Alfa Romeo Disco Volante Spyder Touring Superleggera 2016
· Touring Superleggera’s 90th anniversary celebrations kickoff with the launch of the new Alfa Romeo Disco Volante Spyder.
GENEVA, 1st March 2016
Touring at the 86th Geneva Motor Show
Touring turned ninety and celebrates this important anniversary at the Geneva Motor Show with a brand new car. A bold interpretation of the open top car, fully devoted to the pleasure of riding with wind tousling one’s hair.
The Alfa Romeo Disco Volante Spyder is a two-seater open top car, based on the Alfa Romeo 8C Competizione Spider. It is built for discerning customers in just seven examples, more than half of which have been sold already. The model being showcased at Geneva is the first of the series.
“The Disco Volante Spyder is the perfect example of the haute couture philosophy that made
Touring a respected player in the luxury car scene in recent years.” Piero Mancardi, CEO.
Bringing together under one roof a talented design team and skilled craftsmen who preserve and maintain the art of the panel beating whilst integrating the most advanced engineering tools. This is the formula that allows Touring to fulfil the rising demand for truly exclusive coach built cars. “We are immensely grateful to Alfa Romeo for having supported this project. Customers and manufacturers give us their trust and we see a bright future ahead of us.” Piero Mancardi, CEO.
The Disco Volante Spyder is inspired by the 1952 Alfa Romeo C52 also present on the Touring stand courtesy of Museo Nazionale dell’Automobile “Giovanni Agnelli” of Turin. The Museo will host a retrospective exhibition encompassing the whole history of Touring in autumn this year.
On its way to the 1953 New York motor show, the C52 had already gained the Disco Volante nickname, Italian for ‘Flying Saucer’. Once again, Touring had sparked the public’s imagination with a groundbreaking shape on what was the eve of space age.
As usual with Touring Superleggera, the lines and volumes were dictated by a strict functional requirement: the new car had to be “insensitive to wind". The Disco Volante was to become the best example of Touring’s founder, Felice Bianchi Anderloni’s philosophy: “Weight is the enemy, air resistance the obstacle”.
Using Alfa Romeo 1900 C elements, the car received a new tubular chassis, and a lightweight, striking and efficient aluminium body.
The public embraced the Disco Volante and its revolutionary streamlined contours, though the car’s impact went far further: the bodywork was so innovative that it influenced for decades numerous celebrated sports cars.
Chosen by Alfa Romeo to mark its centenary celebration with a bronze sculpture now displayed in Milan, the C52 Disco Volante is one of the most significant models in automotive history.
This is the first open top production car in Touring’s recent history. As such it had to be a bold design statement which starts to outline Touring’s future design language. The 1952 car was revolutionary. The Disco Volante Spyder is as astonishing and exciting as a coach built car should be.
“We did not want to compromise the pleasure of driving open top. This car is designed as if there was no roof at all.” Louis de Fabribeckers, Head of Design.
The windscreen is low, sharp edged, without a visible top frame. This gives lightness and a more dynamic look to the car. The uninterrupted razor sharp edge continues through the side windows and fairings, encircling the whole car with a seamless and exciting trait.
“Our idea was that the new project should be dynamic, fast and circular, without being aggressive”. Louis de Fabribeckers, Head of Design.
The fairings’ design certainly draws inspiration from the old Disco Volante and the aerodynamic approach which it expressed. In the present Spyder this concept is made extreme. The fairings are not a discrete element, rather they elongate the horizontal line of the windscreen, giving a surprising "streamlined" effect to the car.
The Spyder maintains most traits that made the Disco Volante an icon. The stylish covered front wheels give a sense of speed and sportiness, whilst the uncovered rear wheels highlight the more muscular details, giving the car a real sense of power.
Just as every Touring car should be, the lines are essential. Volumes and surfaces take the
leading role. Just as every Touring car should be, the Spyder is timeless.
In line with Touring’s philosophy of personal commissioning, all details are dictated by the
customer’s taste. The exterior paint chosen for the first unit is “Blu Ceruleo” (sky-blue in English).
Where indeed does a Disco Volante come from?
Shades of natural beige and black were chosen for the hides, whilst contrasting elements painted in the body colour provide continuity between exterior and interior, as appropriate in an open car.
The Disco Volante Spyder marks the renewed cooperation with Connolly Bros., a cooperation dating back to 1927. During the 20th Century, Connolly leather covered the benches and seats of the Houses of Lords and Commons, the Cunard Liners Queen Elizabeth and Mary, the Concorde, the British Library, and the Dorchester and Ritz hotels, not to mention the most exclusive motor cars.
One of the aspects of Connolly leather was the way it was made, that gave a sort of “aroma” for which Connolly became famous. This aroma was not an added perfume, but was a result of aspecial process. “So when the customer smelt the aroma of the first Disco Volante Spyder he said it was fantastic, because it was like the old leather. What we have made for Touring is an hybrid leather, a combination of modern technology with the old process inside.” Jonathan Connolly, CEO of Connolly Bros.
The briefing for this car was not to impair the pleasure of driving even in poor weather. The
Anniversary car must be as fit for the Grande Corniche as it is for the Cotswolds.
Touring therefore decided to apply an innovative twin carbon roof allowing the car to have all the protection of a true coupé. This design allows for other advantages too: beauty, lightness and practicality.
Louis de Fabribeckers: “Personally I would have a very hard time choosing the configuration I enjoy most between open top or carbon roof. Both have their own essence without compromising on style”.
With each roof weighing a bare 3.5 Kg, it is designed to be comfortably stored in the boot, whilst still leaving room for a real luggage set.
Substantial weight is removed from the upper part of the vehicle, conceding great advantages both to handling and performance.
Every new Disco Volante Spyder component is CAD-designed and documented. The meticulous engineering process run with the support of Alfa Romeo’s engineering team covers feasibility, safety, homologation, aerodynamics and structural analysis through the use of the most advanced IT tools and simulations.
Sound insulation is paramount for riding pleasure at high speed with an open roof. Computational Fluid Dynamics helped achieve outstanding acoustic comfort in cabin, with noise level limited to 24-50dB at 180 Km/h in the driver and passenger zone.
CFD studies were also performed to enhance airflow and ensure optimal downforce in the rear section.
Since torsional stiffness is of critical importance, an intensive study with FEM calculations was carried out in cooperation with Alfa Romeo to design the new single-piece windscreen frame and the cross roll-bar piece. Together with the roof, they are made from structural carbon fibre. The ensemble provides crucial torsional stiffness advantages and saves weight in the upper section of the car, where it is most beneficial for performance.
Faithful to its philosophy of personalisation, Touring provides a bespoke set-up of suspensions to match each customer’s preference.
The Alfa Romeo 8C Competizione Spider was chosen as donor car for its light and stiff structure and its outstanding dynamic properties. It forms the perfect basis for the coach-built bodywork of the Disco Volante Spyder, which integrally conserves the rolling chassis and drive train.
The Alfa Romeo 8C’s steel space-frame and other structural elements are retained to guarantee torsion stiffness, high performance and quality standards. The frame parts and the central carbon cell remain unchanged. Elements of the underpinning and the body, such as the engine bay and firewall, the cowl, the locks and hinges have been retained too, just as the dashboard, the instruments, the pedals and the steering wheel.
Parts like doorframes and the c-pillar have been modified to match the new shape.
The layout of the front-central mounted engine, the transaxle transmission and the rear-wheel drive offer an optimal weight distribution of 49-51% between the front and rear axles.
To ensure excellent handling the front and rear double-wishbone suspension scheme is combined with hub carriers made of forged aluminium and additional trailing arms for the rear suspension.
The lightweight and compact 4.7 litre V8 engine delivers 450HP and 480Nm peak torque. It is coupled with a six-speed sequential transaxle gearbox with electronic control and paddle-shift gear selection. Combined with a limited-slip differential and a state-of-the-art carbon-ceramic braking system including large diameter, ventilated discs, the package ensures a precise, dynamic and proactive drive.
The Disco Volante Spyder can accelerate from 0 to 100 km/h (0-62 mph) in 4,5 seconds and has a top speed of approximately 292 Km/h (181 mph).
Touring Superleggera is synonymous with the manufacture of lightweight bodywork. The weight advantage of aluminium is one of the assets of Touring Superleggera's construction methods.
Nowadays however, the crafted hand-beaten aluminium panels are widely combined with carbon fibre. Precise studies have defined the optimal choice of materials for the bodywork in terms of weight, resistance, precision, finish, quality, and ease of repair in case of damage.
Carbon fibre is used for the front bumper and grille, the bonnet, the skirts, the boot lid, the
integrated windscreen frame, the rear cross member and the roof. Bonnet and boot lid are
sandwich-built with Nomex filler to obtain a better stiffness/weight ratio and to dampen vibration and noise.
The aluminium panels are hand-beaten using an epoxy mould. Since the inner frames of most parts of the bodywork are made from carbon fibre, this requires gluing of aluminium on carbon fibre. This technique adds to the rigidity due to the glue’s structural properties.
The body panels are pre-assembled on a laser measurement platform using a jig. This ensures that the strict tolerance requirements are respected. After adjustment, the panels are either welded or glued. The body-in-white is then used to preassemble and fit all trim components, brightware and moulding.
To ensure constant and repeatable quality, the entire production process is documented and
digitally logged. Like in series production, there is a quantified manufacturing cycle and a Bill of Materials. Tolerances, measurements and other quality standards are quantified.
Dynamic tests on proving grounds concentrate on high-speed runs, cornering, braking and other handling trials on several surface types.
Width / Height / Wheelbase
||4620 mm / 2032 mm / 1309 mm / 2640 mm
||1591 / 1589 mm
||400 litres (roof up) – 180 litres (roof down)
|Fuel tank capacity
|Cylinders / type
||331 kW (450PS) 7000 rpm
||480 Nm 4750 rpm
|Emission level /
|Fuel consumption, EU drive cycle
||Urban: 24,40 l/100 Km / Extra-urban: 11,60 l/100 Km / Combined: 16,30 l/100 Km
|CO2 emissions (combined)
|| 379 g/Km
Driveline, Rear wheel drive.
|6-speed, electroactuated sequential gearbox with paddle-shift control and automatic mode.
Limited slip differential.
||Pirelli PZero Rosso front 245/35 ZR20, rear 285/35 ZR20
||Aluminium forged wheels
|Top speed (est.)
||0-100 Kph: 4,5 sec
Alfa Romeo Disco Volante Spyder Touring Superleggera 2016 : Wallpapers