Cars

The 1996 Bentley Azure: A Luxurious Convertible Review

This article provides an in-depth look at the 1996 Bentley Azure, a high-end convertible. It explores its luxurious features, performance capabilities, and market positioning, offering insights from a 1995 perspective.

Experience Unrivaled Luxury: The Bentley Azure, Where Exclusivity Meets Open-Air Grandeur

Insights into the Elite Automotive Market and Bentley's Strategic Vision

A comprehensive study involving 2,000 Rolls-Royce and Bentley owners, both past and prospective, revealed compelling statistics about this exclusive demographic. A significant 40% of these individuals also possess yachts, while over half boast extensive collections of valuable art and maintain residences in multiple countries. On average, each owner commands a fleet of five high-value automobiles. This research underpinned Rolls-Royce's strategic decisions, particularly during the global tour of the Bentley Project Java concept car. While the smaller convertible concept garnered positive feedback, the company ultimately chose to develop a new convertible based on existing, more substantial platforms. This initiative, known as Project P100, culminated in the creation of the Bentley Azure, with the ambitious goal of establishing it as the world's premier convertible.

The Bentley Azure: A Fusion of Power and Refinement

The Bentley Azure emerges as a soft-top iteration of the distinguished Bentley Continental R. Its turbocharged 6.7-liter engine has undergone significant upgrades, featuring an advanced water-to-air intercooler and sophisticated engine-management electronics. To compensate for the absence of a fixed roof, the body shell has been meticulously reinforced. The design and construction of the innovative retractable roof system were entrusted to the renowned Italian coachbuilder Pininfarina, echoing their previous collaboration on the Cadillac Allante.

Addressing Structural Integrity: Azure's Advanced Design Compared to Predecessors

Previous Rolls-Royce convertibles, such as the Corniche (also, at times, branded as a Bentley Continental), suffered from structural flexibility due to their coachbuilt nature, particularly problematic after the T-series Rolls and Bentley saloons were phased out in 1980. The Corniche, with its final production run concluding just prior to the Azure's debut, was notably criticized for its chassis's lack of rigidity. In contrast, the Azure incorporates extensive cross-bracing and floor-level stiffening to enhance its structural integrity. For enhanced safety, the A-pillars are reinforced for rollover protection, and the front seats, which are adapted from the BMW 850, feature integrated safety belts. Rolls-Royce engineers proudly assert that the Azure's static torsional rigidity surpasses that of the Corniche by 25%, resulting in a noticeably more robust on-road feel.

Performance Dynamics: A Blend of Comfort and Agility

While some minor body shudder may be perceived at lower speeds on uneven surfaces, it becomes imperceptible as the vehicle gains momentum. The suspension system has been carefully calibrated, combining new 255/55ZR-17 tires (the lowest profile ever used on a Rolls-Royce) with stiffer sidewalls, yet softer springs and thinner anti-roll bars. This, coupled with Rolls-Royce's adaptive damping system, endows the Bentley convertible with surprisingly agile handling. It effortlessly navigates fast highway curves, with the dampers adjusting to provide optimal stability, complemented by the precisely weighted and highly geared power steering.

Power and Prestige: The Azure's Commanding Presence

Despite its considerable weight of 5,750 pounds, comparable to a medium-sized truck, the Azure delivers impressive acceleration. Its top speed is electronically limited to 150 mph, a figure Rolls-Royce deems "adequate," and it is capable of accelerating from 0 to 60 mph in a mere 6.3 seconds. The early pre-production model driven for this review, lacking the most recent engine specifications, produced a "more than adequate" output of approximately 360 horsepower, akin to the Continental R. On the picturesque boulevards, highways, and mountain roads of southern France, the very region inspiring its name, the new Bentley exhibited ample power. This vehicle is not engineered for high-speed autobahn sprints or track racing – a quarter of Bentley owners already possess a Ferrari for such endeavors. Instead, its essence lies in providing a serene and unhurried journey, enveloping its occupants in unparalleled comfort and luxury; the Azure is unequivocally a car designed to be seen and to be experienced within.

Design Elements: The Craftsmanship Behind the Azure's Aesthetics

Style was paramount in the Azure's design philosophy. A critical design aspect involved seamlessly concealing the retractable roof beneath a flush metal cover on the rear deck. This stylistic choice, however, necessitated the use of a scratch-prone plastic rear window, a feature typically found in more utilitarian convertibles, rather than a glass one. The convertible system itself is a substantial, meticulously lined, and well-insulated structure, operating fully automatically at the mere touch of a button (labeled "hood" in British parlance), without requiring any manual latching or release.

A Glimpse into the Nuances of the Retractable Roof System

Despite extensive testing by Rolls-Royce and Pininfarina, involving 15,000 cycles – equivalent to three decades of operation – the electrohydraulic roof system unexpectedly malfunctioned during the preview drive. On the sole attempt to close it, the roof became partially stuck, refusing to either complete its retraction or open again. An apologetic Rolls-Royce technician manually completed the closure using a wrench, attributing the issue to a potential need for more sophisticated logic circuits in the roof's electronic control unit. Such an incident, if it occurred with a customer's vehicle, would undoubtedly diminish the sense of pride associated with owning an Azure. It is difficult to ascertain which scenario would be more frustrating: being unable to showcase the opulent wood-paneled interior, fine leather seating, and plush lambswool floor mats, or having all these luxuries, and one's expensive attire, drenched in an unexpected downpour.

Unmatched Exclusivity and Value Proposition

The Azure, with its body assembled, painted, and equipped by Pininfarina in Turin, demonstrates remarkable wind-sealing capabilities when the top is raised, especially considering the absence of window frames or central pillars. With the top down, the substantial windshield effectively shields front-seat occupants from significant buffeting, even with all side windows lowered; notably, air disturbance remains consistent at both 50 mph and 100 mph. Rear-seat passengers, while enjoying a narrower but equally spacious compartment as the Continental coupe, find greater comfort with the side windows raised, though they still experience a thrilling, wind-in-the-hair ride. With a price tag of $347,645 upon its August arrival in the U.S., which is $36,355 more than the Continental R, the Azure's cost is a testament to its exclusivity. Rolls-Royce confidently asserts that the Bentley Azure has no comparable rivals, with marketing director Ian McKay suggesting that the only alternatives are a private plane or a yacht – an assertion supported by the fact that 40% of Bentley owners already possess one of these. Here are the specifications:

Audi's Electric Sports Car: A Boxster in Disguise?

The automotive world is abuzz with the potential emergence of a new electric sports car, deceptively cloaked in the form of a Porsche Boxster. Recent sightings of a prototype, bearing an Ingolstadt license plate—Audi's home city—have sparked considerable intrigue. This development hints at a collaborative effort within the Volkswagen Group to introduce a trio of electric sports vehicles, with Audi's Concept C model slated for a 2027 debut, distinctively featuring a retractable targa top.

For several years, Porsche has been diligently refining its electric Boxster, with initial prototypes surfacing as early as November 2022. Despite this extensive development period, a production-ready model has yet to reach dealerships. However, the consistent testing of this two-door electric sports car from Zuffenhausen affirms its eventual market release. The recent sighting of a supposedly electric Boxster prototype at the Nürburgring, distinguished by an Ingolstadt registration, suggests that this vehicle may indeed be an early iteration of Audi's Concept C.

While Porsche intends to maintain the traditional fabric roof for its 718 EV, mirroring the Boxster's heritage, Audi's approach with the Concept C is notably different. The Audi version will exclusively offer a retractable targa top, a pioneering design for the brand. This innovative feature allows the coupe to transform into a roadster with the simple press of a button, contrasting with Porsche's plan to pair the next-generation Boxster with a Cayman coupe sibling. Audi's decision to forgo a fixed-roof counterpart for its electric sports car further highlights their divergent design philosophies.

The powertrain strategies of the two Volkswagen Group brands also reveal distinct paths. Porsche plans to offer both combustion-engine and electric variants for its new Boxster and Cayman, providing a safety net in the transition to electric mobility. Audi, however, has committed to an all-electric future for its production-ready Concept C, eschewing any internal combustion engine options. Although neither company has officially confirmed mechanical commonalities, industry observers widely believe that these vehicles will share underlying technology, leveraging the group's modular platforms. Daniel Schuster, Audi's Spokesperson for Technical Development, has confirmed that the electric Audi will utilize a new platform shared across the Volkswagen Group, capable of supporting both rear-wheel-drive single-motor and all-wheel-drive configurations.

Audi's history of leveraging internal group resources, such as using the Lamborghini Temerario as a foundation for its Nuvolari supercar, suggests a similar collaborative approach with Porsche for the Concept C. Given Porsche's multi-year head start on the 718 EV, Audi may have significantly accelerated its targa model's development by drawing heavily on Porsche's engineering expertise. The production version of the Concept C is expected to arrive in 2027, likely following the electric Boxster's release, which was initially anticipated in 2025 but has faced undisclosed development challenges.

The strategic deployment of these electric sports cars by the Volkswagen Group raises questions about market reception. While Porsche enjoys a stronger position with its dual-powertrain strategy, offering a gasoline alternative for the Boxster and Cayman, Audi is placing a singular bet on its electric Concept C. The success of these models will hinge on their ability to capture consumer interest in an evolving automotive landscape, where performance and electric innovation intersect.

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Porsche Unveils New 911 GT4 R Race Car for 2027 Season

Porsche has officially unveiled its newest entry into the GT4 racing series, the 911 GT4 R. This marks a pivotal moment as it is the first GT4-spec racing vehicle to be based on the iconic 911 platform, departing from the long-standing tradition of utilizing the 718 Cayman. The 911 GT4 R is engineered to compete in prestigious events such as the SRO GT4 America and the IMSA Michelin Pilot Challenge, alongside various factory-supported, single-make racing competitions. With an expected launch price of $375,000, this high-performance machine is poised to make its competitive debut in the 2027 motorsports season.

The transition to the 911 platform brings a host of enhancements compared to its predecessor, the 718 Cayman RS Clubsport. Built upon the foundation of the 992.2 911 Cup race car, the new GT4 R benefits from broader front and rear track widths, integrating advanced motorsports technologies. A key highlight is its formidable 4.0-liter flat-six engine, which is capable of generating up to 513 horsepower and 346 pound-feet of torque. While these power figures will be adjusted to comply with Balance of Performance (BoP) regulations, the car is uniformly equipped with a sequential six-speed dog 'box, enabling rapid gear changes via paddle shifters and a four-disc racing clutch.

Matthias Scholz, Director of GT Racing Cars at Porsche Motorsport, emphasized that the 911 embodies Porsche's motorsport heritage like no other vehicle, and adapting it for GT4 racing unlocks new dimensions in performance and driving sensation. He noted that the 911 GT4 R incorporates detailed developments initially refined for the 911 Cup, underscoring a continuous evolution in Porsche's racing division.

Despite sharing many structural elements with the 911 Cup car, the GT4 R features specific chassis modifications to meet distinct class requirements. These include a five-lug bolt pattern, a departure from the more intricate center-lock design, and slightly narrower wheels. Nevertheless, drivers will appreciate the flexible suspension tuning, offering dampers with two adjustment settings and a choice of three spring rates. Aerodynamic components, doors, and the engine cover are crafted from lightweight yet robust natural-fiber-reinforced plastic. The cockpit is driver-centric, featuring a 10.3-inch digital display for crucial data, complemented by an integrated data logger and GPS system for real-time analysis during races. Ballast adjustments are also incorporated to ensure compliance with BoP specifications.

The introduction of the 911 GT4 R signifies a new chapter for Porsche in GT4 racing, combining the legendary performance characteristics of the 911 with cutting-edge racing technology. This vehicle is designed to deliver a superior driving experience and competitive edge on the track, setting a new benchmark for customer race cars.

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