Maserati Ghibli Celebrates 60 Years with Rare 1970 Ghibli SS

Maserati is celebrating the 60th anniversary of the legendary Ghibli with the certification of an extraordinary 1970 Ghibli SS Coupé, a historically significant example once reserved by the Maserati family. Powered by a 4.9-liter V8 producing 335 hp and capable of reaching 280 km/h, the iconic Italian grand tourer represents one of the finest expressions of the brand’s heritage.

Six decades after the Maserati Ghibli made its debut, the Trident brand is paying tribute to one of the most influential models in its history. At the center of the anniversary celebrations is a remarkable 1970 Maserati Ghibli SS Coupé, chassis number AM115/49*1948*, which has received the official Certification of Authenticity from the Maserati Classiche program.

The car’s story makes it particularly special. Originally produced on November 25, 1970, for the Italian market, this example was reserved by the Maserati family and represents an important connection between the brand’s history and the people responsible for building its legacy.

Its certification is more than a recognition of an exceptionally preserved classic. It also highlights Maserati’s ongoing commitment to protecting its heritage, craftsmanship, and historical identity.

Maserati Ghibli SS: A 335 HP Italian Grand Tourer with a 280 km/h Top Speed

The 1970 Maserati Ghibli SS Coupé is an impressive reminder of an era when Italian grand touring cars combined dramatic styling with powerful naturally aspirated engines and the ability to cover long distances at extraordinary speeds.

Designed by Giorgetto Giugiaro for Carrozzeria Ghia, the Ghibli featured a distinctive body characterized by a long bonnet, low-slung proportions, an elegant fastback silhouette, and an unmistakably sporting personality. Its 2+2 seating configuration also provided a degree of practicality without compromising the car’s luxurious character.

This particular example was originally finished in Oro Longchamps, while its current exterior wears Giallo Fly paintwork. The yellow finish is complemented by the original black leather interior, preserving an important element of the car’s historical identity.

Under the exceptionally long bonnet sits Maserati’s formidable 4.9-liter V8 engine, producing 335 hp. Equipped with carburetors and paired with a ZF five-speed manual transmission, the powerplant sends the Ghibli SS to a claimed top speed of 280 km/h.

At the time, those figures placed the Ghibli SS among the fastest and most desirable grand touring automobiles in the world.

One of the engineering highlights was the engine’s dry-sump lubrication system, which allowed Maserati engineers to position the V8 lower in the chassis. This contributed to the Ghibli’s exceptionally low bonnet line and helped establish the car’s distinctive proportions.

The result was an automobile that combined performance, elegance, and long-distance comfort in a way that would become central to Maserati’s identity.

The Maserati Ghibli: A Design Icon Born in 1966

The story of the Maserati Ghibli began on November 3, 1966, when the Italian manufacturer unveiled its new grand touring coupé at the Turin Motor Show.

Designed by the young Giorgetto Giugiaro during his time at Carrozzeria Ghia, the Ghibli represented a significant evolution in Maserati’s design language. Its proportions were bold, its silhouette exceptionally low, and its styling remarkably clean for an era defined by some of the most influential automotive designs in history.

The long front bonnet, retractable pop-up headlights, sharply defined front end, and elegant rear fastback profile gave the Ghibli an unmistakable presence.

Even today, the original model remains one of the most recognizable examples of Italian automotive design from the 1960s.

Its name was equally distinctive. Ghibli refers to a hot, powerful desert wind originating in North Africa, continuing Maserati’s tradition of naming several of its automobiles after winds.

Following the coupé’s commercial introduction in 1967, Maserati expanded the range in 1969 with the Ghibli Spyder, which was also available with a removable hardtop.

In 1970, both body styles received the more powerful 4.9-liter V8 engine, creating the Ghibli SS versions.

The model quickly established itself as a favorite among wealthy customers, collectors, and automotive enthusiasts. Its international appeal was perhaps best illustrated by Henry Ford II, who purchased a Ghibli and subsequently had it displayed in the lobby of Ford’s Product Development Center in Detroit.

The decision was reportedly intended to inspire Ford’s designers, demonstrating just how influential the Italian grand tourer had become beyond Europe’s automotive industry.

Maserati Classiche Certification Protects the Brand’s Heritage

The certification of the 1970 Ghibli SS Coupé also places the spotlight on Maserati Classiche, the program established in Modena in 2021 to preserve, authenticate, and promote the manufacturer’s historic automobiles.

Now integrated into the wider BOTTEGAFUORISERIE project, Maserati Classiche plays an important role in ensuring that the brand’s technical knowledge, craftsmanship, and historical documentation remain accessible to future generations.

At the heart of the program is the Certification of Authenticity, a detailed process conducted by a committee of specialists. Each vehicle undergoes an extensive examination covering its technical specifications, historical documentation, and available records preserved in Maserati’s archives.

The certification is available for Maserati automobiles more than 20 years old, as well as selected special models and limited-production series.

Through its Officine Classiche facilities, the company combines historical research with technical expertise to verify the originality and authenticity of individual vehicles.

The objective is not simply to establish a car’s collector value. Maserati also wants to ensure that the knowledge and craftsmanship behind its most important models are preserved as part of the brand’s wider cultural heritage.

The Collezione Maserati Umberto Panini in Modena is another important part of this effort, providing enthusiasts with an opportunity to experience some of the manufacturer’s most significant historical automobiles.

Maserati Celebrates Six Decades of the Ghibli with Its International Owners Community

The Ghibli’s 60th anniversary celebrations will also bring together Maserati owners, collectors, and enthusiasts from across the international community.

The Maserati Owners Club Italy will mark the occasion with a special visit to the manufacturer’s headquarters in Modena, where several historically significant vehicles will be presented.

Among the highlights will be a rare Ghibli Spyder belonging to the Collezione Umberto Panini, alongside several important examples of the Quattroporte and Ghibli model families.

The collection of vehicles will include:

  • A rare Maserati Ghibli Spyder from the Collezione Umberto Panini.
  • An armored Maserati Quattroporte III previously used by the Italian Ministry of Foreign Affairs, known as the Spadolini.
  • The last Maserati Quattroporte III delivered in Italy.
  • A special Maserati Quattroporte III Royale.
  • A Maserati Ghibli II Primatist, produced in a limited series of just 36 examples.

The presence of the Ghibli II Primatist is particularly meaningful because it connects the celebrations with another important achievement in Maserati’s history.

On November 4, 1996, Italian powerboat champion Guido Cappellini established a world record in the powerboat category aboard the Primatist vessel, powered by a Maserati engine.

To commemorate that achievement, Maserati introduced the Ghibli II Primatist in 1997. With production limited to just 36 examples, the special edition became one of the most exclusive versions of the second-generation Ghibli.

November 3: A Special Date in Maserati History

The Ghibli anniversary is not the only reason November 3 holds a special place in the manufacturer’s history.

Exactly ten years after the original Ghibli’s unveiling, on November 3, 1976, Maserati presented the Quattroporte III, internally designated Project AM330, at the Turin Motor Show.

Developed as the next generation of the manufacturer’s prestigious luxury sedan, the Quattroporte III represented a different interpretation of the Maserati philosophy.

Where the Ghibli emphasized sporting elegance and high-speed grand touring, the Quattroporte III focused on combining exceptional comfort, exclusivity, and performance in a luxury four-door package.

The model would eventually become one of the brand’s most prestigious sedans and was also used by the Italian Presidency.

Together, these two automobiles illustrate the breadth of Maserati’s engineering and design ambitions, demonstrating how the manufacturer successfully combined Italian elegance with performance across different vehicle categories.

From the Original Ghibli to the Modern Maserati GranTurismo

While the original Ghibli helped establish the modern concept of the Italian grand tourer, its philosophy continues to influence Maserati’s contemporary lineup.

The modern Maserati GranTurismo represents the latest interpretation of the same principles that defined its predecessor 60 years ago.

Although separated by six decades of technological development, the two cars share several fundamental characteristics: harmonious proportions, a long bonnet, an elegant cabin, exceptional comfort, and the ability to deliver high performance without sacrificing long-distance usability.

The contemporary GranTurismo combines traditional Italian design with advanced technology and offers customers a choice between internal-combustion and fully electric powertrains.

This evolution demonstrates how Maserati intends to preserve its distinctive identity while adapting to the changing demands of the automotive industry.

The original Ghibli was created during one of the most exciting periods in Italian automotive history, when design, engineering, and performance came together to produce some of the world’s most desirable automobiles.

The modern GranTurismo carries that philosophy into a new era, maintaining the emphasis on exclusivity, driving pleasure, and unmistakable Italian character.

Six Decades of Maserati Ghibli: A Legacy That Continues

The certification of the 1970 Maserati Ghibli SS Coupé provides a fitting centerpiece for the model’s 60th anniversary celebrations.

From its spectacular debut at the 1966 Turin Motor Show to the introduction of the powerful Ghibli SS, the model established itself as one of the defining automobiles of Maserati’s history.

Its combination of Giorgetto Giugiaro’s timeless design, a powerful V8 engine, exceptional performance, and grand touring refinement helped establish a formula that continues to influence the brand today.

More importantly, the story of this particular Ghibli SS demonstrates that Maserati’s heritage is not simply about preserving historic automobiles. It is about maintaining the connection between generations of engineers, designers, owners, and enthusiasts who have helped shape the Trident’s identity.

Six decades after its introduction, the Ghibli remains a powerful symbol of Italian automotive excellence, and Maserati Classiche’s certification ensures that one of its most fascinating examples will continue to tell that story for generations to come.

Source: Maserati

Opel Grandland Electric Gets 22-kW Charger, Cuts Charging Time in Half

Opel has introduced a 22-kW onboard charger for the Grandland Electric lineup, making its flagship electric SUV the first Opel passenger car to offer the faster AC charging technology. The upgrade cuts charging times significantly, giving the Grandland Electric, Long Range and AWD versions greater flexibility when charging at home, at work or at public charging stations.

Opel is taking another step towards making electric mobility more convenient with the introduction of a 22-kW onboard charger for its all-electric Grandland range. The new charging technology, which is now available for the Grandland Electric, Grandland Electric Long Range and Grandland Electric AWD, makes the German-built SUV the first passenger car from the brand to offer this higher AC charging capability.

While DC fast charging remains the preferred solution for drivers who need to replenish their batteries quickly during longer journeys, the upgraded onboard charger addresses another important aspect of electric vehicle ownership: everyday charging. By doubling the available AC charging capacity compared with a conventional 11-kW system, Opel promises substantially shorter charging stops wherever compatible infrastructure is available.

“With the 22-kW onboard charger in the Opel Grandland Electric, we are underlining our commitment to making electric mobility even more convenient and flexible for our customers,” said Patrick Dinger, Head of Opel Germany. He added that the Grandland combines advanced charging technology with the qualities expected from a modern all-electric SUV.

Opel Grandland Electric: 22-kW Charging Cuts Waiting Times in Half

The biggest advantage of the new 22-kW onboard charger is the reduction in charging times. According to Opel, the improvement is particularly noticeable when the vehicle is connected to an AC charging point capable of delivering the full 22 kW.

For the standard Grandland Electric and the performance-oriented Grandland Electric AWD, both equipped with a 78-kWh battery (73 kWh usable capacity), charging time drops from approximately five hours with an 11-kW charger to just over 2.5 hours.

The Grandland Electric Long Range, which features a larger 100-kWh battery (96.9 kWh usable capacity), benefits from a similar improvement. Its charging time is reduced from approximately 6.5 hours to around 3.25 hours.

These figures make the upgrade particularly relevant for drivers who regularly use workplace charging facilities or public AC charging stations. It also provides greater flexibility for overnight charging, although the actual charging speed will always depend on the power available from the charging point and the vehicle’s charging conditions.

Importantly, a 22-kW onboard charger does not mean that every AC charging station will deliver 22 kW. The charging infrastructure must support the required output for drivers to benefit from the maximum charging rate.

Up to 691 Kilometres of WLTP Range

Beyond faster charging, the Opel Grandland Electric lineup continues to offer competitive driving range figures, with the Long Range version targeting drivers who frequently cover longer distances.

The standard Grandland Electric can travel up to 519 kilometres on a single charge, while the Grandland Electric Long Range increases that figure to as much as 691 kilometres, according to the WLTP test cycle.

The larger battery capacity makes the Long Range variant particularly appealing for customers looking to minimise charging stops during longer journeys. Combined with the new 22-kW onboard charger, it also becomes easier to replenish the battery during everyday stops.

Opel has also paid considerable attention to driving comfort. All-electric Grandland variants come standard with Frequency Selective Damping technology, a chassis solution designed to adapt suspension characteristics to different road conditions and driving situations.

The system provides softer damping when dealing with short, sharp impacts, such as uneven surfaces and cobblestones, helping occupants enjoy a more comfortable ride. At lower frequencies, particularly during more dynamic driving, the damping characteristics become firmer, delivering more precise body control and a more direct connection with the road.

The result is a combination of comfort and stability that Opel says remains evident during braking, cornering and high-speed Autobahn driving.

Opel Grandland Electric AWD Delivers 325 HP and 509 Nm

For customers who prioritise performance and traction, the Grandland Electric AWD sits at the top of the electric SUV lineup.

Its dual-motor electric powertrain produces a combined 239 kW (325 hp), while maximum torque reaches 509 Nm. This configuration provides electric all-wheel drive and gives the Grandland a more performance-focused character compared with its front-wheel-drive siblings.

Drivers can choose between four driving modes: Normal, Eco, Sport and 4WD.

In 4WD mode, both electric motors operate continuously, distributing power to all four wheels to maximise traction, particularly on slippery surfaces. Sport mode, meanwhile, sharpens steering and accelerator responses, creating a more immediate driving experience.

Both Sport and 4WD modes provide access to the vehicle’s peak power and torque, allowing the Grandland Electric AWD to deliver its full performance potential when required.

The combination of instant electric torque, all-wheel drive and 325 hp makes the AWD version the most dynamic member of the Grandland Electric family.

Opel Electric All In Package Adds Charging and Ownership Benefits

Opel is also attempting to make the transition to electric mobility more attractive through its Electric All In customer package.

Customers purchasing a battery-electric model such as the Grandland Electric receive a range of additional services designed to simplify vehicle ownership and charging.

The package includes a Free2move charging pass, e-routes functionality, eight years of mobile charging and breakdown assistance, as well as a battery warranty.

These services are intended to address some of the most common concerns associated with electric vehicle ownership, including access to charging infrastructure, route planning and assistance in the event of unexpected problems.

22-kW AC Charging Strengthens the Opel Grandland Electric’s Position

The introduction of the 22-kW onboard charger represents a meaningful improvement to the Opel Grandland Electric range, particularly for customers who rely on AC charging as part of their daily routine.

Although the benefits depend on access to compatible charging infrastructure, cutting AC charging times by approximately half makes the Grandland more practical and flexible for everyday use.

With up to 691 kilometres of WLTP range, a choice of battery configurations, an available 325-hp all-wheel-drive version and improved charging capability, Opel is strengthening the appeal of its flagship electric SUV.

Rather than focusing exclusively on increasing battery capacity or peak DC charging performance, Opel is addressing another important part of the electric ownership experience: spending less time connected to a charger and more time on the road.

Source: Opel

BMW to Introduce Advanced City Driving Assistance in 2027: Motorway-to-City Automation Coming to New Models

BMW is preparing to take its driver assistance technology into a new environment. Starting in 2027, the German automaker plans to introduce navigation-guided, partially automated driving in urban areas, allowing selected BMW models to assist drivers with complex city manoeuvres, including turning, changing lanes, navigating roundabouts and responding to right-of-way situations.

The new technology represents a significant expansion of BMW’s existing Level 2 driver assistance capabilities. By combining its Motorway Assistant and City Assistant systems, BMW aims to offer a continuous assisted-driving experience that follows the navigation route from motorways and country roads directly into city traffic.

Germany will be the first market to receive the new functionality, with a gradual international rollout planned afterwards.

BMW Brings Partially Automated Driving Into City Traffic

Until now, advanced navigation-guided driving assistance has primarily focused on motorway environments. BMW wants to change that by extending its technology to the considerably more demanding conditions of urban driving.

With active route guidance through BMW Maps, the upcoming system will be able to support drivers during several everyday city-driving situations. These include turning manoeuvres at intersections, changing lanes in urban traffic, recognising and responding to right-of-way situations, and navigating roundabouts.

The technology will also build on existing City Assistant capabilities. In Germany, for example, the system can already support automated stopping and restarting at traffic lights.

The objective is to create a more seamless driving experience in which driver assistance remains available throughout an entire journey, rather than being limited to specific road types.

BMW emphasises, however, that these functions remain classified as SAE Level 2 driver assistance. The driver must therefore remain attentive and responsible for the driving task at all times. The system is designed to provide assistance, not replace the person behind the wheel.

Which BMW Models Will Receive the New Technology?

BMW has confirmed that the technical hardware required for the new driver assistance functions will be installed as standard in several upcoming and existing model lines.

The compatible vehicles include:

  • New BMW iX3
  • BMW iX4
  • All model variants of the BMW X5
  • All model variants of the BMW 3 Series
  • All model variants of the BMW 7 Series

An important advantage for customers is that the necessary hardware will already be present in the vehicles. This means owners will be able to activate the available assistance functions even after purchasing their cars, without requiring additional hardware installations.

The corresponding software will be delivered through over-the-air updates, allowing BMW to introduce the new capabilities remotely.

The initial rollout is scheduled to begin in Germany in 2027, subject to the completion of the remaining regulatory approval process. Other markets will follow progressively.

BMW Symbiotic Drive: Driver and Vehicle Working Together

One of the central elements of BMW’s new urban driving assistance technology is BMW Symbiotic Drive, a system designed to make interaction between the driver and the vehicle more natural and intuitive.

Rather than requiring drivers to surrender control completely when assistance is activated, BMW allows them to continue influencing the vehicle’s behaviour through their own driving inputs.

Drivers can accelerate, steer and brake according to their individual preferences while the assistance system remains active. The technology is designed to recognise these inputs and coordinate them with the vehicle’s automated assistance functions.

BMW says this cooperative approach is a fundamental part of its next-generation Level 2 driver assistance systems.

The same philosophy also extends to active safety technologies, including Lane Keeping Assist. By analysing steering behaviour and the driver’s gaze direction, the vehicle can better understand the driver’s intentions.

Consequently, steering interventions and warnings can be more precisely targeted at situations in which the vehicle detects unintended lane departure or an imminent collision.

The idea is to make driver assistance less intrusive while maintaining an appropriate level of safety support.

BMW Panoramic iDrive Makes Assisted Driving Easier to Understand

The introduction of more advanced driving assistance functions also requires a clear and intuitive interface. BMW is addressing this through its latest Panoramic iDrive operating concept.

When partially automated driving is activated, situation-specific information will be presented directly within the driver’s field of vision through BMW Panoramic Vision.

This allows drivers to monitor the status of the assistance systems without having to repeatedly look away from the road towards the central display.

BMW is also introducing a new navigation interface called BMW Maps with Driver Assistance. Displayed on the central screen, it combines navigation guidance, information about the vehicle’s surroundings and the status of the active driver assistance systems into a single three-dimensional visualisation.

The interface is designed to make complex urban driving situations easier to understand.

It displays the next navigation instruction, illustrates how the vehicle perceives its immediate surroundings and identifies which assistance functions are currently supporting the driver.

By bringing this information together, BMW wants to make partially automated driving more transparent and easier to follow, particularly in demanding urban environments.

Regulatory Approval and Safety Testing

Before the new technology reaches customers, BMW must complete the necessary regulatory approval procedures.

The upcoming driver assistance systems will be type-approved in accordance with the updated UNECE R171 regulations, specifically the DCAS Series 2 requirements governing Driver Control Assistance Systems.

BMW has confirmed that the necessary real-world traffic tests have already been successfully completed by an independent technical service.

According to the company, the technical requirements for approval have therefore been met, with official confirmation expected in early 2027.

BMW has also filed several patent applications relating to the development of its new urban driver assistance functions, highlighting the technological importance the company attaches to this next stage of automated driving.

Joachim Post, Member of the Board of Management of BMW AG responsible for Development, describes the expansion as a meaningful improvement in everyday driving comfort.

He explains that the technology will support customers throughout their navigation-guided journeys, from motorways and country roads to urban environments, while BMW Symbiotic Drive will allow drivers to make their own inputs whenever they choose.

BMW’s Next Step Towards Seamless Automated Driving

BMW’s planned 2027 introduction of navigation-guided urban driving assistance represents an important development in the evolution of partially automated driving.

The ability to combine motorway, rural-road and city-driving assistance into one continuous system could make everyday journeys more comfortable, particularly in congested urban environments where frequent steering, lane changes and intersections demand constant attention.

However, BMW’s approach is also notable for its emphasis on driver participation. Instead of presenting automation as a replacement for human involvement, the company is developing a system in which the driver and vehicle cooperate throughout the journey.

With BMW Symbiotic Drive, Panoramic iDrive and over-the-air software updates, the automaker is laying the groundwork for a more connected and intuitive driver assistance experience.

If the planned rollout proceeds as scheduled, Germany will become the first market to experience BMW’s expanded city-driving assistance capabilities in 2027, marking another step towards a future in which assisted driving extends seamlessly across almost every type of road.

Source: BMW

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