicans' of the famous Arese factory. The plant officially ended car production in 2001 and ceased V6 engine production in 2005, becoming a somber chapter of history. Another technical masterpiece was the highly precise power steering rack, for which Bruno Cena was named Engineer of the Year in 1995. A relative weakness, however, was the braking system; phase one cars made do with 284mm front discs, later upgraded to 305mm for the V6 versions.

The first units were built as early as 1993. Initially, only two engines were available: the 2.0 four-cylinder with 110 kW, using a cast-iron corporate block and a newly developed 16-valve aluminum head with two spark plugs per cylinder. It shared nothing with the original 8-valve TS head from the Alfa 75 or 155. The spark plugs in each pair differed in size and all had to be replaced together—a task many subsequent owners neglected. The pairing of a cast-iron block with an aluminum head was unfortunate due to differing thermal expansion rates, making these engines extremely sensitive to proper warming up and oil viscosity. Despite these 'neuralgic points' affecting its reputation, the engine revved to 7,000 RPM with ease, though in my view, it didn't quite match the GTV's aggressive looks. A 140 hp 1.8-liter version soon followed, but the V6 was always the right choice.

The cars debuted with the 12-valve V6 producing 141 kW. While the output matched the Alfa 75 Potenziata, the GTV's transverse setup and Bosch Motronic injection provided more torque and a smoother mid-range. Due to Italian taxes on engines over two liters, a 2.0 V6 Turbo was introduced, featuring a Garrett T25 turbocharger. It produced 200 hp and 271 Nm (280 Nm on overboost), offering a completely different character than the 3.0. These models featured additional bumper intakes for the oil cooler and intercooler. They are incredibly potent but sensitive to maintenance; turbo cooling and oil changes every 5,000–8,000 km are mandatory. In 1996, the 24V three-liter arrived with 220 hp and a redline pushed to 7,000 RPM. From experience, I can say this engine suits the GTV best. It's refreshing to remember a time when no one at Alfa even considered putting a diesel in a GTV.

After 2002, a second major modernization changed the front grille and engine lineup. The 2.0 JTS (122 kW) was introduced, and the pinnacle became the 3.2 V6 24V with 240 hp. This pushed the GTV to a top speed of 255 km/h, making it once again the fastest production front-wheel-drive car. Out of 80,747 total GTVs and Spiders built, the 3.2 version is incredibly rare: only 512 GTVs and 551 Spiders. It's also worth noting the optional Zender factory body kit, which increased top speeds via improved aerodynamics—to 220 km/h for the TS and 248 km/h for the V6.

The interior quality took a massive leap in 1998 (Phase 2). The cheap-looking plastic center console was replaced by a sportier, more elegant version with three central gauges in separate binnacles. Between 1999 and 2001, the GTV Cup series allowed selected customers to race Group N-spec Alfas tuned to 169 kW, reaching 100 km/h in just 5.4 seconds. Finally, as we started with the Proteo concept, we should conclude with the 2001 Alfa Vola Fioravanti. Built on GTV mechanicals by Leonardo Fioravanti, it featured a rotating roof panel—a concept later used by Ferrari for the 575 Superamerica. And if the name 'Proteo' sounds familiar, it's because its specific Rosso Proteo paint became a legendary color that suits the GTV and Spider perfectly.