2011 Chevrolet COPO Camaro Concept

The COPO Camaro is back at Chevrolet, as a concept designed to the specifications for NHRA Stock Eliminator drag racing competition.

“The COPO Camaro is a proof of concept for what a Chevrolet Stock Eliminator entry could look like,” said Jim Campbell, GM U.S. vice president of Performance Vehicles and Motorsports. “And it is a clear indication that Chevrolet intends to homologate the Camaro for sportsman drag racing.”

The COPO concept vehicle is designed to accommodate more than one engine option, including a naturally aspirated 427 engine (7.0L) – the same displacement as the original COPO Camaros from 1969 – and a supercharged 327 (5.3L) engine. Among the many racing-specific features and equipment is a conversion from the Camaro’s standard independent rear axle to a solid axle, as well as a full chrome moly roll cage.

The basic content for the COPO Camaro Concept includes: 

 Provisions for two engine configurations (see below for details)
• Provisions for a Powerglide two-speed automatic transmission, a three-speed automatic or a five-speed manual
• High-rise cowl-induction hood
• Custom Aeromotive fuel system, with a fuel cell and integral high-pressure fuel pump
• Full, chrome moly roll cage
• Coil-over front suspension with Strange Engineering adjustable struts
• Custom rear suspension, based on NHRA requirements, with Strange Engineering shocks, Panhard bar and stabilizer bar
• Strange Engineering S-9 solid rear axle with aluminum third member, 35-spline spool, 35-spline axles and 4.10 gear set
• Lightweight, COPO-specific racing wheels
29×9-inch rear radial racing slicks and 4.5×28x15-inch front tires
• Manual steering system
• Strange Engineering lightweight racing brakes system with standard line lock.

The interior is all business, with most sound deadening and power accessories deleted. Instead, there is pair of racing bucket seats (and no rear seat), a safety harness for the driver, a competition floor shifter and Chevrolet Performance gauges by Auto Meter.

The engines

Intended for NHRA’s various Stock Eliminator classes, the COPO Camaro concept has provisions for two distinct engine packages – each built to conform to class guidelines. The details below outline the core specifications of each engine and their intended classes.

The concept vehicle is powered by a prototype version of the supercharged 327 engine, featuring an LSX cylinder block.

The COPO legacy

Since 1955, NHRA Stock Eliminator has been a straight-line proving ground for the quickest cars to come out of Detroit. Within Stock Eliminator, there are many classes, all defined by the ratio of vehicle shipping weight and the assigned horsepower factor. Because of this tightly monitored set of rules and historically brutal competition, Stock Eliminator is the ultimate test for factory muscle cars.

From the “Fuelie” ’57 Bel Air to the ’62 409 Impala and countless muscle cars that came later, Chevrolet has enjoyed a long, dominant position in this sportsman drag racing category. None of the cars, however, have dominated both the track and muscle car folklore like the legendary COPO Camaros produced in 1969.

In the Sixties, COPO was the acronym for Central Office Production Order, within Chevrolet’s vehicle special-order program. Although normally used for fleet orders of trucks and company-owned cars, it was manipulated by a few performance-minded dealers to order vehicles with larger engines than were available in regular-production models – mostly with the intent of getting them to Stock Eliminator racers.

By pushing Chevrolet’s Central Office Production Order special-order program to its limit, a number of dealers were able to get 427-cubic-inch big-block engines installed in a handful of Camaros, when the largest official engine available was a 396. Two versions of the 427 engine were wrangled out of the factory: COPO 9561 was the Corvette-based L-72 edition with an iron cylinder block and COPO 9560 was the racing-designed ZL1 engine with a lighter aluminum cylinder block.

The COPO Camaros opened up the NHRA rulebook to some exciting combinations for Camaro, helping keep Chevrolet at the top of the ultra-competitive form of motorsports. In fact, they were not only competitive in NHRA Stock Eliminator when new, but still hold the national ET and MPH records in several classes.

Racing enthusiasts who are interested in more information can go to www.gmperformanceparts.com to sign up for COPO Camaro concept updates.

Source: Chevrolet Press Release

Photo Gallery of a Restored 1969 Holden Hurricane Concept

Holden has gone back to the future, restoring its first concept car – the 1969 Holden Hurricane.

The futuristic research vehicle described as an experiment “to study design trend, propulsion systems and other long-range developments” has been restored to its former glory as a labor of love by a dedicated group of Holden designers and engineers.

Codenamed RD 001, the Hurricane is a mid-engine, rear-wheel drive, two-seat sports car incorporating a remarkable array of innovative features and technology, much of it years ahead of its time.

Features such as electronic digital instrument displays, station-seeking radio, automatic temperature control air conditioning, rear-vision camera and an automated route finder were all showcased in this ground-breaking vehicle 42 years ago. Many of these technologies have only recently made their way into mass production, demonstrating Holden’s remarkable foresight into both design and engineering technology.

The Hurricane stole headlines and dropped jaws nationwide when it debuted at the 1969 Melbourne Motor Show.

Michael Simcoe, executive director GMIO Design, said it was fantastic to see such a significant vehicle restored.

“At Holden we have always prided ourselves on our ability to look into the future through our concept cars,” Simcoe said. “It’s amazing to think that the features we take for granted today were born out of creative minds over 40 years ago.”

As its code name suggests, the RD 001 was the first product of the GMH Research and Development organization, staffed by a small squad of engineers working in conjunction with the Advance Styling Group at the Fishermans Bend Technical Center in the 1960s.

The team that designed and built the original Hurricane employed some advanced technologies and techniques when it came to the powertrain. Powered by an experimental 4.2-liter (253-cubic-inch) V8, this engine was a precursor to the Holden V8 engine program which entered production in late 1969.

The Hurricane’s V8 engine featured many advanced design components such as the four-barrel carburettor – a feature which wouldn’t be seen on a production 253ci Holden V8 until the late 1970s. The end result was approximately 262hp (193kW), a towering power output in 1969 and one that ensured the Hurricane had the go to match its show.

Perhaps the most innovative features were the “Pathfinder” route guidance system and the rear-view camera.

The “Pathfinder”, essentially a pre-GPS navigation system, relied on a system of magnets embedded at intersections along the road network to guide the driver along the desired route. A dash-mounted panel informed the driver of which turn to take by illuminating different arrows, as well as sounding a warning buzzer.

The rear view camera was also a ground-breaking innovation. Engineers using a closed-circuit television system with a camera mounted in the rear bumper feeding a small black-and-white TV mounted in the center console.

Former Holden Chief Studio Engineer Rick Martin led the modern-day Hurricane team in researching the vehicle’s components, systems and history.

“There are some genuinely remarkable ideas and technology in the Hurricane,” Martin said. “From the automatic air-conditioning and magnet-based guidance system, to the inertia-reel seat belts and metallic paint, this was a car that was genuinely ahead of its time.

“The hand-picked team of engineers and designers who built the original Hurricane worked in strict secrecy and began Holden’s now proud tradition of ground-breaking concept cars.”

RD 001 stands just 990mm high and has no conventional doors. A hydraulically powered canopy opens upwards and forward over the front wheels, combined with twin “astronaut type” power-elevating seats which rise up and pivot forward, along with the steering column for ease of access. Occupants are then lowered to a semi-reclining position before the roof closes over them.

The wind tunnel-tested fiberglass body consists of three segments; the canopy, the engine hood and body shell and was finished in an experimental aluminium flake-based metallic orange paint.

Safety innovations included a foam-lined fuel tank, integrated roll-over bar, digital instrument readouts, ignition safety locks, interior padding and a fire warning system.

The project to restore RD 001 began in 2006 and has been a genuine labor of love for some very dedicated Holden designers and engineers volunteering thousands of hours of their time..

Paul Clarke, Holden’s manager for Creative Hard Modelling, has been largely responsible for managing the restoration. He ensured as many of the original parts as possible have been used or remade using modern techniques to 1969 specification.

“The entire team has done a fantastic job in bringing this beautiful concept back to life,” Clarke said. “The Hurricane plays a crucial role in Holden’s story and the company has such a great sense of history and heritage that it was very important to bring RD 001 back to life. It’s been a challenging but incredibly rewarding process.”

Since the debut of the Hurricane in 1969, Holden has built a global reputation for envisioning and executing world-class concept vehicles. Holden is recognized globally within General Motors as a center of excellence for concept vehicle and show car development and is one of only three GM design studios capable of designing and building concept cars.

Design executive Simcoe added that the Hurricane holds a special place in Holden’s history as it kick-started Holden’s long love affair with concepts that has since seen the likes of the iconic GTR-X, Torana TT36, Coupe 60, the GMC Denali XT (requested specifically by GM for the North American market) and the award-winning EFIJY.

The Holden Hurricane will be on display to the public at the Motorclassica, car show at the Melbourne Royal Exhibition Building from October 21-23.

Source: Holden Press Release

2011 Soleil Motors Anadi by Ugur Sahin Design

The Soleil Anadi is a sportscar based on the Z03 Concept designed in 2008 by Ugur Sahin Design. It will be unveiled at the 2011 Top Marques show in Monaco and will be produced in a limited series.

Please enjoy the full photo gallery below. We are looking forward to see this car unveiled at Top Marques and will keep you updated on it’s progress.

Source: Ugur Sahin Design Press Release

2010 Jaguar C-X75 Concept

The C-X75 concept is both a celebration of 75 years of iconic Jaguar design and a look into the future of automotive technology. Designed as a range-extended electric two-seater supercar, it explores the outer limits of both performance and sustainability. With plug-in capability the car can achieve a zero tailpipe emissions range of 110km (68 miles) – three times round Paris’s Péripherique – when running under battery power alone, plus a potential top speed of 330kph (205mph) and blistering acceleration. The car demonstrates that it is possible to retain Jaguar’s core values of performance, design and luxury using technology that will make environmentally responsible performance and electric vehicles a practical proposition.

The aim was to produce not only the most innovative but also one of the most beautiful Jaguars ever; one which hints at an exciting evolution of the marque’s award-winning design language while paying homage to some of its most admired cars of years gone by. Advanced design features such as a ground-breaking propulsion system and active aerodynamics allow for an elegantly simple fuselage section that remains stable at very high speeds.

“The C-X75 is a tribute to the people who shaped the iconic Jaguars that are revered to this day. By making it an innovative test-bed for the technologies of tomorrow, it also ensures that our reputation for engineering excellence will continue for another 75 years and beyond.”
Mike O’Driscoll, Managing Director, Jaguar Cars

The C-X75’s 580kW (778bhp) propulsion system combines powerful 145kW (195bhp) electric motors at each wheel for outstanding performance. At the center of the car sit state-of-the-art, mid-mounted micro gas-turbines. These can either generate 140kW (188bhp) to charge the batteries and extend the range of the car to a remarkable 900km (560 miles) – enough to drive from London to Berlin on a single tank – or when in Track mode provide supplementary power directly to the electric motors. The four electric motors provide torque-vectored, all-wheel drive traction and grip, essential in a car that produces 580kW (778bhp) and 1600Nm (1180lb ft) of torque.

The car’s interior is equally impressive, with the driver and passenger seated ahead of a sealed airbox that houses the micro gas-turbines. The seats are fixed to the bulkhead as in a single-seater racing car, and air to feed the turbines passes smoothly around them via channels in the structure of the body. With the seats anchored in place, the steering wheel, controls, main binnacle and pedal box all adjust towards the driver.

Dramatic theater lighting is activated as the driver approaches the car; phosphor blue electro-luminescent wire lights illuminate the perimeter of the cabin and the turbines. When the car is started, additional blue LED lighting gently floods the door and bulkhead speaker cavities, highlighting the car’s lightweight construction. Bespoke interior materials include cream and grey leathers, polished and vapor-blasted aluminum and a soft-feel textured neoprene.

A new interface for the driver has also been created for the C-X75 using high-resolution TFT screens. Building on Jaguar’s 10-year expertise in touchscreen technology, the Jaguar Co-Pilot display in the center console supports the driver in extracting the full potential of the C-X75 by seamlessly managing information.

(Source: Jaguar)

2010 Lamborghini Sesto Elemento Concept

Lamborghini is redefining the future of the super sports car with a unique technology demonstrator. Boasting an extremely lightweight construction thanks to advanced carbon-fiber technology, the Lamborghini Sesto Elemento has an overall curb weight of just 999 kilograms (2,202 lb) – including V10 power unit and permanent all-wheel drive. This makes the Sesto Elemento a unique demonstration of the technological expertise of Automobili Lamborghini. Innovative carbon-fiber technologies are being used here for the first time in an automotive application. As a 100 percent subsidiary of AUDI AG, the Italian carmaker also benefits from the undisputed expertise of the German manufacturer when it comes to lightweight construction.

With its amazing output of 570 hp, sensational power-to-weight ratio of only 1.75 kilograms per hp and 0 to 100 km/h (0-62 mph) acceleration of only 2.5 seconds, the Sesto Elemento guarantees unparalleled driving fun. At the same time, fuel consumption also drops because of the extreme lightweight engineering applied throughout.

The name of this technology demonstrator is derived from the periodic table, where carbon is classified as the sixth element. Thus, the Sesto Elemento demonstrates the worldwide leading expertise of Lamborghini in carbon-fiber reinforced plastics (CFRP) technology. The super sports car brand from Sant’Agata Bolognese is the only vehicle manufacturer in the world to have mastered the complete CFRP process across a range of technologies, from 3D design through simulation, validation, production and testing – all in a state-of-the-art industrial process that stands for the very highest quality standards.

Lamborghini drives the technology development in its two research centers the ACRC (Advanced Composite Research Center) and the ACSL (Advanced Composite Structures Laboratory) through collaborations with organizations such as Boeing, with the resulting technology secured under a host of patents.

“The Lamborghini Sesto Elemento shows how the future of the super sports car can look – extreme lightweight engineering, combined with extreme performance results in extreme driving fun. We put all of our technological competence into one stunning form to create the Sesto Elemento,” comments Stephan Winkelmann, President and CEO of Automobili Lamborghini. “It is our abilities in carbon-fiber technology that have facilitated such a forward-thinking concept, and we of course also benefit from the undisputed lightweight expertise of AUDI AG. Systematic lightweight engineering is crucial for future super sports cars: for the most dynamic performance, as well as for low emissions. We will apply this technological advantage right across our model range. Every future Lamborghini will be touched by the spirit of the Sesto Elemento.”

Groundbreaking technology package

With the Sesto Elemento, Lamborghini’s R&D engineers have put together a groundbreaking package. As a pure and radical concept, the Sesto Elemento is the unique synthesis of an extremely low curb weight of less than 1000 kilograms, enormous 570 hp output, the sensitive and prompt responsiveness of the high-revving, naturally-aspirated V10 engine and the superior traction and stability of permanent all-wheel drive – there has never been a super sports car as thoroughbred as this. Sesto Elemento delivers an unbelievable degree of driving fun, concentrated on absolutely sensational dynamics.

Systematic use of carbon fiber

The basis is an extremely solid, stiff, safe and lightweight carbon-fiber structur: the monocoque cell of the Sesto Elemento. The entire front frame, the exterior panels and crash boxes are also made from CFRP. The Sesto Elemento’s major suspension components and the rims are made from carbon fiber. The tailpipes are made from Pyrosic, which is an advanced glass-ceramic matrix composite, able to reach and stand very high temperatures up to 900° celsius. Even the propeller shaft is made of CFRP.

Amazing power-to-weight ratio

The Sesto Elemento demonstrates the outstanding expertise of Automobili Lamborghini in all areas of carbon-fiber technology. Carbon composite materials are a key technology for the automotive engineering of tomorrow, especially for high-performance sports cars. These materials made from carbon-fiber reinforced plastics combine the lowest weight with excellent characteristics – they are extremely stiff and highly precise. Lighter cars improve fuel consumption and CO2 emissions: above all, however, it improves the power-to-weight ratio – the crucial factor for a sports car – and thus the performance. A super sports car built using CFRP accelerates faster, has outstanding handling and better braking.

Extreme lightweight engineering delivers extreme performance

The Lamborghini Sesto Elemento offers the ultimate proof; thanks to its sensational power-to-weight ratio of only 1.75 kilograms per hp, the concept car delivers unparalleled performance. From a standing start, the Sesto Elemento catapults itself to 100 km/h (62 mph) in a sensational 2.5 seconds. In the interests of completeness, it should also be mentioned that the top speed is well over 300 km/h. What the figures cannot convey, however, are the Sesto Elemento’s razor-sharp handling, its voracious turn-in and its huge braking power. Extreme lightweight engineering and extreme performance come together in the Sesto Elemento to create an all-n

Design: Technology in a progressive form

Uncompromising dynamics from the very first glance: the design of the Lamborghini Sesto Elemento displays the sensuality of high performance and possesses the elegance of pure, unadulterated power. The Sesto Elemento lifts the design DNA of the Lamborghini brand to a new level and integrates the functional consistency of carbon-fiber technology into its design language. A clear strength of the CFRP technology is the reduction and integration of components – something that has been used to its full extent in this innovative technology concept.

The hi-tech material is visible everywhere. The Sesto Elemento is finished in a new, matt-shimmer clear coat, meaning that the CFRP structure can be seen throughout. Yet the Sesto Elemento is not just black; during the final stage of production the carbon fiber parts receive a newly developed and patented coat. Nano-Technology makes it possible to add fine crystals with a red shimmer. Surfaces covered with this type of finish glow red and deliver an outstanding effect. Further, the surface is particularly robust.

Consistent in form and function

On a Lamborghini, every single line has a clear function; the two vertical ribs at the front, for example, improve the stiffness of the component and guide the cooling air directly to the radiator behind them and to the brakes. This guarantees the thermal wellbeing of the components even under the toughest race track conditions.

The cooling air flows through two red triangular openings in the hood beneath the front windscreen and through large outlets in the side panels behind the front wheels. Sharply cut headlamp units complete the front end. Reduction is the name of the game here, too – alongside the bi-xenon lamps, there are four LEDs in each unit. The low front end looks incredibly dominant, with the partially double-lipped front spoiler pushed way out front and distinctively formed air intakes.

Precise lines, sharp edges

The entire side profile is cut like a sharp wedge, with the power center of the car unmistakably just in front of the rear axle. A distinctive sideline starts at the front wheel arch, rises along the door towards the rear and ends at the broad shoulders above the rear wheel. The triangle – like the one around the door handle – is a recurring design theme, defined by the precise contour edges in the Sesto Elemento’s CFRP body. The points of the air outlet triangles in the hood are carried through into lines along the roof.

The extremely wide sills form a connection between the air outlets behind the front wheels and the large air inlets in front of the rear wheels. These compartments house components such as the radiators for cooling the engine and transmission oil. The rims have a five-spoke design and are made entirely from carbon fiber. They offer a clear view of the high-performance brakes with carbon-ceramic discs.

Perfect aerodynamics

The Sesto Elemento’s rear overhang is extremely short and, again, defined by optimum aerodynamics. The generously dimensioned spoiler is perfectly matched to the diffuser and a further air deflector in the center, thus guaranteeing maximum downforce for extreme cornering speeds and excellent high-speed directional stability. The Pyrosic tailpipes are directed upwards through the engine cover panel, which also incorporates ten hexagonal openings and two air scoops behind the roof for delivering fresh air to the V10 power plant.

Complex structures in one component

A major strength of carbon-fiber technology is that complex structures can be integrated into one single component. This improves quality and reduces weight. On the Lamborghini Sesto Elemento, the front and rear of the body-shell are each manufactured in a single piece. Engineers call this “cofango”, created by combining the Italian word “cofano” (hood) with “parafango” (fender). The large components are attached by using easily removable fasteners, in order to have fast component disassembly. The “cofango” is also reminiscent of an icon from the brand’s history: in 1966, the legendary Lamborghini Miura was unique as a mid-engine super sports car – and its rear cover, too, could be opened in one piece.

Interior – pared to the bone

The minimalist approach has also been applied to the interior, starting with the seats. Lamborghini has dispensed completely with the conventional seat frame. In fact, the whole internal structure is obtained and defined directly from the Forged Composite tub, that on one side plays a functional role and on the other side is the base for the optimally formed seat cushions, upholstered in hi-tech fabric, which are affixed directly to the carbon-fiber monocoque. The correct ergonomics are provided by the steering wheel, which can be adjusted for height and reach, and by the pedals, which can be electrically adjusted longitudinally. Of course, the designers of Lamborghini Centro Stile also dispensed with interior trim in the classic sense. The dominant visual feature throughout is the functional CFRP material – on the floor and roof of the monocoque, on the doors and also on the cockpit and center console. Even the electronic control unit for the engine is mounted in plain sight – a very special kind of hi-tech aesthetic. The triangular cut-out is also evident as a design feature – wherever material can be removed in the interest of weight reduction.

The controls are presented in a highly concentrated format. The instruments provide information primarily on engine and road speed, as well as all parameters relating to engine condition. Only three piezoelectric buttons grace the center console – one to start the engine, one to shift into reverse gear and another one for the lights.

Technology:  Ambitious target reached with ease

The Sant’Agata Bolognese engineers had set themselves a target that was more than ambitious – despite the ten cylinders and 570 hp, despite the exceptionally fast-shifting e.gear transmission and even despite the permanent all-wheel drive, the Sesto Elemento still had to stay below the 1,000 kilogram mark. And that target was achieved; at a curb weight of 999 kilograms, each hp produced by the V10 power unit has to accelerate only 1.75 kilograms – a sensational figure.

This was made possible by the systematic and intelligent use of state-of-the-art carbon-fiber technologies. Lamborghini possesses extensive experience in the field of lightweight engineering, gathered over many years: something clearly demonstrated by the brand’s series production vehicles. The current Gallardo LP 570-4 Superleggera has a dry weight of only 1,340 kilograms, marking a competitive best in this category of super sports cars. Compared with the already extremely lean Gallardo LP 560-4 Coupé, this represents a further reduction of 70 kilograms, resulting largely from the use of carbon fiber in the body-shell, interior and technical components.

Lamborghini engineers stuck firmly to this approach for the Sesto Elemento. Its structure consists almost entirely of carbon fiber and is built using the monocoque principle. Monocoque means that the vehicle’s load-bearing structure is manufactured as a single shell, with the physical properties of one component, and thus makes optimum use of the extreme stiffness offered by CFRP materials. Formula 1 racing cars have been built using CFRP monocoques for decades – and regularly provide clear evidence of their collision safety. The monocoque in the Sesto Elemento, however, is made using innovative Forged Composite technology – the first time this has been done in an automobile. The advantage of the Forged Composite is that the monocoque is obtained through a one-shot process.

Carbon-fiber crash boxes

In the Lamborghini Sesto Elemento, the monocoque forms the complete passenger cell. Connected to it are the front subframe – incorporating the suspension points – and the crash boxes, both also made using specialized carbon-fiber technologies. The extreme stiffness of this assembly guarantees not only a very high level of safety, but also unparalleled handling precision. The rear subframe with the engine mount and rear axle suspension points is made from aluminum – another lightweight material with which Lamborghini has a great deal of experience.

An important element in optimum construction using CFRP technology is the maximum integration of functions. Thus, the body-shell exterior is made up only of the roof section, which is part of the monocoque, the two “cofango” covers front and rear with integrated aerodynamic components and the doors. Each door consists of only two elements, the exterior skin and the interior cladding, both of which are also permanently bonded to create one component.

Carbon fiber even in the suspension

The suspension and the area around the engine have also been optimized with lightweight engineering. Alongside aluminum components, there are also carbon-fiber control arms: innovative Forged Composite technology is also well-suited to this kind of high-load part. These components are around 30 percent lighter than comparable aluminum parts. The propeller shaft is also made of CFRP by using Wrapping technology. This solution allowed the Lamborghini engineers to get rid of the central joint, bringing an important weight saving. The rims are also made from CFRP, while the brake discs are from carbon-ceramic composite material. A similar composite material is used for the tailpipes on the exhaust system – the compound of ceramic powder and synthetic resin makes this carbon material extremely heat resistant. A large number of screw fastenings feature a special titanium alloy and joining technology from the aviation sector.

Based on the form, function and operational demands of the individual Sesto Elemento components, engineers from Lamborghini’s R&D selected largely from three CFRP manufacturing techniques within their technology tool kit:

Forged Composite: Here, materials with short carbon fibers are hot pressed in a mould. The process facilitates complex structures and is used for parts such as the underside of the monocoque and the suspension arms.
Prepreg: The carbon-fiber mats are soaked in a thermoset liquid resin. They are pressed in moulds and cured in an oven under heat and pressure. Prepreg components have a very good surface finish and are therefore the preferred choice for use in visible areas.
Braiding: This is a method to manufacture composite filament derived from the textile industry. Each thread is diagonally intertwined on different levels.

Drive: Concentrated power and amazing sound

The fascinating heart of the Lamborghini Sesto Elemento is familiar from the Gallardo LP 570-4 Superleggera. In the Sesto Elemento too, the V10 unit is mounted “longitudinale posteriore” – longitudinally behind the driver. The 570 hp output equals 419 kW, all of which is available at 8,000 r/min. The pulling power is just as impressive – with the torque curve peaking at 540 Nm and 6,500 r/min.

The V10 offers 5,204 cm3 of displacement, delivering a specific output of 80.5 kW (109.6 hp) per liter of displacement. The highlights of this long-stroke engine with an aluminum crankcase include dry sump lubrication and a cylinder angle of 90 degrees. Both solutions are an integral part of the lightweight engineering approach, as well as serving to lower the center of gravity and thus tighten the handling characteristics. Ideal combustion chamber fill comes courtesy of a switch-over induction system and continually variable, chain-driven camshafts.

Best traction with all-wheel drive

The Sesto Elemento is equipped with the e.gear transmission, controlled in race car fashion via shift paddles mounted on the steering wheel. The automated system with electronic management shifts smoothly through its six gears much faster than a human being would be able to.

Every single kilometer in the Sesto Elemento is sheer fascination – due in part to the relentless traction delivered under practically all conditions. This is largely attributable to the permanent all-wheel drive system. It incorporates a central viscous coupling and a self-locking differential for the rear wheels with 45 percent lock. Thanks to this superior traction, Lamborghini drivers can accelerate earlier out of a curve than those in rear-wheel drive cars.

Competence:  New development center for carbon-fiber technology

Lamborghini possesses many years of experience with carbon-fiber reinforced materials. As far back as 1983, it produced the first prototype CFRP chassis for the Countach, with the first series production parts appearing in 1985. The current Lamborghini Murciélago is made largely from CFRP – its body-in-white contains 93 kilograms of carbon-fiber materials. The engine cover panel of the Gallardo Spyder is one of the largest CFRP components with class A surface quality in the automotive world.

The company is now working steadily to expand its worldwide leading position. The new Advanced Composites Research Center (ACRC) at the company headquarter in Sant’Agata Bolognese is working on innovative construction and production methods for carbon-fiber elements in automobile design.

The Advanced Composite Research Center in Sant’Agata Bolognese secures leading-edge research on innovative materials and production methods for carbon fiber elements for small production volumes. Here, over 30 experts develop vehicle components of all shapes and sizes. They build prototypes and the associated production tools while developing optimized production technologies. Sophisticated systems largely developed in-house allow extremely high precision levels as engineers simulate manufacturing processes as well as carry out crash tests on complex carbon-fiber structures. Thanks to the extensively patented “RTM Lambo” process, Lamborghini can use minimal pressure and relatively low temperatures to manufacture carbon-fiber components to the highest levels of quality, precision and surface finish, from small parts to complex vehicle structures. Further benefits include higher process speeds, lower costs, and extremely light tooling.

The Lamborghini Advanced Composite Structures Laboratory (ACSL) at the University of Washington uses experimental tests to define the mechanical behavior of the different materials and technologies using methodology from the aviation industry. The team of research engineers in Seattle works with very specific instruments and methods in close cooperation with the R&D headquarters and the ACRC in Sant’Agata Bolognese.

(Source: Lamborghini Press Release)

2010 Peugeot EX1 Concept

100% electric Peugeot’s latest concept car is a visually striking two-seater roadster with a futuristic styling and an original architecture, designed to offer intense driving sensations as a celebration of the
Marque’s 200th anniversary.

100% real The EX1 has already broken several world records for acceleration from a standing start. It owes its stunning performance to its streamlined aerodynamics, its ultra-light structure and its two electric motors, which give the car a cumulative maximum power of 250 kW (340 bhp) and four-wheel drive.

As the preparations for the commercial launch of the iOn near completion, Peugeot demonstrates with the EX1 the exciting possibilities for electric power.

200 years of adventure

The powerful spirit of inventiveness is always present in Peugeot’s design offices and helps create an unceasing flow of ideas. The most daring, interesting and exciting of these ideas sometimes come together, to give the body and soul to an extreme dream car.

With the desire to unveil a stunning creation to celebrate Peugeot’s 200th anniversary, some of these exciting ideas quickly became associated with another ambition: that of highlighting the enormous possibilities offered by the use of electric power in the realm of creating new driving sensations.

To this end, engineers and stylists explored the Marque’s history to find the most radical technical solutions to use as a basis to produce a futuristic performance car dedicated entirely to creating new driving sensations yet at the same time presenting responsible environmental credentials. The
original architecture is reminiscent of previous charismatic concept cars like the Asphalte and 20Cup, while also benefiting from all of the Marque’s historical expertise in the field of electric vehicles.

At a time when the electric motor once again becomes 100% real for Peugeot, with the i0n about to go on sale, the EX1 propels us into a new dimension of raw emotion.

Efficient styling

The pure styling of this two-seater roadster is in keeping with its mechanical design, like a kind of “exoskeleton” highlighting the light-weight nature that guided the vehicle’s creation.

The design of the body incorporates Peugeot’s new stylistic design codes, first seen on the SR1 concept car earlier this year, with its “floating” front grille and flowing contours. Polished aluminium components adorn the door surrounds in a reference to the RCZ and BB1.

Architecture, structure and suspension. at the service of maximum efficiency

Far from being a “classic” roadster, the EX1 concept car is based on an architecture shaped like a “water droplet”, with a rear section built around two closely set rear wheels.

Based on the experience gained from creating the 1996 Asphalte concept car and the two 20Cup models from 2005. The chosen architecture of the EX1 has enabled the size of the passenger compartment to be reduced for optimal weight distribution and ensure that there is no extra weight at all in the overhangs.

The suspension employs a number of technical solutions that ensure road holding of a very high level. The front suspension consists of a drop link double wishbone arrangement. The rear suspension comprises of a single “swinging arm” linked to a centrally mounted shock absorber which is
connected via a rocker arm to provide a variable damping rate.

The monocoque body structure is manufactured from a carbon/honeycomb composite to optimise weight and rigidity. It also incorporates all of the mounting points for the car’s mechanical components.

Finally, the dimensions of the car (0.90 m high with a width of 1.77 m) contribute to overall efficiency, a lowering of the centre of gravity and improved aerodynamics.

Engines: PEUGEOT expertise in the field of electric power

The electric motor is a potential source of new driving sensations thanks to its exceptional acceleration capabilities, but also because it is silent in operation and makes the car very easy to drive (no need for a gearbox).

On the EX1 concept car, two electric motors are used, one on each axle, each with a peak output of 125 kW (250 kW / 340 bhp in total), and an immediately available constant maximum torque of 240 Nm at the front and rear.

This mechanical architecture allows not only the optimisation of weight distribution, but also four wheel drive. This reflects the positional benefits of HYbrid4 technology, available as standard on the 3008 from 2011, featuring an HDi FAP diesel engine at the front and an electric motor at the rear.

A futuristic and sophisticated passenger compartment

The driver and passenger climb into the passenger compartment through a reverse-opening door, giving access to the two sports bucket seats. This unusual arrangement instantly immerses the occupants in a futuristic and sophisticated environment, as does the on-board instrumentation (instrument panel screens for each occupant showing in particular the vehicle’s instantaneous performance) and the chosen materials (e.g. “pure” metals and embossed leather).

The driver, seated at floor level in a driving position that helps enhances the sense of excitement (legs outstretched), drives the vehicle with two control handles, providing an experience similar to that of an aircraft pilot or video game.

As well as the presence of harnesses inside the car, the occupants are also protected by the height of the carbon passenger cell, which has sufficient overhead clearance to include a roll-over protection bar. Similarly, the wind deflector, perfectly integrated in terms of style, allows the car to be driven on a daily basis without a helmet.

An electric dream car designed to be a record beater

The EX1 concept car benefits from characteristics that give it a high enough level of performance not only to leave behind the city centre, the preferred territory of electric vehicles, but also to challenge acceleration records.

Its lightness, weight distribution and aerodynamics, the torque and power of its two electric motors and its high-output lithium-ion battery are just some of the characteristics that make this a car capable of lightning acceleration:  the latter can exceed 1 G of gravitational force.

Indeed the EX1 concept car has already broken the following international records (approved by the International Automobile Federation) for an electric-powered terrestrial vehicle.

This series of records was established, by Nicolas Vanier, the famous French explorer and film-maker (“The Last Trapper”, “Wolf”) who drove the EX1 concept car.

Between now and the end of the year, China, the world’s largest car market, will be the setting for the EX1 to pursues other world records.

Watch this space.

Peugeot EX1 breaks 6 records on the mythical Linas-Montlhéry circuit

In the year when the Marque celebrates its 200th anniversary, the 100% electric Peugeot EX1 concept car breaks 3 world acceleration records and achieves another 3 on the mythical Montlhéry circuit, where the 404 Diesel demolished several endurance records in 1965. For this performance, the concept car was driven by the French adventurer and explorer Nicolas Vanier.

Records broken* on the Montlhéry motor-racing track*
1/8 miles / 8.89 sec / 50.61 mph*
1/4 miles / 14.40 sec / 62.4 mph*
500 m / 16.81 sec / 107 kph*
1/2 miles / 23.85 sec / 75.46 mph*
1000 m / 28.16 sec / 127.8 kph*
1 miles / 41.09 sec / 87.6 mph*
*Sous réserve d’homologation FIA / Subject to FIA homologation

After breaking these records, EX1 will be exhibited at PEUGEOT AVENUE, 136 avenue des Champs-Elysées, alongside the Peugeot iOn, for the Electro Mobility event which runs from 22nd September until 14th November 2010.

(Source: Peugeot Press Release)

2010 BMW Concept 6 Series Coupe

The 2010 Paris Motor Show is the setting for the world premiere of the BMW Concept 6 Series Coupé. This design study for a premium-class 2+2-seater is the embodiment of a passion for aesthetics and dynamics. Flowing lines and aesthetically sculpted surfaces define the design of the BMW Concept 6 Series Coupé, in which classic BMW coupé styling cues are given a modern rendition. Among the innovative details featured in this concept study are full LED headlights and a newly designed, freestanding Control Display for the iDrive operating system.

(Source:BMW Press Release)

2010 Morgan EvaGT Concept

At a time of global conservation with a drive towards improved fuel economy the Morgan Motor Company introduces a new concept for a sporting family, the Morgan EvaGT. The four seater Coupe takes its inspiration from the British sports saloons of the early 1950’s. Among these were the Bristol 400 series and the Frazer Nash BMW 328. After the Second World War rationing forced designers to conserve and make the most of the materials at their disposal.  However the pressure cooker of war had also led to an abundance of innovative engineering ideas. Steel was scarce so lightweight aluminium was used for bodywork. Smooth “in-line” straight six cylinder engines were fitted to give long distance comfort and reliability. Because the engineers had often worked on aircraft development during the war aerodynamics contributed to high but economical cruising speeds.

The Morgan Motor Company is the last survivor of these British sports car manufacturers. Of course the company is lucky enough to have 100 years of continuous success behind it and like Bristol and Frazer Nash; Morgan has a history of successful collaborations with German suppliers BMW, Siemens and Bosch. But Morgan also works with a number of young engineering companies in the United Kingdom and with world class British university research departments.

The new challenge is to make cars that are more efficient than any we have seen so far. The Morgan Motor Company is in a good position to respond to this challenge because the company is small and flexible with a proven track record of fast development cycles. It currently manufactures one of the greenest sports cars in the world, the Morgan Four Four Sport. Morgan achieves this result with the use of the new Ford 1.6 Sigma engine coupled with a light chassis. Morgan currently has a young well qualified technical team working towards a potential 5 engineering PHD’s, who will make full use of research departments at the University of Oxford, Cranfield and Birmingham City to tap into a technical knowledge network to make more efficient cars. This team is helping to develop a high torque electric motor twice as powerful as others of the same weight and size and a powerful lithium phosphate battery with a higher charge density to achieve the most efficient performance for weight so far.

The dynamic team at Morgan has made a commitment from 2010 that they will bring out a new model every two years. The legendary sports car manufacturer will target new niches…..electric sports cars, a fun weekend vehicle and the first of the new cars will be the Morgan EvaGT, a four seater Coupe aimed at young families, with a bit of drama or automotive theatre as we like to call it. This is a revolution for a car company famous for making the same car for 50 years!

The Morgan EvaGT

Brief provisional specification

Chassis:
The Morgan EvaGT makes full use of clever technologies that the Morgan Motor Company has
developed to manufacture a lightweight car. Morgan was one of the first car companies to see
the advantage of a bonded aluminium chassis to give rigidity but also to save weight. The
EvaGT uses a further developed version of the bonded aluminium chassis of the Morgan Aero
SuperSports, a chassis that successfully competes in International GT3 Sports Car Racing.
Compliant with European and US safety approvals.

Bodywork:
Morgan was the first car company in 1995 to see the benefit of superformed aluminium, an aircraft technology, to manufacture smooth accurate body parts. Morgan Design have sculpted a new shape for the Morgan EvaGT that focuses on natural materials and understands their unique technical properties. Using computer technology in design and in manufacture to ensure accuracy, the parts are then hand finished to make sure they feel as good as they look. A perfect “A” class surface, minimal shut lines, hidden wipers, flush door handles and sharp creases deflect air over the surface of the car. The new Morgan EvaGT represents a philosophy of lightweight luxury that embraces authenticity, sustainability and innovation achieving its final result through the process of skilled craftsmanship.

Technical Specification (subject to change)

–BMW 3 litre straight six mono twin turbo with direct petrol injection 306bhp and 400nm torque
– Euro 5 and 6 compliant at 200 gms Co2/km, US FMVSS, CARB and EPA approved.
40 mpg / 7.06 litres/100kms
– 6 speed sport automatic or 6 speed manual gearbox.
– Rear wheel drive with fully independent intelligent suspension
– Aluminium body panels with a laminated internal safety structure.
– Predicted weight of 2755 lbs/1250 kg
– Predicted 0-60 mph 4.5 seconds/ 0-100km/h 4.5 seconds
– Predicted top speed 170mph / 273 km/h

Launch
The first public view of the Morgan EvaGT will be at the 60th Pebble Beach Concours d’Elegance, Carmel, California, USA on the 15th August 2010.

The Morgan Motor Company will be taking orders worldwide with a request for a deposit of £5000 from prospective clients for an allocated build slot. The first 100 cars of a limited run are planned to begin production mid 2012 and the “on-road” price will be competitive for a car of this class.

For further information contact EvaGT@morgan-motor.co.uk

Strand Craft 122 Includes Supercar

STRAND CRAFT is preparing to launch the extravagant 122 , a high performance streamlined 38 metre Open super yacht, with an amazing Art Deco interior that can be greatly personalized. Interior includes four double and very large staterooms, heads, reception and salon areas and of course comfortable crew cabins. There are 52″ LED TV´s and Bang Olufson sounds systems in all rooms.

The most stunning feature on this yacht is a special handcrafted supercar (Tender) powered by a 880hp twin turbo V12 engine with topspeed 375kmh can be housed in as a tender in the stern garage.

With a total of over 14.000 horsepower this amazing yacht brakes speeds over 50 knots.

(Source: Strand Craft Press Release)

2010 Protoscar Lampo2 Prototype

LAMPO2 is an even more energy efficient successor to the LAMPO demonstration vehicle presented in 2009. Weight, aerodynamics and the efficiency of individual components of the BRUSA drive train have been further optimized in order to reach a world-class energy consumption of less than 100Wh/km-ton under real conditions.

More than enough energy for driving the LAMPO2 is produced by a remote solar plant which is installed on the roof of a farm in Tuscany, allowing a real zero-emission drive on a “Well-to-Wheel” basis. (Visualize the statistical production data of the photovoltaic plant).

LAMPO2 is equipped with 4 different charging modes: a standard single-phase with an on board charger for typical overnight home-charge, a “control-pilot” equipped single-phase on board charger typical for public charging, a standard three-phase on board charger typical for charging at industrial plugs (fleet-owners) and an interface for DC fast charging, where up to 100 km of additional range can be charged within just 10 minutes, by an off-board system. Protoscar will compare these different systems in terms of usability and efficiency by demonstrations in real conditions.

LAMPO2 has two electric motors (allowing it to operate as a four-wheel drive with variable torque between front and rear axle for optimal handling, safety and efficiency) with a total output of 300 kW (equivalent to 408 HP), 640 Nm (50% more than its predecessor!) and over 30 kWh of Lithium-Ion battery capacity. LAMPO2 features real sports-car performances: 5 seconds to accelerate from 0 to 100 km/h, 200 km/h of max. speed and a range over 200 km.

(Source: Protoscar Press Release)

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