Brabus 800 Roadster, 2013

 

 

•   Brabus 800 Roadster, 2013

The Brabus 800 Roadster - based on the Mercedes SL65 AMG - Brabus builds the world's most powerful roadster. The 2-seater is powered by a 12-cylinder Biturbo engine uprated by Brabus T65 RS tuning. It produces 588 kW / 800 hp (788 bhp) of power and a peak torque of 1,420 Nm. A sprint time of 3.7 seconds from rest to 100 km/h (62 mph) and of 9.8 seconds to 200 km/h (124 mph) are impressive testaments to the car's special status that is further bolstered by an electronically limited top speed of 350 km/h (217 mph). The exclusive equipment features also include Brabus carbon-fiber bodywork components designed for maximum aerodynamic efficiency, custom-tailored Brabus wheels with diameters up to 20 inches and exclusive options for the cockpit.

Brabus T65 RS tuning unleashes the latent power reserves of the six-liter V12 engine. To this end, the Brabus engine professionals have developed a Brabus high-tech Biturbo system with custom high-performance manifolds that feature integrated turbine housings and high-performance turbochargers. The tuning also includes four water-to-air intercoolers, housed in space provided by the Brabus carbon-fiber hood scoop. Another custom development for the SL65 power upgrade is the special Brabus stainless-steel high-performance exhaust system. It features free-flow metal catalysts and ceramic-coated tailpipes with distinctive Brabus design. An integrated butterfly valve in the exhaust provides an active sound management on the steering wheel: at the push of a button the driver can chose between a discrete "coming home" and a markedly sporty exhaust note.

The newly calibrated engine electronics complete with high-performance mapping for injection and ignition coordinate the perfect interaction of the high-end components while also ensuring compliance with Euro V emission standards. The high-tech lubricants for the entire powertrain are supplied by technology partner Motul.

The Brabus T65 RS engine produces 588 kW / 800 hp (788 bhp) of power at 5,500 rpm and an even more impressive peak torque of 1,420 Nm (1,047 lb-ft), available from a low 2,100 rpm. In the car, peak torque is limited electronically to 1,100 Nm (811 lb-ft).

In conjunction with the AMG SPEED SHIFT PLUS 7G-TRONIC transmission, whose gears can be shifted automatically or manually with the Brabus aluminum shift paddles on the steering wheel, the Brabus 800 Roadster rises to the become the most powerful of its kind. From rest the sports car weighing in at about two metric tons (2.2 tons) sprints to 100 km/h (62 mph) in just 3.7 seconds. The two-door car reaches a speed of 200 km/h (124 mph) after just 9.8 seconds. Top speed is limited electronically to 350 km/h (217 mph).

To master these enormous speeds at all times, a Brabus aerodynamic-enhancement kit for the SL 65 was developed in the wind tunnel. All components are manufactured from carbon fibers and are available either with a matt or high-gloss surface finish. It goes without saying; they can also be painted in the car's exterior color.

The Brabus front spoiler attaches to the lower section of the bumper. It lends the roadster a more sporty appearance and reduces lift on the front axle. Brabus covers for the side air vents round out the striking front for the SL65 AMG.

The sides are refined with custom-tailored attachments for the air vents integrated into the front fenders and with rocker panels.

To achieve an optimal aerodynamic balance, the rear section is upgraded with a diffuser insert for the fascia.

As an alternative to the 19-inch stock tires of the SL 65, the Brabus suspension engineers have developed an exclusive 20-inch high-tech variant. The new Brabus Monoblock R "Platinum Edition" forged wheel offers the perfect symbiosis of lightweight construction and maximum strength thanks to state-of-the-art manufacturing technology. In addition to the innovative construction, this wheel design also offers unique looks with ten double spokes arranged in two matt titanium and fully polished planes. The front axle is fitted with wheels in size 9Jx20 shod with size 255/30 ZR 20 tires. In the rear, tires in size 305/25 ZR 20 mounted on size 10.5Jx20 wheels transfer the Brabus 800 Roadster's power of 800 horses to the asphalt. Brabus recommends high-performance tires from Continental, Pirelli and YOKOHAMA.

To give the two-seater even more agile handling, Brabus developed a special control module for the ABC suspension of the SL65 AMG. It lowers the ride height by about 25 millimeters (1.0 inches).

The Brabus limited-slip rear differential with a locking rate of 40 percent can enhance handling performance further still.

Brabus adds even more luxury and custom features to the two-seat interior upon request as well. The product portfolio ranges from scuff plates with backlit Brabus logo and a speedometer with 360-km/h dial (220 mph) to carbon-fiber and wood trim sets in any color imaginable and with a variety of surface finishes.

The company upholstery shop crafts exquisite Brabus interiors from especially soft yet durable Brabus Mastik leather and Alcantara. A prime example for the precision craftsmanship is the leather-clad trunk of the show car at the 2013 Geneva Motor Show that features meticulous and precise honeycomb stitching throughout.

Aston Martin Vanquish Centenary Edition, 2013

 

 

• Aston Martin Vanquish Centenary Edition, 2013

The Iconic British sports car brand Aston Martin is marking the start of its 100th birthday celebrations - 15 January - with the unveiling of a bespoke new Aston Martin Vanquish Centenary Edition.

The luxury brand's ultimate GT car showcases a painstakingly created Centenary Edition specification that will be available worldwide on just 100 examples of each of the car maker's model lines: V8 Vantage, DB9, Rapide and Vanquish.

Featuring a unique graduated paint finish, solid sterling silver Aston Martin wing badges with tailored 'trans flux' enamel inlay and a special Aston Martin hallmark, the exterior represents an exclusive new celebration of the company's 100-year history.

A Centenary Edition Aston Martin is identified inside by its exclusive and luxurious treatment. Deep Soft black leather - previously featuring only in the One-77 hypercar - with contrasting silver stitching, a special silver thread embroidery of the Aston Martin wings in the head restraints and solid sterling silver sill plaques individually numbered with an Aston Martin hallmark are among the features unique to the car.

Each Centenary Edition model will also be supplied with a unique presentation box containing a number of exclusive gifts to mark the first 100 years of the company. These include two glass keys, two bespoke key pouches made from leather matching the car's interior trim, solid silver cufflinks featuring the Aston Martin script, solid silver Rollerball pen and high quality Bang & Olufsen headphones.

The gift box will also include a silver polishing cloth to help owners ensure the silver centenary wings badges and sill plaques on their car keep their lustre.

Some specification details will vary market by market around the world but all cars will, as ever, be painstakingly handcrafted at Aston Martin's global headquarters and state-of-the-art manufacturing facility at Gaydon, in Warwickshire.

The process of creating the unique Centenary Edition paint finish, for instance, clearly demonstrates the brand's commitment to bespoke luxury. Adding an average of 18 hours to a paint process that can already take more than 50 hours to complete, the unique graduated finish is meticulously built by adding special 'tinters' to create the darker inner colour. This custom-made mixture is then applied to each panel by hand, using a special mini-jet spray gun.

Alfa Romeo Gloria Concept, 2013

• Alfa Romeo Gloria Concept, 2013

The European Design Institute (IED) of Turin is presenting the world première of 'Gloria', the concept by the Master in Transportation Design in collaboration with the Alfa Romeo Style Centre. The prototype represents the sports spirit and Italian style of a brand with powerful international appeal, whose products have brought the beauty of Italian design into the wider world. It was 1966 when the Spider Duetto in the film The Graduate reinforced the mythical image of the car manufacturer in the United States. Today, the Alfa Romeo Gloria Concept is intended as another international challenge, again looking overseas, to the American and Asian markets.

The European Design Institute of Turin, thanks to the support of and vicinity to the Fiat-Chrysler EMEA Design Center, has had the opportunity of 'training' its young car designers on the subject of: "conceiving an Alfa Romeo saloon to communicate to the American and Asian markets". In effect, the saloon remains a symbol of elegance and prestige for these markets, associated with the idea of comfortable space both at the front and the rear, expressed by the length of the model. In particular, the Alfa Romeo Style Centre participated with passion in the various phases of the project: from the product brief to the brand's historic collection, and from the first style proposals up to the development, in clay, of the model in 1:1 scale.
 

4700 mm long, 1920 mm wide, 1320 mm high and with a wheelbase of 2900 mm, Alfa Romeo Gloria Concept is a sports saloon with decisive lines that run down the side to the rear end. It would be propelled by a state-of-the-art V6 or V8 biturbo engine on the road. The bonnet powerfully evokes the Alfa Romeo shield through the lines of the car, which highlight the three-dimensional aspects of its form. The leather strips at the front recall the memorable leather straps for the luggage compartments of the brand's historic cars.

Alfa Romeo Gloria Concept springs from the work of twenty students on the Master programme (2011/2012 academic year) from both Italy and other countries and cultures. The concept is the result of a process that simulated a real work situation: from the brief of the Alfa Romeo Style Centre and the style research up to the twenty design proposals developed in 1:4-scale clay models. From all the models, the one that corresponded most closely to the initial brief provided by Alfa Romeo was chosen. The entire class of students, divided into groups but highly involved and motivated, then worked on the final project in full scale.

The 'Master of Arts in Transportation Design - work experience' is a highly specialised educational course, which prepares skilled automotive professionals who can tackle the world of work thanks to an ongoing relationship with style centres and companies. In fact, the model was created thanks to the contribution of Cecomp, 2013 main sponsor and an important enterprise in the area which has collaborated with the Institute in prototyping processes for many years.

Having reached its tenth attendance at Geneva, for 2013 the European Design Institute offers the possibility of experiencing at the stand the integration of the full-scale model with augmented reality. The concept reproduced on the iPad in a virtual environment, where it will be possible to interact with it, choosing between five models of rims and five body colour to try out, replacing the real ones. The five rims are the result of a teaching project developed in collaboration with OZ Racing who, as sponsor of the Gloria's 20" rims, asked the Master students to design a series of proposals. Five of these were selected for the virtual interactivity. The five rims will also feature in a kind of talent contest that IED and OZ Racing will launch at the stand via the app and on the web to decide the winning project, with the most interesting design.

Acura RDX, 2013

 

 

 

•  Acura RDX, 2013

The Acura RDX, the second generation of Acura's five-passenger crossover SUV, up the ante with a new approach to achieving both advanced performance and fuel efficiency via a new engine, transmission and all-wheel-drive system.

The RDX rides on a 4-wheel independent suspension with a Mac Pherson strut front and multi-link rear suspension design. A longer wheelbase, wider track and lower center of gravity provide the foundation for the new RDX's improved handling and ride quality. New chassis technology for 2013 includes Acura-exclusive Amplitude Reactive Dampers and a new Motion Adaptive Electric Power Steering system that replaces the previous hydraulic steering. The 2013 RDX will be available in front-wheel-drive and all-wheel-drive variants.

Standard features for 2013 Acura RDX include bold new 5-spoke 18-inch wheels and improved 4-wheel disc brakes that include an Anti-lock Braking System (ABS) with Electronic Brake Distribution (EBD) and Brake Assist. Not only do the brakes provide better performance, but they also incorporate improvements to lessen brake drag for reduced rolling resistance and improved fuel economy.

Replacing the turbocharged 2.3-liter inline 4-cylinder used with the previous RDX, the 2013 RDX now have as standard equipment a 3.5-liter V6 engine that produces 273 horsepower — 33 more than the outgoing model. For even higher performance and improved fuel economy, the Acura RDX makes use of an all-new 6-speed automatic transmission with a new lock-up torque converter. The RDX also gets a new, lighter weight all-wheel-drive system that provides outstanding performance and safety with increased efficiency to achieve higher fuel economy.

With an EPA estimated city/highway fuel economy rating of 20/28 mpg, front-wheel-drive versions of the 2013 Acura RDX are expected to offer the best fuel economy of any gasoline-powered V6 luxury SUV in the class. All-wheel-drive models will deliver an EPA estimated city/highway fuel economy of 19/27 mpg.

The RDX boasts a sleek and more aerodynamic body, evolving Acura RDX from a sporty, compact SUV to a more formal SUV appearance with a longer, sculpted hood and styling that is more elegant and sophisticated to match the Acura philosophy of timeless, beautiful design.

Inside the 2013 RDX, new sweeping shapes, matte surface trim, and generous use of leather combine to give the RDX interior an upscale look and luxury feel that Acura customers have come to expect. Abundant use of sound deadening materials and Active Sound Control team to provide an exceptionally quiet cabin. Additional interior features, such as larger door openings, more passenger room, increased cargo volume and an available power rear tailgate make the Acura RDX interior even more accommodating and flexible.

The 2013 RDX a host of new technologies including Pandora internet radio interface, SMS text message feature, a Keyless Access System with smart entry and pushbutton start, and a three view rear camera. An available Technology Package will provide a full complement of relevant technologies, including an Acura ELS Surround audio system, Acura Link Satellite Communication System, Acura Navigation System with Voice Recognition, Acura Link Real-Time Traffic with Traffic Rerouting, and Acura Link Real-Time Weather™ with radar image maps. New for 2013, an even more advanced navigation system utilizes a hard disk drive (HDD) with 60 gigabytes of storage capacity— including 15 gigabytes that can be allocated for music storage.

Passenger safety has always been a cornerstone of every Acura model. In addition to using Acura's acclaimed Advanced Compatibility Engineering™ (ACE™) body structure, the 2013 Acura RDX employs new design features and myriad high strength materials aimed specifically at occupant protection. Although yet to be tested, Acura anticipates that the RDX will achieve top crash safety ratings from both the NHTSA and IIHS.

The 2013 RDX produced (using U.S. and globally sourced parts) exclusively by the company's East Liberty, Ohio plant — home to one of four of the top five-rated assembly lines in North America in the J.D. Power and Associates' 2011 Initial Quality Study (IQS). The first generation Acura RDX is produced at the Marysville, Ohio auto plant.

Acura ILX Endurance Racer, 2013

 

 

•  Acura ILX Endurance Racer, 2013

A pair of E1 class Acura ILX sedans, prepared to NASA U.S. Touring Car specs, will be entered for the traditional 25-hour endurance race that annually concludes the National Auto Sport Association (NASA) season at the challenging three-mile Thunderhill road course north of Sacramento, California.

Team Honda Research-West (THR-W) is primarily made up of Torrance, California-based associates from Honda R&D Americas, Inc., who work after-hours to showcase Honda and Acura products on the track. The team received a pair of new Acura ILX "body in white" bare chassis earlier this year from Honda Manufacturing of Indiana, LLC, the exclusive global production source for the model. Additionally, a pair of "donor" cars from American Honda Motor Co., Inc. was used to provide suspension, powertrain, interior and electronic components.

Once the chassis and donor cars were delivered to the THR-W workshop, an extensive build program commenced that included the use of as many OEM components as possible, to retain serviceability and test outright durability of Acura's newest sedan. In preparing the cars for the grueling Thunderhill event, THR-W members focused their efforts less on performance modifications and more on reducing vehicle weight, to achieve the performance targets set by the team.

Safety equipment required by NASA included a full roll cage (designed by THR-W and built by Solo Motorsports); Bride Gardis III race seat; OMP competition steering wheel; Schroth safety harness; Brockway Engineering D Gauge digital OBD2 gauge; and Braille lightweight battery. Changes to the exterior included a Baja Designs LED lighting system for long winter night-running, a THR-W-designed front splitter and an APR GTC-200 rear spoiler.

Red Line oil lubricates the K24Z7 engine and 6-speed transmission. Cold air enters the engine through an AEM intake, while DEI heat rejection products help keep the heat under control from exhaust gases flowing through the custom-built AEM/120 Racing exhaust. H&R suspension and Enkei RPF1 wheels fitted with BF Goodrich R1 race tires complete the Acura ILX competition package.

Honda Performance Development (HPD), responsible for Honda racing programs ranging from entry-level categories to the IZOD IndyCar Series and World Endurance Championship, also contributed several racing-specific components to the ILX project. These included an HPD-lightened flywheel and racing clutch package, limited-slip differential, motor mounts, anti-roll bars and rear upper suspension control arms. All of these parts are available to racers through the HPD Honda Racing Line program.

The THR-W build team for the ILX includes a number of engineers and researchers from Honda R&D Americas (HRA). The team is headed by Project Leader Calvin Liu, a Design Engineer in the Surface Development Department. John Whiteman, Manager of the Advanced Product Planning Department, is responsible for race strategy and sponsorship. David Kirsch, Senior Engineer in the Information Technical Research Department, serves as Crew Chief and is responsible for the electrical system. Roy Richards, a coordinator in the Energy and Environmental Research Group, is responsible for budget and procurement of components for the team.

Once the initial build was complete, a testing program that included a pair of shakedown runs at Buttonwillow Raceway in southern California, followed by a more extensive run at Willow Springs International Raceway, was implemented to complete final preparations for Thunderhill.

The driving team for Thunderhill is headed by Matt Staal, Senior Planner, Advanced Product Planning, for HRA. Other members of the driver lineup include Project Leader Calvin Liu; Derek Ferretti, a Senior Modeler in the Styling Division at HRA; Sage Marie, Senior Manager of Public Relations at American Honda; Lee Niffenegger, a former SCCA National Champion and Senior Engineer in Business Development at HPD; Lawrence Hwang, Senior Stylist at HRA; Scott Nichol from Honda of Canada Manufacturing; Chad Gilsinger, a former SCCA National Champion and Senior Engineer at HRA in Ohio: and Brian Shanfeld, a former NASA National Champion, also from HRA in Ohio.