Hammer time: the Greatest cars from AMG

Hammer time: the Greatest cars from AMG

When Mercedes temporarily stepped back from motorsport in the mid-1960s, engineers Hans Werner Aufrecht and Erhard Melcher decided to strike out on their own. They founded a company that would go on to redefine automotive performance.

They named it AMG, using the initials of their surnames and Aufrecht’s birthplace, the town of Grossaspach in southwestern Germany. The company’s first workshop was just five miles away, in Burgstall an der Murr.

From the beginning, AMG earned a reputation for excellence—building high-performance engines, running race cars, and offering both performance and cosmetic upgrades for Mercedes vehicles. Over the decades, the bond between Mercedes and AMG remained strong, culminating in AMG becoming the official performance division of Mercedes-Benz.

Today, AMG represents the pinnacle of German engineering, speed, and luxury. From track-focused race cars to street-legal performance machines, AMG has created some of the most memorable and exhilarating cars in automotive history.

In the following sections, we explore some of the most iconic Mercedes-AMG models and the innovations that made them legendary.

Mercedes-AMG 300 SEL 6.8 “Red Sow”

No article about AMG would be complete without mentioning the legendary 300 SEL 6.8, famously nicknamed the Red Sow. Originally a luxury Mercedes sedan, AMG transformed it into a race-winning powerhouse.

To prepare the car for competition, AMG enlarged its V8 engine from 6.3 litres to a massive 6.8 litres, boosting its power from 247 bhp to 422 bhp. This enormous increase in output made the Red Sow a formidable contender on the long straights of Spa-Francorchamps.

In the 1971 24 Hours of Spa, drivers Hans Heyer and Clemens Schickentanz piloted the Red Sow to an impressive second-place finish, just three laps behind the winning Ford Capri RS2600 and 19 laps ahead of the third-placed Alfa Romeo.

The 300 SEL 6.8 remains an iconic symbol of AMG’s engineering prowess, showcasing the company’s ability to turn a luxury sedan into a track-ready performance machine.

Mercedes-AMG Hammer

While not AMG’s first fully developed road car, the Mercedes-AMG Hammer is arguably the model that catapulted the company to global fame. Based on the Mercedes 300E, the Hammer combined luxury with unprecedented performance for a 1980s saloon.

AMG fitted the Hammer with a V8 engine normally reserved for the larger S-Class, available in capacities of up to 6.0 litres. They also developed a special four-valve cylinder head, boosting the engine’s output to 355 bhp.

This allowed the Hammer to reach speeds of around 180 mph, making it one of the fastest sedans of its era and solidifying AMG’s reputation for turning ordinary Mercedes cars into high-performance masterpieces.

Mercedes-AMG 190E 3.2 “Baby Hammer”

The 190E 3.2 AMG holds a special place in AMG history as the first AMG car sold through official Mercedes dealerships. While AMG had been heavily involved with the 2.5-litre 190Es that competed in the German Touring Car Championship—helping drivers like Klaus Ludwig claim titles—the road-going 190E 3.2 was a very different beast.

Under the hood was a 3.2-litre six-cylinder engine producing 231 bhp, earning it the affectionate nickname “Baby Hammer”. Unlike its track-focused siblings, the 190E 3.2 was designed more as a refined cruiser, combining AMG performance with daily usability.

This model cemented AMG’s reputation for taking standard Mercedes models and transforming them into high-performance, street-legal vehicles, laying the groundwork for the company’s modern success.

Mercedes-AMG C 36 AMG

The C 36 AMG marked a new chapter in the partnership between AMG and Mercedes-Benz. After signing a formal co-operation agreement in 1990, the first jointly developed car went on sale in 1993, combining AMG’s performance expertise with Mercedes’ engineering excellence.

Based on the C-Class, the C 36 AMG featured a six-cylinder M104 engine expanded to 3.6 litres, officially producing 276 bhp. However, enthusiasts report that actual power outputs were sometimes higher, giving this compact performance sedan impressive acceleration and handling for its time.

The C 36 AMG laid the foundation for AMG’s future performance sedans, blending everyday usability with high-performance engineering, and cemented AMG’s role as Mercedes’ official performance division.

Mercedes-AMG C 43 AMG

The C 43 AMG succeeded the C 36, becoming the first C-Class fitted with a V8 engine, a milestone for AMG’s compact performance sedans. True to AMG’s naming policy at the time, the 4.3-litre V8 produced 302 bhp, outperforming the contemporary 3.0-litre BMW M3 in raw power, though slightly less than the later 3.2-litre M3 variant.

While BMW offered the M3 with a manual gearbox, the C 43 was only available with an automatic transmission. However, the C 43 had a unique advantage: it was the only one of the two that could be purchased in an estate (wagon) body, making it a practical yet powerful choice for enthusiasts seeking everyday usability and performance.

The C 43 AMG reinforced AMG’s growing reputation for blending high-performance engines with Mercedes’ comfort and versatility, paving the way for future V8-powered C-Class models.

Mercedes-AMG CLK-GTR

The CLK-GTR is one of AMG’s most iconic supercars, born directly from motorsport success. In 1997, Bernd Schneider and the AMG-Mercedes team dominated the FIA GT Championship, winning both the Drivers and Teams titles—an extraordinary feat considering AMG was commissioned to build the CLK-GTR race cars as late as 5 December 1996.

To meet homologation rules, AMG produced 25 road-going versions, known as the Strassen version. While slightly detuned compared to the race cars, the CLK-GTR still featured a 6.9-litre M120 V12 engine producing a staggering 604 bhp, delivering blistering performance on the road.

The CLK-GTR perfectly illustrates AMG’s ability to translate racing technology into road-legal supercars, combining extreme power, precision engineering, and exclusivity.

Mercedes-AMG SL: From V8 to V12 Power

The Mercedes-AMG SL roadster series showcases AMG’s expertise in transforming luxury sports cars into high-performance machines. The first AMG variant was the SL 60, featuring a 6.0-litre V8 producing 376 bhp. This model was discontinued with the SL’s facelift in 1998.

In 1999, shortly after DaimlerChrysler acquired a 51% stake in AMG, the SL lineup was split into two high-performance models.

• SL 55 AMG: A slightly smaller V8 producing 349 bhp, offering a balanced mix of performance and daily usability.

• SL 73 AMG: A true European powerhouse, powered by a 7.3-litre M297 V12 engine producing 518 bhp initially. This legendary V12 would later form the basis for engines used in the Pagani Zonda, cementing its place in performance car history.

The SL AMG models demonstrate AMG’s ability to combine luxury, performance, and cutting-edge engineering, turning the iconic roadster into a track-capable, high-speed masterpiece.

Mercedes-AMG E 55

In the 1990s, AMG developed several high-performance derivatives of the E-Class, and in October 2002, the most powerful yet went on sale, just as AMG’s Affalterbach facility—three miles from its original Burgstall workshop—was being expanded.

The E 55 AMG featured a supercharged 5.4-litre V8, producing 469 bhp—roughly the same output as a Ferrari F40 a decade earlier. Its combination of sedan comfort and supercar-level performance made it a standout in its class.

The E 55 was later replaced by the E 63 AMG in 2006, which took a different approach. While the supercharger was removed, engine capacity increased to 6.2 litres, with a maximum output of 507 bhp, continuing AMG’s tradition of pushing the limits of Mercedes performance.

The E 55 exemplifies AMG’s philosophy of turning executive sedans into powerful, thrilling performance machines without sacrificing luxury or daily usability.

Mercedes-AMG C 30 Diesel

In a rare departure from its usual petrol-powered performance cars, AMG introduced the C 30 Diesel alongside the E 55, though it launched slightly later in February 2003.

Powered by a 3.0-litre diesel engine, the C 30 produced 228 bhp—a respectable figure at the time, and very close to the output of the 190E 3.2 AMG. Despite its performance credentials, the diesel AMG didn’t sell well and was quickly discontinued, making it a unique and short-lived chapter in AMG history.

The C 30 Diesel remains a curious example of AMG experimentation, showing the company’s willingness to explore alternative powertrains while maintaining their signature performance ethos.

Mercedes-AMG C 55

After AMG became a wholly-owned subsidiary of DaimlerChrysler on 1 January 2005, the C 32 AMG was replaced by the C 55 AMG, marking a significant evolution in the performance of the C-Class.

The new model swapped the earlier supercharged 3.2-litre V6 producing 349 bhp for a naturally aspirated 5.4-litre V8 producing 362 bhp, delivering far more power and a thrilling driving experience.

Beyond the engine upgrade, the C 55 AMG signaled a shift toward a sharper, more sporting focus, bringing the hot-rod C-Class closer to rivals like the BMW M3 than any previous AMG model. This combination of luxury, handling, and V8 power reinforced AMG’s reputation for turning ordinary Mercedes sedans into performance-oriented machines.

Mercedes-AMG R 63

Dubbed an “improbable union” when it debuted in 2007, the R 63 AMG combined the six-seat Mercedes R-Class MPV with a 503 bhp 6.2-litre M156 V8—the first engine designed entirely from scratch by AMG. This powerhouse would later win the Performance category at the International Engine of the Year awards in both 2009 and 2010.

Despite its size, the R 63 AMG was remarkably quick, achieving 0-62 mph in 5.0 seconds, with a top speed limited to 155 mph. On the autobahn, its acceleration impressed enthusiasts, though reviewers noted some drawbacks, such as roll-prone handling and noticeable understeer in wet conditions.

The R 63 AMG remains a standout example of AMG’s ability to inject supercar-level performance into unconventional vehicle types, demonstrating their engineering creativity and willingness to push boundaries.