2011 RSC Raptor GT

Manufactured in Germany, RSC’s newest supercar sports a front-mid-engine design and is rear-wheel drive. The RSC Raptor GT is powered by a 2.6-liter rotary engine that's available in four versions, with power outputs ranging from 500 hp, to 1,200 hp. The RSC Raptor GT S is the base model, equipped with Dry Sump, it develops 500 hp. The RSC Raptor GT RS has a water-to-air turbocharger system and develops 800 hp and the RSR has a twin-turbo and outputs a massive 1,200 hp.

The Raptor GT will be sold with different spec-variants called the GT S, RS, RSR and N-spec. Depending on which model, engine configurations vary and include a water-to-air inter-cooled turbo or a bi-turbo system. The engine is coupled to an 8-speed RSC R-Shift transmission with a hydraulic shift mechanism which makes gear changes in 25 to 35 milliseconds.

Inside, the RSC Raptor GT is also said to feature a pair of seven-inch digital displays coupled with a five-inch tachometer, gear indicator and shift lights, the entire package supposedly weighing in at a claimed 2,425 pounds. RSC also plans an all-wheel drive, mid-engine project with similar specs, which seems like a lot to bite off while they still appear to be chewing on this one.

Depending on the model, the body is of 80% glass fiber or carbon fiber and differs in details in the form and aerodynamics. The interior will get two 7" full-graphic-Diyplays, high-quality materials like carbon fiber, brushed aluminum and various types of leather.





Press Release

Rotary Super Cars Germany is a young company with the goal of offering symbiosis of high performance vehicles and active environment to create new benchmarks in the areas, power efficiency, value for money or the use of high-tech materials.

Since there is no vehicle that meets all these requirements, the construction of the RSC Raptor GT™ started in 2009. Systems such as the VAS (variable aerodynamic system) were developed and brought to small series production. This vehicle meets all requirements or exceed them. With enthusiasm and passion of our team involved in the development and production of the Raptor GT™. We guarantee the best workmanship and highest individuality. The selective use of proven components increases the active/passive safety while reducing production costs, which ultimately benefits every buyer.

With the Raptor GT™, we give our customers the opportunity to experience the unique combination of high end components and environmental protection on the roads and racetracks of the world. The Raptor GT™ doesn't follow the standard in many areas, he goes a very unique way with his drive and approach design. Each vehicle is handmade and unique, which corresponds exactly to the needs and wishes of the owner.

Drivetrain:
The RSC Raptor ™ GT S, RS, RSR and N-Spec does not have a conventional drive system as used in most of today's super sports cars. He has a self-developed and heavily modified, based on parts of the Mazda 13B MSP, high-performance engine with four rotors (4-Rotor rotary engine) and, depending on the model, a water-to-air intercooled turbo or biturbo system. This engine is the heart of the RSC Raptor GT™ and gives him his very special temperament. The power output of a rotary engine uniformly grows with increasing rpm. The high-performance engine in the RSC Raptor GT™ has the redline set depending on the selected driving mode, up to 7,500 rpm or 9000 rpm. The fuel E85 is used, which is produced from rapeseed. By using this fuel to reduce the emissions by about 90% is feasible.

The sequential 8-speed RSC R-SHIFT transmission in the RSC Raptor GT™ is controlled by a hydraulic shift system with shift times of 25-35 milliseconds. Furthermore, each RSC Raptor GT™ has a carbon-aluminum drive shaft, and an electronically controlled rear axle differential.

The powertrain is controlled by an engine management system, specifically developed from Bosch Engineering GmbH for the RSC Raptor GT™, including a complete electronic system consisting of ESP, ABS, EBD, VAS, R-TRAC (traction control), R-DIFF (electronic differential) and a Launch Control. The RSC Raptor GT™ RSR and N-Spec also has an active suspension. All electronic systems can be easily operated via the buttons on the steering wheel.

Body/Chassis:
Depending on the model the body of the RSC Raptor GT™ is of 80% glass fiber or carbon fiber and differs in details in the form and aerodynamics. Furthermore a wide range of special equipment is available. Starting with the rims, complete body equipment packages up to the painting - the customer has no limits.

The RSC Raptor GT™ also has the RSC VAS™ (Variable Aerodynamic System), a system that changes the aerodynamics and the aerodynamic properties of the RSC Raptor GT™ to generate more downforce at high speeds. This system include SBS (Speed Brake System).

Interior:
The RSC Raptor GT™ has two 7" full-graphic-Diyplays, where various telemetry data such as speed, mileage, temperatures, pressures, and the chosen vehicle settings and many other data, are available. These displays create exciting visual effects that show the high-tech genes of the RSC Raptor GT™. They are placed on the left and right of the large 5" tachometer with digital gear indicator and shift light. The driver is always looking at the relevant information and driving a RSC Raptor GT™ becomes a special experience.

The cockpit offers an unique combination of high-quality materials like carbon fiber, brushed aluminum and various types of leather. Many interior equipment packages are available. There also no limits for the customer.

Production levels of the RSC Raptor GT range from the base 500 hp 2.6L 4 rotor rotary to 800 hp turbo and 1.200 hp twin turbo variants. The cars are built in Germany. They are available in left- and right-hand drive configuration.

VelociRaptor:
The second car which is currently in the construction phase. The main facts: Mid-engine, AWD, 8-speed sequential RSC R-SHIFT transmission, RSC VAS, 90% carbon fiber, over 1.200 hp and a weight under 1.100 kg.
This car will set new benchmarks...

Rotary Super Cars Germany
(+49)1511 75 500 98

MTM Audi TT-RS

German tuner MTM has taken their power packed MTM Audi TT RS to the Nardo circuit in Italy, as they wanted to see how fast it can go.

The MTM Audi TT RS is powered by the standard 2.5-liter TFSI engine that now has been upgraded to output 472 bhp (347 kW) at 7.000 rpm and an untold amount of torque.

This 472 bhp MTM Audi TT RS can rocket from 0 to 100 Km/h in 3.9 seconds, and as we've already mention its top speed is 312 Km/h achieved at Nardon while using 20 inch bimoto wheels wrapped in Dunlop Sport Maxx tyres.

The price for the engine upgrade is 14.500€. If you will also opt for the 20-inch bimoto forged rims and the 15-inch brakes with eight-piston calipers you will have to pay an extra 9.973 €. Tuner’s next stop? A TT-rS that will develop 500 HP!




Press Release

MTM TT RS: With 472 bhp faster than 310 km/h

• Audi refiner MTM drives 312 km/h with the TTRS in Nardo
• Sophisticated technique to ensure best driving values
• Complete package including wheels and brakes

How much engine performance do you need to break 300 km/h? The ones who think that this needs more than 500 bhp will learn that this is not correct. The TTRS with 472 bhp by MTM from Wettstetten / Ingolstadt was GPS measured to be 312 km/h at test runs on the Nardo highspeed track in Italy at the beginning of September 2010. For many other tuners a hard nut to crack despite of increased efficiency.

"It's not decisive what we measure on the dynamometer but how many bhp you get on the road" says Roland Mayer, owner and Head of the technical Department of MTM. The right master plan has a bigger effect on driving dynamics, acceleration times and maximum speed than the search for a maximum in performance values.

In the case of the MTM TTRS this means: modification of the control unit, MTM turbo charger and a complete new MTM exhaust system from turbo.

The result: 472 bhp (347 kW) with 7.000 rpm/min, a 0-100 km/h time of just 3.9 seconds and a top speed of 312 km/h - driven in Nardo with Dunlop Sport Maxx tyres on 20-inch bimoto wheels.

The MTM TTRS with 472 bhp doesn't has to fear the competition of other tuners, who are still fighting with 300 km/h and can't reduce 0-100 km/h time under 4.0 seconds despite a plus of 30 bhp.

MTM is one of the leading and at the same time the fastest of all Audi refiners worldwide. Within the last years engineers from Wettstetten showed best values:

MTM RS6 R with a top speed of 344,2 km/h is the fastest station wagon in the world. A MTM customer drove this record in Nardo in 2009. Moreover the fastest Bentley GPS measured 331 km/h in 2008 is from Roland Mayers workshop.

The TT Bimoto with two engines set as well a new record by driving 393,6 km/h in Papenburg in 2007. Today the Bimoto is still holding the track record for street-legal cars in Nardo driven by Florian Gruber. Nardo test drives under extreme conditions are an important part of MTM development work. Outside temperature was temporary at 35 degrees.

The costs for the upgrade from 380 to 472 bhp are about 14.500 € incl. tax and installation. The price for 20-inch bimoto forged rims, 15-inch brakes with eight-piston calipers (front axle) is 9.973 € incl. tax and installation.

Right now MTM is working on an over 500 bhp version.

2010 Paris Auto Show: Peugeot HR1 Concept

Peugeot has unveiled new HR1 urban concept car which will debut at the 2010 Paris Auto Show opens on 2 Oct 2010. It's a small crossover, mixing the best bits of coupe, city runaround and SUV. Sound familiar? Yep, it's sort of like a shrunken Range Rover Evoque.

The car isn't as attractive as the EX1 -- it's tall, chunky and ever so slightly odd-looking. But it does have some interesting tech additions. The most notable of these is an Archos 9 PC Tablet mounted in a tray on the passenger side of the vehicle.

The three-cylinder 1.2-liter gasoline engine is a version of Peugeot's future family of efficient three-cylinder engines that is now in development, the automaker says. It's teamed with a rear-positioned electric motor with all-wheel drive and a combined 147 horsepower. The 19-inch wheels are fitted with Michelin tires.

The car’s instrumentation suggests total command of the vehicle by the driver, with ergonomically placed controls, a small steering wheel, and a Head-Up display allowing information to be seen without the driver taking their eyes off the road.
The ingenuity of the HR1 resides also in its modularity. Its load area is practical and accommodating thanks to its flat floor and sides, offers a load space of 25.9 sq ft.

Total output for the hybrid powertrain on the Peugeot HR1 is 147 bhp, and power is sent to the wheels through an electronically-controlled 6-speed manual gearbox. The driver can also choose between two modes of operation, sequential or automatic. In a combined cycle the Peugeot HR1 can return 81 mpg (2.90 l/100km), while CO2 emissions are of 80 g/km.




Press Release

PEUGEOT HR1 – TOTALLY URBAN AND CONNECTED
29/09/10

• New three-cylinder THP 110 petrol engine
• 81 mpg and just 80 g/km
• Uses Peugeot's HYbrid4 technology
• Innovative rear "stowaway seat" system
• Clever "hands-free" onboard system control
• Provides enjoyable urban motoring and genuine environmental efficiency

The HR1 is an exclusive and innovative urban concept car that blends together a number of genres (city run-around, coupé and SUV). It is targeted at active young city dwellers smitten with design and innovation who are in search of a vehicle that matches their profile.

Peugeot is always exploring new motoring ideas and this inventiveness has already given rise to many production vehicles and concept cars, including a number of genuine commercial and design successes (Coupé/Cabriolet, the 3008... and more recently the BB1 concept vehicle).

The HR1 is based on several different body designs: city run-around, coupé, SUV... and, in doing so, is creating its own identity and new and original benefits.

The HR1 has been created to appeal to young city dwellers; individuals and couples, who lead an active outgoing life and who seek out new lifestyle experiences in relation to their leisure activities and their mobility.

It is designed to make urban travel easy and pleasurable even in the busiest or most confined urban areas. It is helped by its particularly compact dimensions (a length of 3.67 m and very short front and rear overhangs) but also an original system for getting into and out of the vehicle. Based on the Marque's experience in this field, the HR1 has two electric "scissor" doors to facilitate access under all circumstances (restricted parking, small garage, etc...). To improve visibility and manoeuvrability and provide a dominant driving position, the ride height of the vehicle has been raised, also improving ground clearance.

The HR1 contains all the genes of the Peugeot Marque, whose new stylistic design codes were first unveiled on the SR1 Concept car. The HR1 shares the same expressive headlamps with their finely chiselled design and the single "floating" front grille which seems to be detached from the rest of the body, as the SR1.

The overall styling is athletic, powerful and dynamic and is strengthened further by the flowing wheel arches, large wheels and the raised sections above the rear windscreen, reminiscent of the "double bubble" roof design of the RCZ Coupé. The finesse of the superstructure, the two-tone interplay of polished and chrome materials, every component expresses the high level of build quality, a sign of the meticulous attention paid to every detail. This is true also of the headlamps and "full LED" rear lights, finished in the style of hi-tech jewels which give the car a unique signature by day and by night.

Innovation is a strong feature of all Peugeot models and especially the HR1. At the rear, the roof bars serve as an ingenious hinge for the opening one-piece, dark tinted glass tailgate.

In keeping with the recent design trends of the Marque's latest vehicles, the interior of the HR1 has a structured design, with a "High-Tech Coupé" driving position, providing a special ambiance through the combination of style, quality of finish, equipment and ergonomics.

The driver and passenger are both provided with a "privileged area" within the vehicle, separated by a centre console which adds to the futuristic design and helps increase light levels due to the use of electroluminescent diodes. The fitment of the two glazed roof sections, dedicated to the right and left occupants, with an electro-chrome finish, also help to diffuse more light on request.

The car's instrumentation suggests total command of the vehicle by the driver, with ergonomically placed controls, a small steering wheel, and a "Head-Up" display allowing information to be seen without the driver taking their eyes off the road.

The passenger compartment of the HR1 has a very "authentic" feel, dynamic, technological and protective, able to shield its occupants from the stress of the outside world.

The HR1 is equipped with particularly innovative controls which operate what is known as the "man-machine interface". The concept car thus has a "movement recognition" system. Simple and intuitive, this allows the driver to scroll through functions and select available settings with a simple movement of the hand. For example, by rotating the hand the user can scroll menus, displayed in the manner of a carousel. The driver can also choose to switch control of the menus to the front passenger, with a sweep of the hand from left to right.

The technology controlled by this method includes the audio, satellite navigation and air conditioning systems. The driver can also select, at his discretion, the preferred type of information to be displayed in the instrument panel: rev counter, water and oil temperature during "dynamic driving", or tourist information when "cruising". The front passenger, meanwhile, benefits from a mobile PC tablet which allows data to be shared and exchanged with the driver's display.

The ingenuity of the HR1 resides also in its modularity. It has been designed primarily for young city dwellers without children, in search of a fun vehicle that is fashionable and roomy enough to carry their leisure equipment (bicycle, diving equipment, etc...) or be loaded up with shopping. Its load area, practical and accommodating thanks to its flat floor and sides, offers a load space of 734 litres.

The passenger compartment can be very quickly configured to accommodate either three or four full size seats, thanks to the clever "stowaway seat" system. With this system the rear seats fold down flat and then fit snugly behind the front seats creating a flat load area floor. As on the RCZ, the special shape of the rear tailgate glass with its raised "double bubble" sections, allows the rear headroom to be optimised. When both rear seats are raised, the boot capacity is reduced, but it still offers a substantial 180 litres of space.

One of Peugeot's key priorities is to retain its environmental leadership over the coming years. In this respect, the HR1 Concept, which is most at home in the city, needed to meet this brief by being particularly efficient and innovative.

The HR1, therefore, incorporates Peugeot's innovative HYbrid4 technology with all its associated benefits. With an internal combustion engine at the front and an electric motor at the rear it can be driven as often as possible in "zero emissions" mode in town at low speed, or with both "engines" together, providing four-wheel drive capability where challenging surfaces warrant it.

Under the bonnet, the internal combustion engine which drives the front wheels is a new three cylinder petrol unit. It has a capacity of 1.2 litres and, using Peugeot's THP technology, produces 110 bhp. It is one of the members of the future family of three cylinder engines currently under development. As part of Peugeot's downsizing strategy, the engine has been developed using the most advanced technologies, combining both a high level of performance with environmental efficiency.

It is linked to a 37 bhp electric motor and, therefore, has a maximum potential power output of 147 bhp, with a combined fuel consumption of 81 mpg and CO2 emissions of just 80 g/km.

The electronically-controlled 6-speed manual gearbox (with control paddles on the steering wheel and a centrally mounted gear lever) coupled with this power train is designed to offer maximum control. The driver can also opt between two modes of operation, sequential or automatic.

The HR1 has a pseudo McPherson front suspension and a torsion beam rear suspension. Steering is provided by an electric power steering system which offers excellent handling characteristics at low speed, astonishing agility during manoeuvres and maximum accuracy at higher speeds, for good all-round performance.

With its high-performance suspension, efficient steering and new power train, the HR1 provides a unique driving experience, combining the emotion of real driving enjoyment with the rigour of genuine environmental efficiency.

Technical Data – Peugeot HR1 Concept Car

Petrol Engine	Capacity	1,197 cc
	Maximum power	110 bhp
	Maximum torque	195 Nm
Rear Electric Motor	Type	Synchronous with permanent magnets
	Continuous / peak power	27 bhp / 37 bhp
	Continuous / peak torque	100 Nm / 200 Nm
Total	Maximum potential power	147 bhp
Tyres	Type	Michelin
	Size	225 45 R19
Transmission	Type	Electronically-controlled six-speed manual gearbox
Fuel tank	Capacity	41 litres
Fuel Consumption	Combined cycle	81 mpg
	CO2 (g/km)	80 g
ZEV	Combined cycle	0
Zero Emission Vehicle	CO2 (g/km)	0
	Maximum range at constant speed	1.55 miles
Dimensions	Overall length	3694 mm
	Overall body width	1755 mm
	Overall height – with full tanks	1492 mm
	Wheelbase	2311 mm
	Front / rear overhang	703 mm / 680 mm
	Front / rear track	1534 mm / 1512 mm
Interior	Load area volume in 2 seat configuration	734 litres
	Load area volume in 3 seat configuration	457 litres
	Load area volume in 4 seat configuration	180 litres
Weight	Kerb weight with full tanks	1130 kg

Paris Debuts: MINI Countryman WRC

MINI has unveiled the new MINI WRC debuted at the Paris Auto Show. The new MINI WRC, which will contest the FIA World Rally Championship from 2011, will receive its world premiere at this international motor show. In addition, Kris Meeke (GB) has been confirmed as one of the drivers who will contest the championship with this brand new rally car.

The MINI WRC, powered by a 1.6-litre, four-cylinder Di turbo-charged engine, recently received a baptism of fire, acquitting itself well during initial testing at Prodrive’s rally track. The company commenced development of the car in 2009, and a concept of the MINI WRC will be displayed in Paris.

The power transmission takes place via an Xtrac 6-speed, sequential gearbox. For its outings on the rally stages, the MINI Countryman chassis has been fitted with a roll cage developed by Prodrive, which exceeds the strict safety.

Source: MINI




Press Release

Paris.Visitors to the 2010 Mondial de l'Automobile in Paris (FR) can look forward to a special treat: The new MINI WRC, which will contest the FIA World Rally Championship from 2011, will receive its world premiere at this international motor show. In addition, Kris Meeke (GB) has been confirmed as one of the drivers who will contest the championship with this brand new rally car.

The MINI WRC, powered by a 1.6-litre, four-cylinder Di turbo-charged engine, recently received a baptism of fire, acquitting itself well during initial testing at Prodrive's rally track. The company commenced development of the car in 2009, and a concept of the MINI WRC will be displayed in Paris. "The Paris Motor Show is the perfect stage, on which to launch our MINI WRC," says Ian Robertson, member of the Board of Management of BMW AG, responsible for Sales and Marketing. "The response to our announcement that MINI will return to the world of rallying next year was very positive. The FIA World Rally Championship is the pinnacle of rallying, making it the ideal platform for demonstrating the competitive spirit of our brand. The development of the car isrunning on schedule, and the preparations for the world championship are in full swing. The MINI Countryman production model provided the ideal basis for our new world championship challenger."

The 2011 World Rally Championship will see the new MINI WRC contesting in six of 13 scheduled rounds, with MINI competing in the full 2012 season. In addition, Prodrive plans to make available customer versions to independent teams for use in the championship.

Rallying is hardly unchartered territory for MINI. In the past this popular motor sporting genre decisively shaped the image of the brand. The MINI Cooper S became a true legend through its numerous victories on Rally Monte Carlo. The European Rally Championship, too, saw MINI notch up serial successes. "MINI can look back on a successful tradition in rallying," says Dr WolfgangArmbrecht, Senior Vice President Brand Management MINI. "The interest in motorsport among the present generation of MINI customers is massive. The WRC provides an excellent communications platform for the MINI Countryman,upon which the MINI WRC is based."

Prodrive, an experienced motorsport operation, was chosen as the partner in the quest to continue MINI's success story. The company, founded by David Richards, is viewed as one of the most respected and successful in rallying. "This project is a truly passionate opportunity," believes Richards. "MINI is a cult brand which left a lasting impression during its previous motorsport campaigns. We are both extremely happy and proud to be on board as a partner when MINI returns to rallying. We aim to use 2011 as a preparatory year, amassing experience in order to ensure we are fully competitive from the start of the following season. But let's not underestimate the task ahead of us nor the stiff competition we will face on the way, however our target is firmly set on winning the World Championship title again with MINI."

Prodrive was founded in 1984, and has established itself as one of motorsport's leading independent teams. Currently employing over 500 staff, the company is based in Banbury (GB). Among other successes, Prodrive has to date won six World Rally Championships, five British Touring Car titles, and scored three class victories in France's classic Le Mans 24 Hours.

Kris Meeke has been confirmed as the first driver to compete for Prodrive in the MINI WRC. The rally ace from Dungannon (GB) first came to prominence when he won the British Junior Rally Championship in 2002. Numerous victories and titles were to follow. With support from his long-term mentor and former rally world champion, the late Colin McRae (GB), Meeke has been able tosuccessfully establish himself on the rally scene. The Northern Irishman celebrated his most recent success last year, when he won the Intercontinental Rally Challenge (IRC).

The MINI Countryman is the youngest MINI model and also the first to be equipped with an all-wheel-drive system. Therefore this model provided the logical basis for a competitive rally derivative. The flagship MINI Cooper S Countryman is powered by a 1,6-litre, four-cylinder petrol engine, supplemented not only by a twin-scroll turbocharger and direct fuel injection, but also fullyvariable valve management - so offering by far the best relationship between engine power and fuel consumption in its class. The engine produces an impressive 135 kW / 184 bhp, and accelerates the MINI Cooper S Countryman from 0 to 100 km/h in 7.6 seconds.

As part of the MINIMALISM concept, a range of fuel- and emission-reducing features are fitted as standard and/or in appropriate combinations, including Brake Energy Regeneration, the Auto Start/Stop function, Shift Point Display and the need-based operation of ancillary components.

All MINI Cooper S Countryman and MINI Cooper D Countryman are optionally available with permanent MINI ALL4 all-wheel drive, with an electro-hydraulic differential positioned directly on the final drive varying the distribution from front to rear in an infinite process. Under normal driving conditions up to 50 per cent of the engine's power goes to the rear wheels; under extreme conditions up to 100 per cent, offering a new, high-traction rendition of the agile handling so typical of MINI.

The heart of the MINI WRC is the BMW Motorsport-developed 1.6 litre, fourcylinder Di turbo-charged engine which can be deployed not only in the WRC, but also in other championships running to the FIA's Super2000 regulations. The power transmission takes place via an Xtrac 6-speed, sequential gearbox. For its outings on the rally stages, the MINI Countryman chassis has been fitted with a roll cage developed by Prodrive, which exceeds the strict safety.