Showing posts with label Skoda. Show all posts
Showing posts with label Skoda. Show all posts

Monday, October 18, 2010

Skoda Superb, 2009

Skoda Superb, 2009






The appearance of the new Škoda Superb is striking in its form. The implementation of the Škoda Auto design philosophy is mirrored in the strong three-dimensional form of the front grille, while its finely modelled chrome trimmings afford it a substantial and solid look. The contoured lines of the bonnet extend to the headlamps, intensifying the horizontal direction of these lines, giving the new Superb its appearance of sitting solidly and self-assuredly on the road. The markedly emphasised front wings underline this feature. They give the new Škoda Superb its characteristic image which, in turn, characterises it clearly as a member of the Škoda family.

The lines of the roof are an eye-catching feature. While its predecessor had a rounded, domed roof, that of the new Škoda Superb is elongated and blends elegantly into the radius of the C-pillars. This in itself is a clear indication of the exceptional interior spaciousness and, especially, the unexcelled room offered to the rear seat passengers. Chrome trim around the windows of the Ambition and Elegance models flows into a three-dimensional element at the C-pillar, giving the car a look that is normally only to be found in a higher class.

The interior

In spite of being almost identical in overall length to the previous generation Škoda Superb, the new Superb exceeds the already generous interior measurements of its predecessor in almost all aspects thanks to the transverse engine design. This begins in the front, where space has been gained by moving the gear position. The central tunnel has been designed in a much leaner form. And, in the rear, the knee space has been increased by 19 millimetres, affording the passengers unique travelling comfort. The new Škoda is 4,838 millimetres in length, 1,817 millimetres in width and has a height of 1,462 millimetres.

The interior, with its finely tuned mix of materials and excellent workmanship, satisfies the needs of even the most demanding customer. The dashboard with its wave-shaped design groups the operating elements into sensible individual functional units. All of the primary functions are concentrated around the steering wheel and quick access is guaranteed because of the logical location. Thanks to the unique design, erroneous operation is practically eliminated. In certain trim levels, the steering wheel includes multi-function buttons for the operation of the radio unit, MFA and a mobile phone. Chrome inlay in the centre of the newly designed, leather wrapped steering wheel reflects the clear V-shape form of the car's front.

The design cue is also reflected in the look of the central console. It includes the new Columbus navigation system with advanced, operator-friendly, touch screen technology and a 30 GB hard disk for rapid data access and also the dual-zone climate control system. In addition, there is the large capacity glovebox. Further storage space can be found to the left of the steering wheel, attractively designed door storage spaces, drink holders on the central tunnel and pockets on the rear of the front seats.

One new item is found when switching on the engine. The speedometer and tachometer dials move from their starting positions to the top of the dials and then return to zero, a quick and simple indication that they are functioning properly.

The foam cushioned dashboard surfaces, all friendly to the touch, are available in three different colours and three different versions of the decorative strips. Depending upon the model chosen, these ensure an exceptionally elegant, a stylishly sporting or a simply timeless ambience.

Premiere for an automotive advance: the Twin-door concept

The shape of the bodywork, with its balanced proportions, the timeless elegance of its lines and the stylistic elements which combine to make Škoda automobiles unique, incorporates a new feature that will once again become the benchmark in the automotive world. Although the design in this class has retained the traditional hatchback concept, the new Škoda Superb now has a tailgate which places practically no limits on what can be transported. The unique, patented "twin door" variable boot opening, designed by engineers at Škoda, offers an extremely practical, functional and well thought out solution. Depending on what is required, either only the boot lid alone can be opened when smaller items are to be stored. Or, by operating two small switches on the edge of the boot lid to activate the electro-mechanical release, the Škoda Superb driver can lift the entire boot lid together with the rear window, allowing bulky items to be loaded. The third rear lamp in the rear window lights up briefly signalling that the electric motors have locked the closing mechanism. The rear aperture is then almost doubled in size. When the rear seat backs are in an upright position, the boot will accommodate 565 litres of luggage - more than 85 litres more than its predecessor - if they are folded forward, the volume increases to 1,670 litres - a volume which even estate cars in this segment can scarcely equal.

The boot is fitted with high-quality carpeting. Below the solid base plate there is further space for storing personal objects, and underneath this is the spare wheel (except in the case of the GreenLine versions). There are eyelets at the side of the boot space to secure goods being transported while practical folding hooks provide perfect hold for shopping bags.

Always safe in its stride: the chassis of the new Škoda Superb

The chassis of the new Superb uses Škoda's modular strategy - it uses modules from the Škoda Octavia (VW Golf) and Volkswagen Passat chassis. However, Škoda has taken these modules, adapted them and added new elements, giving the car its own driving character. The MacPherson wishbone front suspension is housed in an aluminium axle to provide greater kinematics while simultaneously reducing axle weight. The Škoda Superb's suspension system increases driving comfort and reduces tyre noise. Apart from this, as a result of numerous acoustic innovations, the new Škoda Superb is among the quietest cars in its class. The thickness of the front side window panes has been increased to 4.85 mm, noise attenuation packages reduce vibration and, thus, noise while new sealing materials reduce wind noise.

In developing the chassis, the Škoda Auto engineers have placed special emphasis on creating a balanced relationship between agility and comfort. Uneven road surfaces are mastered excellently. Body roll is almost completely suppressed thanks to careful configuration of the chassis components. The new electro-mechanical steering ensures greater driving dynamics. . Its feel has been optimised and the steering conduct and tracking provide the best feeling for the road surface and traction conditions.

The Škoda Superb has a completely new form of coordination between the ABS and ESP systems. The object of the development was to provide the new Škoda Superb with commanding and comfort-oriented properties without limiting driving pleasure in any way. "And, we have achieved this target, across the entire range" says Dr. Eckhard Scholz, Board Member for Technical Development at Škoda Auto. Careful adaptation of the individual chassis components gives the new Superb properties which are every bit as exciting as they are balanced and safe even in critical situations.

Premiere for intelligent lighting: AFS for the Škoda Superb

Best visibility is created not only by the generously proportioned front windows and the marked increase in the size of the exterior mirrors of the Škoda Superb but also by the Superb's new headlight system. AFS (Adaptive Front Light System) clearly improves visibility, adapting to the driving conditions and enabling the driver to recognise obstacles in the road sooner and to react quicker.

No compromises: safety on all roads

Passenger protection in the new Superb is of the highest level. Depending upon equipment level and version, there are up to nine airbags on board. Two front and side airbags as well as head airbags at the front and back provide all-round protection. The knee airbag for the driver and the side airbags in the rear are completely new. Anti-spin regulation (ASR) is standard in all versions of the new Škoda Superb. Pedestrian protection measures reduce the danger of injury considerably in the case of an accident. ESP and ABS with Brake Assistant are part of the standard equipment depending on country. The hill hold function facilitates starts on hills and prevents the car from rolling backwards when the brake is released.

State-of-the-art technology under the bonnet: the engine range

The range of engines for the new Škoda Superb fulfils the needs of every customer and presents a wide-ranging variety. There are three petrol and three diesel engines available. All of the engines operate with direct fuel injection and excel as a result of their low fuel consumption and emission values.

The weight of Škoda's top model weighs from only 1,425 kg so that even the basic engine models have no problem in providing plenty of power.

The basic diesel engine is the 1.9 litre TDI PD, providing an economically-priced but nevertheless powerful entry into the Škoda Superb program. The four-cylinder provides 77 kW (105 HP) and reaches its torque peak of 250 Nm at 1,900/rpm. With an average fuel consumption of 5.7 litres per 100 kilometres and CO2 emissions of 151 g/km, it provides both excellent fuel economy, low emissions for its size. Nevertheless, the driving characteristics are impressive: this model reaches a top speed of 190 km/h and the basic diesel engine accelerates from 0 to 100 km in 12.5 seconds. A manual five-speed gear transmits the power to the front wheels.

The next higher level of power in the diesel engine range is provided by the 2.0 TDI PD, supplying 103 kW (140 HP) Its peak torque is 320 Nm at between 1,800 and 2,500/rpm, propelling the car from 0 to 100 km/h in 10.2 seconds and provide a top speed of 207 km/h. The combined fuel consumption figure of 5.9 litres per 100 kilometres is very moderate. The CO2 emission is 155 g/km. Comprehensive acoustic finishing touches considerably reduce the noise level of the two pump-injector units.

Even higher demands are catered for by the top of the range 2.0 TDI which works with common-rail direct injection. It provides 125 kW (170 HP) powering the car to a maximum torque of 350 Nm between 1,750/rpm and 2,500/rpm. Consumption is 6.0 litres for 100 kilometres in combined traffic conditions; the CO2 emission is 159 g/km, among the best in class. The potential of this engine range is evident in the high level of driving performance. Top speed is 222 km/h with acceleration from 0 to 100 km/h in 8.8 seconds. The two more powerful diesel engines are coupled with a manual six-speed gearbox, while an automatic six-speed DSG is also available. A diesel particulant filter is supplied for all versions as standard. In countries in which there is not adequate fuel quality, the 1.9 TDI PD/77 kW is delivered without a diesel particulant filter.

The main petrol engine in the new Škoda Superb will be the 1.8 TSI with 118 kW (160 HP). It provides peak torque of 250 Nm in the range from 1,500/rpm to 4,200/rpm and propels the front-wheel driven Škoda Superb to a top speed of 220 km/h. Acceleration is quick, needing only 8.6 seconds from 0 to 100 km; the combined fuel consumption lies at a figure of 7.6 litres per 100 kilometres and the CO2 emission figure at 180 g/km. As an alternative to the manual six-speed gear, the 1.8 TSI can be supplied with the automatic seven-speed DSG.

The top engine for the new Škoda Superb, which will be available shortly after market launch, is the new 3.6 litre V6 FSI with 191 kW (260 HP) and a maximum torque of 350 Nm between 2,500/rpm and 5,000/rpm. Its combined consumption is 10 litres of fuel per 100 kilometres; the CO2 emissions are 238 g/km. The top engine powers the car from 0 to 100 km/h in only 6.5 seconds a top speed of 250 km/h. The 3.6 V6 FSI is supplied with the automated six-speed DSG and, so that the immense engine power is translated properly into driving power, permanent four-wheel drive. Power distribution is designed to be variable. A fourth-generation Haldex clutch monitors the power electronically. During normal driving traction conditions 100% of the power goes to the front axle. When needed, the 350 Nm of torque can be sent to the rear wheels. This guarantees safe and reliable driving on all road conditions - not only in ice and snow during winter conditions.

Of a high standard but not unattainable: the equipment

The equipment in the three trim levels, Comfort, Ambition and Elegance, is of a high level. In addition, there is an extensive package of additional equipment available. Rain sensors, Light Assistant, Bi-Xenon headlamps with AFS, tyre pressure monitoring, braking and hill-hold assistant as well as parking assistant and a parking steering aid are only some of the additional features offered. The parking assistant works with a 4/8 sensor system; the parking steering aid has been developed by the Volkswagen Group and has been adapted especially by Škoda Auto to comply with the demands in the new Škoda Superb. It assists the driver when manoeuvring into a parking space.

A further increase in comfort is provided by heated seats that, in the new Superb, are available not only for the front seats but also in the rear. The ergonomically designed rear seats increase travelling comfort to the highest level. In the front seats, the driver and co-driver enjoy excellent side support and, thanks, to the excellently designed ergonomic seating surface and back provide the driver with a relaxed driving feeling even on long trips. Especially in winter, a parking heater, an engine-independent car heating system can be ordered for factory installation.

The electronic package leaves practically nothing to be desired. The features range from a high-tech navigation system with touch screen function and hard disc storage through to a top-class audio system with powerful high-end loudspeakers, CD player with MP3 connectivity in the Jumbo Box for external storage media or a card reader. All of these components are harmoniously integrated into the wave-shaped dashboard.

Well proven and unique fittings afford the new Škoda Superb the same user-oriented character which is a feature of all Škoda automobiles. Thus, the solution for holding a wet umbrella has lost none of its functionality. The water resistant storage space is in the inner panel of the left rear door. A drainage system draws off the rainwater so that the umbrella undergoes "self-drying". When the door is closed, the umbrella storage space is invisible. The straight line design of the door does not break the line of the door panelling.

Tuesday, September 28, 2010

Skoda Octavia Green E Line Concept


This year’s edition of the Paris show will see the VW Group’s successful Skoda brand unveiling its first-ever electric-powered vehicle called the Octavia Green E Line. Skoda says it is planning to create a special test fleet of Octavias Green E Line in 2011 with the goal of obtaining additional information relevant to the further development of the electric drive. The concept model is based on the series production Octavia Combi [estate] and is powered by an electric motor delivering a constant power of 60 kW / 80-hp and a maximum output of 85 kW / 114-hp.

The electricity for the Octavia Green E Line is supplied by a modern lithium-ion battery. With a range-per-charge of 140 kilometers (87 miles), the Skoda Octavia Green E Line comfortably meets the requirements of most everyday commuters in Europe. Located under the middle and rear parts of the floor and extending partly into the luggage compartment, the 26.5 kWh battery is made up of 180 lithium-ion cells (diameter 150 mm, length 650 mm) and weighs about 315 kilograms. However, the battery has almost no impact on the volume of the passenger and luggage compartments. The Octavia Green E Line is fitted with five comfortable seats, and its passenger compartment is identical with that of the Octavia Combi with a combustion engine.

The car is finished in a Pearl White exterior color and features chrome-trim on both the front and rear of the vehicle as well as on the wheels creating a contrast with the glossy black roof with integrated energy-generating photovoltaic panels.

Motivation is provided a 26.5 kWh lithium-ion battery which sends power to an electric motor that produces 85 kW (114 hp / 116 PS) and 270 Nm (199 lb-ft) of torque. This allows the wagon to accelerate from 0 to 100 km/h in 12 seconds, hit a top speed of 135 km/h (84 mph) and travel up to 140 km on a single charge.

Source: Skoda


Skoda Octavia Green E Line ConceptSkoda Octavia Green E Line ConceptSkoda Octavia Green E Line Concept Skoda Octavia Green E Line Concept Skoda Octavia Green E Line Concept Skoda Octavia Green E Line Concept


Press Release

OCTAVIA GREEN E LINE CONCEPT: ŠKODA'S FIRST-EVER ELECTRIC VEHICLE

  • Range: up to 140 km per charge thanks to modern ion-lithium battery
  • Engine: maximum power 85 kW
  • Test fleet to start in 2011

Mladá Boleslav, 29 September, 2010 - The 2010 Paris Motorshow will see the Octavia Green E Line concept. Škoda's first-ever electric-powered vehicle will demonstrate the company's innovative potential and technological competence in this growing area. The first fleet of test vehicles is planned for 2011.

Mobility for people and clean cars for the environment - these are Škoda's commitments. Mobility without emissions is the future. "The Octavia Green E Line embodies the values of the brand absolutely perfectly - the vehicle combines the desire for individual mobility with our environmental goals", said Škoda Auto BOD Chairman Prof. Dr. Winfried Vahland.

The Green E Line concept is based on the Škoda Octavia Combi. With its modular chassis design, this series-production car is the ideal option in terms of arranging the batteries, electronic control units and the electric engine with its constant power of 60 kW and max. power of 85 kW. Available right after the start (as is typical of this type of drive), the maximum torque of 270 Nm gives the car enough power for sharp acceleration and a good amount of agility and responsiveness, which the driver will appreciate mainly in busy city traffic. The Octavia Green E Line accelerates from 0 to 100 km/h in just twelve seconds, and the car's maximum speed is limited to 135 km/h.

The electricity for the Octavia Green E Line is supplied by a modern lithium-ion battery. With a range-per-charge of 140 kilometres, the Škoda Octavia Green E Line comfortably meets the requirements of most everyday commuters in Europe. Located under the middle and rear parts of the floor and extending partly into the luggage compartment, the 26.5 kWh battery is made up of 180 lithium-ion cells (diameter 150 mm, length 650 mm) and weighs about 315 kilograms. However, the battery has almost no impact on the volume of the passenger and luggage compartments. The Octavia Green E Line is fitted with five comfortable seats, and its passenger compartment is identical with that of the Octavia Combi with a combustion engine.

With smart dashboard indicators, the driver of the Octavia Green E Line always stays in control. The computer screen provides continuous information including instant output, power consumption, battery charge and the remaining range. The navigation display describes the energy flow, i.e., informs the driver that the electric engine is being supplied with electricity or, on the contrary, that it is generating electricity as the car decelerates or goes downhill.

The look of the Škoda Octavia Green E Line conveys the environmental-friendliness of its electric drive.Pearl-white exterior colour and elegant chrome-trim on both the front and rear of the vehicle as well as on the wheels create an impressive contrast with the glossy black roof with integrated energy-generating photovoltaic panels.

Škoda Auto is planning to create a test fleet of Octavias Green E Line in 2011 with the objective of obtaining additional information relevant to the further development of the electric drive.


Wednesday, May 19, 2010

Preview:Skoda Fabia vRS launches in UK


Skoda has announced that the new Fabia vRS range will be officially launched in the UK on Thursday 29 July 2010, with prices and specification having already been confirmed.

The new vRS is the fastest production Fabia ever built, and builds on its predecessor’s reputation for high performance, low running costs and remarkable value for money.

Maximum power is 132 kW (178 bhp / 180 PS) at 6,200rpm and peak torque is 250 Nm (184 lb-ft) between 2,000rpm and 4,500rpm. The engine is mated to a 7-speed DSG gearbox which helps it accelerate from 0 - 62mph in 7.3 seconds for both the hatch and the estate. Average fuel consumption comes to 45.6 mpg-UK (6.2l / 100km).

The car comes with a 7-speed DSG transmission, with ESP, HHC (Hill Hold Control) and XDS (Electronic Differential System). Acceleration from 0-62mph takes just 7.3 secs, with a top speed of 139mph (140mph for the estate). It also features 17-inch ‘Gigaro’ alloy wheels, LED daylight running lights, sunset glass and vRS body kit.

The Fabia vRS will also sip fuel at the rate of 6.1 litres/100kms and comes with an XDS electronic differential for extra cornering grip.

The new Skoda Fabia vRS will be available for £15,700 for the hatch and £16,495 for the estate version.


Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS Skoda Fabia vRS



Press Release

NEW ŠKODA FABIA vRS LAUNCHES IN THE UK

  • On sale in the UK from 29 July
  • Estate version available for the first time
  • 1.4-litre TSI turbo and supercharged to give 180bhp
  • Seven-speed DSG gearbox with paddleshift as standard
  • XDS electronic differential boosts cornering grip
  • 0-62mph in 7.3 seconds, combined fuel economy of 45.6mpg

The fantastic new Fabia vRS will be officially launched in the UK on Thursday 29 July 2010, and prices and specification have been confirmed.

The new vRS is the fastest production Fabia ever built, and builds on its predecessor's reputation for high performance, low running costs and remarkable value for money.

Available as a hatch and estate, the vRS is powered by the fantastic 1.4 TSI 180bhp engine in tandem with a 7-speed DSG transmission, with ESP, HHC (Hill Hold Control) and XDS (Electronic Differential System). Acceleration from 0-62mph takes just 7.3 secs, with a top speed of 139mph (140mph for the estate).

The new vRS features stylish 17-inch ‘Gigaro' alloy wheels, LED daylight running lights, sunset glass and vRS body kit giving it a very sporty appearance. Customers can also choose an optional white or black roof with a range of body colours, including the new Rallye Green, inspired by the Škoda Fabia S2000 rally car.

Inside, the vRS boasts figure-hugging vRS sports seats, a three-spoke multi-function steering wheel with radio controls and paddles for changing gear and MDI (Multi-Device Interface) for use with iPods and other mp3 players.

Overall, the vRS offers fantastic value for money, particularly when compared to the competition. Where else can you find a 180bhp engine with DSG, paddles, LED lights and loads of standard kit for £15,700 for the hatch and £16,495 for the estate version?

Pricing

Hatch Gearbox CO2 VED Band Recommended OTR
Fabia vRS 1.4 TSI 180bhp DSG 7spd 148 F £15,700
Estate Gearbox CO2 VED Band Recommended OTR
Fabia vRS 1.4 TSI 180bhp DSG 7spd 148 F £16,495

Standard specification

  • 17" alloy wheels "GIGARO" 7J x 17"
  • 3-spoke multi-function leather sports steering wheel w/ paddles & controls for radio
  • Alarm with tilt sensor
  • Driver, passenger, side and curtain airbags
  • Electric front windowsESP (incl ABS, MSR and ASR)+HHC+TPM+XDS (ESP with Hill Hold Control, Tyre Pressure
  • Monitor and Electonically Controlled Differential)
  • Height adjustable driver's and passenger seat
  • ISOFIX in outer rear seats
  • LED daylight running lights
  • Manual air conditioning
  • Maxi-dot trip computer
  • MDI (Multi-device interface and cable for connecting MP3 players)
  • adio ‘Swing' 2DIN CD and 8 speakers (can play MP3 recordings)
  • Rear chrome double exhaust pipe
  • Rear spoiler (painted in body colour or roof colour)
  • Remote central locking
  • Small leather pack (handbrake, gearknob and gaiter)
  • Sport seats with vRS logo
  • Sports suspension
  • Stainless steel pedals and vRS logo on kickplates
  • Sunset glass (from the B-pillar back)

Technical data

Fabia vRS Hatch
1.4 TSI 180bhp DSG
Fabia vRS Estate
1.4 TSI 180bhp DSG
Emissions
CO2 (g/km) 148 148
Standard Euro emissions EUV
Engine and drive train
CC 1,390
Compression ratio 10.0:1
Fuel delivery Direct injection
Number of gears 7
Performance
0 to 62 mph (secs) 7.3 7.3
Engine power (bhp/rpm) 180/6,200 180/6,200
Engine torque (Nm) 250/2,000-4,500 250/2,000-4,500
Top speed (mph) 139 140
Fuel consumption
EC urban (mpg) 36.7
EC extra-urban (mpg) 54.3
EC combined (mpg) 45.6
Tyre size front/rear 205/40 R17 84W 205/40 R17 84W
Weight and capacities
Gross vehicle weight 1,718 1,713
Luggage capacity (seats down) 1,163 1,460
Luggage capacity (seats up) 300 480
Max loading weight 400 400
Max roof load 75 75
Max towing weight – braked - -
Max towing weight – unbraked - -
Kerbweight 1,318 1,313


Colours

Fabia vRS will be available in a range of colours with optional black or white roofs. Estate is not available with a coloured roof.

Black roof White roof
Rallye Green Metallic ? ?
Race Blue Metallic - ?
Black Magic Pearl Effect - ?
Brilliant Silver Metallic ? -
Sprint Yellow ? -
Corrida Red ? -
Candy White ? -

Wednesday, February 24, 2010

Škoda shows new faces of Fabia and Roomster

[2010-Skoda-Fabia-Roomster

The vehicle's height has remained unchanged, but its new design "language" that stresses the vehicle's width and the brand new front make both the Fabia and the Roomster look more dynamic and self confident on the road than their predecessors. The facelift includes Scout model line which will also be presented in Geneva.

The facelifted look of the Fabia and the Roomster is underlined by a new radiator grille and 3D-shaped headlamps that have been considerably widened to highlight the horizontal line of the vehicle's front. Despite its more dynamic front part, the Fabia hasn't lost any of its elegance and the Roomster is still an eye-catcher.

Both vehicles look more confident, mature and emotionally expressive. Some of the popular features, such as the shape of the glazed surfaces around the vehicle's cabin that resemble a helmet visor and are an important part of both the Roomster's and the Fabia's identity, have remained unchanged. Moreover, both of the modernised model lines feature new aluminium wheels, decorative hubcaps and paint colours.

[2010-Skoda-Fabia-Roomster

Years ago, the Fabia line became the base for Škoda's portfolio of compact vehicles that is now made up of altogether five models. Just like the Fabia, the Fabia Combi and the Roomster (MPV) will get a number of technological improvements along with the new face, including state-of-the-art, mostly supercharged engines. The engine portfolio for the Fabia and the Roomster is actually the core of all the changes. The manufacturer offers altogether seven petrol engines and three diesel units whose power ranges from 44 kW to 77 kW in the Fabia and from 51 kW to 77 kW in the Roomster. All of the engines exported to EU countries comply with the EU 5 standard and have low fuel consumption and CO2 emission levels.

[2010-Skoda-Fabia-Roomste

The objective of Škoda's development efforts was to improve the power of the engines and make them more environmentally friendly at the same time. Combined with an optimised two-clutch seven-speed DSG transmission, the new 1.2 TSI petrol engine (77 kW) has a consumption of 5.3 litres/100 km. The four-cylinder TSI engine is available in two power levels - 63 kW and 77 kW. Both of these versions will also be available in combination with a five-speed manual transmission.

[2010-Skoda-Fabia-Roomster

The power of the 1.2- and 1.6-litre diesel engines ranges from 55 kW to 77 kW. All of the diesel units are fitted with a particulate filter. One of the main changes is high-pressure Common Rail injection - the injection pressure is as much as 1,600 bar and the fast-responding piezoelectric injectors are able to perform as many as five injections within one beat. As a result, all engines run is considerably smoother and the volume of emissions is under 110g/km of CO2 thorough the whole diesel range. The combustion gases in all of the diesel versions of the Fabia and the Roomster are cleaned in an oxidation catalyst and by means of exhaust gas recirculation.

Engine portfolio:
  • 1.2 HTP/44 kW (60 PS)
  • 1.2 12V HTP/51 kW (70 PS)
  • 1.4 16V/63 kW (86 PS)
  • 1.2 TSI/63 kW (86 PS)
  • 1.2 TSI/77 kW (105 PS)
  • 1.6 16V/77 kW (105 PS)
  • 1.6 16V/77 kW (105 PS) (A)
  • 1.2 TDI CR DPF/55 kW (75 PS)
  • 1.6 TDI CR DPF/66 kW (90 PS)
  • 1.6 TDI CR DPF/77 kW (105 PS)

Photos:carscoop

Škoda shows new faces of Fabia and Roomster

[2010-Skoda-Fabia-Roomster

The vehicle's height has remained unchanged, but its new design "language" that stresses the vehicle's width and the brand new front make both the Fabia and the Roomster look more dynamic and self confident on the road than their predecessors. The facelift includes Scout model line which will also be presented in Geneva.

The facelifted look of the Fabia and the Roomster is underlined by a new radiator grille and 3D-shaped headlamps that have been considerably widened to highlight the horizontal line of the vehicle's front. Despite its more dynamic front part, the Fabia hasn't lost any of its elegance and the Roomster is still an eye-catcher.

Both vehicles look more confident, mature and emotionally expressive. Some of the popular features, such as the shape of the glazed surfaces around the vehicle's cabin that resemble a helmet visor and are an important part of both the Roomster's and the Fabia's identity, have remained unchanged. Moreover, both of the modernised model lines feature new aluminium wheels, decorative hubcaps and paint colours.

[2010-Skoda-Fabia-Roomster

Years ago, the Fabia line became the base for Škoda's portfolio of compact vehicles that is now made up of altogether five models. Just like the Fabia, the Fabia Combi and the Roomster (MPV) will get a number of technological improvements along with the new face, including state-of-the-art, mostly supercharged engines. The engine portfolio for the Fabia and the Roomster is actually the core of all the changes. The manufacturer offers altogether seven petrol engines and three diesel units whose power ranges from 44 kW to 77 kW in the Fabia and from 51 kW to 77 kW in the Roomster. All of the engines exported to EU countries comply with the EU 5 standard and have low fuel consumption and CO2 emission levels.

[2010-Skoda-Fabia-Roomste

The objective of Škoda's development efforts was to improve the power of the engines and make them more environmentally friendly at the same time. Combined with an optimised two-clutch seven-speed DSG transmission, the new 1.2 TSI petrol engine (77 kW) has a consumption of 5.3 litres/100 km. The four-cylinder TSI engine is available in two power levels - 63 kW and 77 kW. Both of these versions will also be available in combination with a five-speed manual transmission.

[2010-Skoda-Fabia-Roomster

The power of the 1.2- and 1.6-litre diesel engines ranges from 55 kW to 77 kW. All of the diesel units are fitted with a particulate filter. One of the main changes is high-pressure Common Rail injection - the injection pressure is as much as 1,600 bar and the fast-responding piezoelectric injectors are able to perform as many as five injections within one beat. As a result, all engines run is considerably smoother and the volume of emissions is under 110g/km of CO2 thorough the whole diesel range. The combustion gases in all of the diesel versions of the Fabia and the Roomster are cleaned in an oxidation catalyst and by means of exhaust gas recirculation.

Engine portfolio:
  • 1.2 HTP/44 kW (60 PS)
  • 1.2 12V HTP/51 kW (70 PS)
  • 1.4 16V/63 kW (86 PS)
  • 1.2 TSI/63 kW (86 PS)
  • 1.2 TSI/77 kW (105 PS)
  • 1.6 16V/77 kW (105 PS)
  • 1.6 16V/77 kW (105 PS) (A)
  • 1.2 TDI CR DPF/55 kW (75 PS)
  • 1.6 TDI CR DPF/66 kW (90 PS)
  • 1.6 TDI CR DPF/77 kW (105 PS)

Photos:carscoop

Saturday, January 30, 2010

Skoda Octavia RS 2010


The facelifted Skoda Octavia RS has a redesigned front mask with an RS logo and bold headlamps that, for the first time in the RS version, can be fitted with xenon units combined with an adaptive front lighting module. Besides a wider and bolder induction aperture, the car's innovated bumper boasts a further two innovations: fog lamps with the Corner function and LED lamps for daytime lighting. The covers of integrated tailgate lamps have been redesigned to look more attractive, other innovations include, for example, a new metallic paint (Anthracite) and 18" Neptune wheels. The sports-tuned chassis has been lowered to 127 mm, the car's weight reduced by 20 kg in the petrol version and 15 kg in the diesel one. Significantly reduced air resistance has a positive impact upon the car's overall performance. The maximum speed is higher, and the car's responsiveness and acceleration have also been improved.

Skoda Octavia Scout 2010



The Scout band has congenital a abiding position in Škoda's archetypal portfolio. Bigger than the Roomster Scout and the Fabia Scout, the Skoda Octavia Scout is the flagship of this archetypal line. The new agent has been facelifted to toe the band with the added models of the Skoda Octavia portfolio, including a redesigned radiator affectation and adventurous headlamps. Fitted with fog lights with the Corner function, the massive advanced bonanza underlines the vehicle's off-road appearance. Adventurous careful anatomy elements are in accord with a new brownish acrylic (Rosso Brunello).

With 179 mm of bright acme and able anatomy protection, the car is able-bodied geared for off-road driving. The all-wheel drive arrangement includes the fourth-generation Haldex clamp able to alteration as abundant as 85 % of the torque to a distinct wheel. Two able engines - petrol 1.8 TSI/118 kW (EU 5) and agent 2.0 TDI PD DPF/103 kW (EU 4) - accumulated with a six-speed automated manual accommodate satisfactory achievement levels.

Skoda Superb Combi 4x4 (2010)


Available with 1.8 TSI 160bhp and 3.6 V6 260bhp petrol engines as well as the 2.0 TDI CR 170bhp diesel, the Škoda Superb Combi 4x4 can tackle the sort of slippery conditions that would leave its two-wheel drive competitors stranded. The system transfers torque to whichever wheels have the most traction by taking signals from the ABS sensors, greatly increasing driving safety in the type of snowy and icy conditions that have gripped the UK this winter.

But the Škoda Superb Combi 4x4's capabilities aren't limited to wintery conditions. In the summer months the 4x4 technology will ensure that pulling trailers and caravans is easier, safer and more enjoyable than ever. And because drive to the rear wheels is disengaged when not needed, there's little adverse effect on fuel consumption.

Thursday, January 21, 2010

1964 Shelby Cobra Flip-Top fails to meet reserve at RM auction


623 hp, 427 cu. in. aluminum block pushrod overhead valve V8 engine, four-speed manual transmission, four-wheel independent suspension with transverse leaf springs, telescopic shocks and anti-roll bars, four-wheel disc brakes. Wheelbase 90"

The odyssey of the Shelby Cobra is defined by the contributions of many people, marked by many important cars and by even more important moments. They weave a rich fabric of creativity, determination and persistence in the face of limited resources and epic challenges.

The saga of CSX 2196, the "Flip-Top" Cobra 427 prototype, is a bright thread in the tapestry of Shelby history.


The Cobra's first race win came at Riverside in February 1963 in the hands of Dave MacDonald. Just behind him in second place after pitting on the first lap and dropping to last place was Ken Miles in another Cobra, a very precise, experienced driver who had made a name for himself on the West Coast. Miles soon joined Shelby as Competition Director, assuming a central role in Shelby's frenetic pace of building and racing cars.

Miles was a Brit who spent the war wrenching tanks for the Royal Army and racing motorcycles when the chance, and a spare petrol ration, could be found. After the war he moved to Southern California as the MG distributor's service manager and quickly hit the tracks, winning his first race at Pebble Beach in 1953 in an MG TD. His TD-based Miles Special dominated California under-1500 cc events for years before it was succeeded by the [in]famous Flying Shingle, another TD-based special that was even lighter and more aerodynamic. Later, Miles drove Porsches for Johnny von Neumann but, unsatisfied with the cars from Stuttgart, built a Cooper-based, Porsche-powered Miles Special. He was so successful in it that Porsche eventually suggested to von Neumann that it was bad for the marque to be beaten by a distributor's employee driving a Porsche-powered home-built.

Miles also was President of the California Sports Car Club which organized some of the most famous and important road races held in North America. What SCCA was east of the Rockies, Cal Club was on the West Coast. It was Miles who led it to success.


At Shelby, the lessons learned in the crucible of international racing at Nassau, Daytona and Sebring quickly were translated into improved designs and strengthened components. The Cobra finally realized its international potential in the 1963 FIA season's last race, the 500 km test at eastern Long Island's Bridgehampton Road Race Course where Dan Gurney and Ken Miles finished 1-2. It was the first FIA victory for a U.S. car with an American driver. It was also the first victory for Ford power in an FIA sanctioned race.

The Cobra was a much hotter ride in late 1963 than it had been at the beginning of the season, but competition also was heating up with 4- and even 4.4-litre engines for Ferrari's 250 GTO in the offing and GM readying the lightweight, disc braked Corvette Grand Sport for 1964. There was just so much that even Phil Remington and Ken Miles could do to the AC Ace-based 289 Cobra.


What Shelby had undertaken in late 1963 was amazing. They were building 289 Cobras. They were supporting SCCA and USRRC racers throughout North America. They had a separate FIA Cobra for international events. There was a drag racing program. To compete on the major high speed circuits, the Daytona Coupes were being built, a complete evolution of the Cobra's design accomplished in an almost unbelievable three months.

At the same time, mid-late 1963, Shelby took on the task of creating the Sunbeam Tiger prototypes, the racing car built in Shelby's shop while in his own separate shop Ken Miles built the street prototype.

It was a breathtaking array of projects, but with one serious looming problem: the 289 Cobra was nearing the end of its competitive cycle. Competition – from Ferrari, Porsche, Aston Martin and potentially Chevrolet and Jaguar – was fierce. Ken Miles, involved in all aspects of Shelby's myriad production, development and racing activities, was uniquely placed to see the future and took the project on himself.

Miles' solution to the 289 Cobra's situation? Fit an even bigger engine in the existing Cobra to see how the engine's performance characteristics would relate to the chassis, then design, construct and develop chassis, suspension and bodywork in response to the new performance envelope.


It started with CSX 2196, the unique Cobra offered here. Ted Sutton stuffed a 427 big block into it, and the boss, Carroll Shelby, took it for a test drive (which must have been something to see). He came back with the concise instruction, "make it a race car." Nearly every component in the car had to be strengthened to withstand the power and torque of the four-barrel NASCAR 427.

After testing in early 1964 at Riverside with the Daytona Coupe, CSX 2196's first public appearance was at Florida's rough Sebring airport circuit. During practice, it got away from Miles and smashed into a tree, an obstacle so rare at Sebring that the team modified his nickname "Teddy Teabagger" – based on his fondness for his afternoon "cuppa" – to "Teddy Treebagger." Miles worked through the night to repair the damage done while he was at the wheel.

The 427 prototype took the green flag and Miles, who had hidden the fact he had broken ribs from the crash, drove the first two hours fighting teething problems and others arising from its hasty repairs. He was relieved by John Morton, who soldiered on through a series of stops to deal with clutch, fuel and brake problems until a blown engine eventually sidelined the 427 prototype, but not before it had shown its potential.

Upon its return to Venice, a comprehensive rebuild of CSX 2196 was undertaken to deal with its shortcomings. In addition to strengthening everything (again), the body was replaced by an imaginative aluminum structure in three pieces. The nose and tail were hinged at their extremities, flipping up and away from the center passenger's compartment for instant access to suspension, engine, driveline and brakes. Doors were simple panels hinged at the bottom to swing out and down. The hood and tail were lowered as much as possible to ease air penetration. It still looked like a Cobra, but one as described in the SAAC Registry "that had been lowered and slightly heated in the microwave."

Its body made it ideal for its next job at Shelby, testing the new Ford engines for the next generation Cobra, called at that time the Cobra II. As described in a Ford memo from Ray Geddes, Ford's liaison with Shelby, in August 1964 the first power was to be an experimental four-barrel aluminum block 390. After development and testing, it was to be replaced with an iron block four-barrel 427, then benchmarked against 289 and 325 cubic inch engines. The unusual body configuration earned it the nickname "Flip-Top."

Sources dispute the origin of CSX 2196's other nickname. Some, probably including John Morton who compared the original configuration's handling at Sebring to a '49 Buick, link it to the inevitable twitches associated with burdening a light chassis with a much heavier and more powerful engine. Others appreciated the potential of the power and torque from 138 more cubic inches operating at less critical rpm and suggested it was because it would "get up and @*%^ on the competition" or similar colorful language. In any event, it was quietly – mostly among the team mechanics – known as "The Turd."

First tests of the aluminum 390 were conducted at Shelby's familiar Riverside Raceway site. Subsequent testing and development is unclear. At the Flip-Top's first public appearance at the Nassau Road Races in November and December 1964, some sources (including the SAAC Registry) describe it as alloy 390-powered. Others give it 37 more cubic inches of cast iron Ford.

Miles and the Flip-Top were accepted into the GT class along with the Corvette Grand Sports (GT Prototype) and Ferrari 250LMs. In the five-lap preliminary race on November 29, Miles finished ahead of all the Ferrari LMs and second to Roger Penske in one of the Grand Sports. Later in the day in the feature GT contest, the Nassau Tourist Trophy, the Flip-Top sat on the front row alongside Grand Sports driven by Roger Penske and Jack Saunders. Ken Miles must have been sandbagging earlier, because on the opening lap of the TT, he smoked the Grand Sports, opening up a massive eight-second lead – enough to leave the Grand Sports a full straightaway behind.

Eventually differential problems slowed the Flip-Top, allowing Penske to catch up and enliven the race with a series of lead exchanges until the Flip-Top's engine expired.

Back in Los Angeles, attention turned to devising the production 427 Cobra. The Flip-Top, eligible only for modified classes in competition with mid-engined sports racers, languished and was eventually offered for sale in late 1965.

Eventually acquired by Al Rivera of S&C Motors in San Francisco, it was driven by Dave Ridenour in C/Modified races. Later it was sold to Mark King, then Dick Workman who installed a 302 Ford and later to Royal Krieger. Subsequent owners included Chris Gruys who brought it back to original specs with 427 Side Oiler power and began to vintage race it in 1980.

After a period in the famed collection of Bob Lee, it was acquired by its present owner in 1999 and since then has been regularly seen in West Coast vintage race events. In 2007 the Flip-Top Cobra 427 participated in the Goodwood Festival of Speed, its first international appearance since Nassau in 1964.

Powered by a Rex Hutchison alloy 427 Ford dynoed at 623 brake horsepower at 6,300 rpm and 611 lb-ft torque at 4,200 rpm, the Flip-Top 427 Cobra features extensively in all the definitive histories of Shelby American and the Cobra. It is the only prototype of the 427 Cobra and arguably the only "Cobra II" since that designation was not used for the production coil spring 427 Cobras. Design of the production coil spring 427 Cobras was done by Ford engineers, making CSX 2196 effectively the only 427 Cobra designed and built by Shelby. It is the Cobra that blew off the Grand Sports at Nassau and the Cobra conceived, assembled, developed and raced by Ken Miles, one of the legends of American road racing.

Available now for the first time in over a decade, CSX 2196 is one of the legends of Shelby and Cobra history. Fully developed, absolutely unique and blindingly fast, it is a milestone in the legendary history of Shelby, the Cobra and the Ford Motor Company's "Total Performance." No tapestry of Shelby, Cobra or Ford racing history is complete without the thread of CSX 2196, the prototype 427 Cobra.
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Sunday, June 28, 2009

2010 Skoda Yeti Pictures

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