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› More than half of SCALA customers opt for elegant rear closure
› City-SUV KAMIQ is most commonly ordered with 17- and 18-inch alloy wheels
› Full-LED taillights very popular among owners of both vehicles

Mladá Boleslav, 22 April 2020 – Sporty elegance with the ŠKODA SCALA, robust and stylish appearance with the ŠKODA KAMIQ: The buyers of the two successful new compact models from the Czech manufacturer have different priorities when it comes to exterior options. While 57% of all SCALA customers opted for the extended rear window in 2019, large alloy wheels were high on the list for ŠKODA’s first city SUV.

The ŠKODA SCALA and ŠKODA KAMIQ are both shaping the current development stage of the Czech manufacturer’s emotional design language. The SCALA is characterised by refined aerodynamics; it has a modern and sporty appearance. This look is enhanced with the distinctive extended rear window. In 2019, 57% of all SCALA customers chose this optional design feature, which is included in the Emotion package and Image package. Its sporty, elegant exterior is accentuated with tinted Sunset side windows, which 61% of all SCALA models featured, and black painted exterior mirror housings, which were installed in 38% of all SCALA models. In addition, 14% of all SCALA vehicles came with a panoramic glass roof, which is also tinted. The tinted Sunset side windows were also very popular for the city SUV KAMIQ with a share of 59 %; almost half of all customers also opted for silver roof rails.

Larger wheels – a winning feature of the ŠKODA KAMIQ
In keeping with the robust appearance and increased ground clearance of the city SUV, larger alloy wheels were more popular among KAMIQ customers than SCALA customers. One in two KAMIQs came off the production line with 17-inch wheels, and almost a quarter of customers opted for 18-inch wheels. 45% of all SCALAs delivered had 16-inch wheels. A third of customers opted for 17-inch wheels, and one in ten SCALAs rolled off the production line on 18-inch wheels. The most popular wheels for the KAMIQ were the 17-inch Braga wheels in silver at 35%, followed by the 16-inch Castor wheels at 16 % and the silver 18-inch Crater wheels at 11%. Among SCALA customers, on the other hand, the 16-inch Alaris wheels (27%) were the favourite alloys, ahead of the 17-inch Stratos wheels (19%). The most popular 18-inch wheels were the Vega Aero rims in high-gloss black at 6%.

The top versions of the LED headlights and rear lights were installed just as often in the SCALA as the KAMIQ. 45% of SCALA vehicles came with adaptive full-LED headlights. This version of the headlights, which is incorporated in a range of functions including front dynamic indicators, was installed in exactly 50% of KAMIQs.  Around two-thirds of all SCALA and KAMIQ vehicles delivered were fitted with full-LED combination rear lights with dynamic indicators.

Article source: www.skoda-storyboard.com

› Most spacious car in its class – best-seller’s fourth generation impresses with dynamic proportions and is even roomier than its predecessor 
› Wide and innovative range of powertrains – choice of plug-in hybrid, mild-hybrid technology, efficient petrol and diesel engines and eco-friendly CNG variant
› Quintessential ŠKODA – emotive design meets innovative assistance and infotainment systems and new Simply Clever solutions

Mladá Boleslav, 15 April 2020 –With even more space for passengers and luggage, an elegant, coupé-style design and innovative assistance and infotainment systems, the Czech brand’s best-selling model is all set to write the next chapter in its unique success story. It comes with a range of powertrains that is more varied than ever before – for the first time, the all-new ŠKODA OCTAVIA will be available with plug-in hybrid and mild-hybrid technology, in addition to efficient petrol and diesel engines as well as a particularly eco-friendly natural gas (CNG) variant.

ŠKODA is entering new territory with the fourth-generation OCTAVIA, as evidenced by the best-seller’s range of powertrains, which now offers a wider choice than ever before in the model’s 60‑year history. Outputs range from 81 kW (110 PS) to 150 kW (204 PS). The OCTAVIA iV takes the brand’s key model into the age of electric mobility. And the new model generation also marks ŠKODA’s first use of mild-hybrid technology, making the new OCTAVIA petrol variants yet more economical. Meanwhile, the latest-generation EVO diesel engines emit up to 80 per cent fewer nitrogen oxides, courtesy of the new “twin dosing” process, where AdBlue® is injected selectively upstream of two SCR catalytic converters arranged in series. And in the natural gas-powered OCTAVIA G-TEC, 17.7 kilograms of compressed natural gas (CNG) enable a range of up to 523 kilometres in its particularly eco-friendly CNG mode.

New dynamic proportions and an even more spacious interior
The all-new ŠKODA OCTAVIA has grown 19 millimetres in length compared to its predecessor, to 4,689 millimetres. At 1,829 millimetres, it has gained 15 millimetres in width. Coupled with a wheelbase of 2,686 millimetres, this allows for an even more generous interior than in the previous generation. All this means that the all-new OCTAVIA hatchback is the most spacious car in its class. Luggage capacity has increased by another 10 litres to 600 litres. The modified dimensions also make for new proportions. In tandem with the new ŠKODA design language, they result in the all-new OCTAVIA hatchback looking even more dynamic and emotive than its predecessor.

Premiering numerous new assistance systems
The latest OCTAVIA is available with numerous new assistance systems, some of them making their debut in a ŠKODA model. The new Collision Avoidance Assist supports the driver by actively increasing the steering moment in the event of an impending collision with a pedestrian, cyclist or another vehicle – ideally preventing the accident through a controlled evasive manoeuvre. Another new system, the Turn Assist, can detect other vehicles early on when turning in the face of oncoming traffic at an intersection, allowing it to warn the driver or even automatically stop the vehicle. The Exit Warning system lets the driver know if another vehicle or a cyclist is approaching from behind when opening the car door. The Local Traffic Warning function automatically flags up hazards in the car’s immediate vicinity, such as a tailback ahead.

State-of-the-art connectivity
With a choice of four infotainment systems from the latest-generation Modular Infotainment Matrix and a permanent online connection via an integrated eSIM, the all-new OCTAVIA provides advanced connectivity features. The central touchscreen display measures 8.25 to 10 inches on the diagonal, and some functions can be controlled via gestures or the Laura digital voice assistant. In another first, the top infotainment system Columbus can display navigation maps in a different zoom resolution than the enhanced 10.25-inch Virtual Cockpit. The LTE connection through the eSIM ensures permanent access to the latest ŠKODA Connect Mobile Online Services, such as eCall (compulsory in EU countries), online-based infotainment applications and comprehensive remote vehicle access functions. In addition to the Phone Box for inductive smartphone charging there are up to five USB-C ports on board, including an optional one in the roof console above the rear-view mirror.

Article source: www.skoda-storyboard.com

› All-new ŠKODA OCTAVIA wows with emotive shapes and dynamic proportions
› Best-seller’s fourth generation nets ŠKODA its 14th Red Dot Award
› 65th edition of the award had panel of international experts judge 6,500 products

Mladá Boleslav, 31 March 2020 – Three’s a charm: following previous nods in 2006 and 2017, the ŠKODA OCTAVIA has once again received the renowned Red Dot Award for outstanding product design, marking its third such win. The ŠKODA best-seller’s all-new fourth generation impressed a jury of around 40 experts from across the globe with its emotive styling, sculpted design elements and elegant, dynamic proportions. The design contest’s 65th edition has thus netted the Czech manufacturer its 14th Red Dot Award for its models. The official handover of the 2020 product design awards is scheduled to take place on 22 June during the Red Dot Gala event in Essen, Germany.

Christian Strube, ŠKODA Board Member for Technical Development, points out: “At ŠKODA we offer our customers outstanding value for money. This is reflected in our vehicles’ spaciousness and great everyday usability as well as a consistent design philosophy whose core elements are  ‘Crystalline’ and ‘Surprising’. Winning the Red Dot Award for the all-new ŠKODA OCTAVIA is a very welcome confirmation of the great job our design team is doing.”

The current iteration of the ŠKODA design language is defined by sculptural elements, precise lines and bold surfaces, conveying dynamism and road presence. The new front apron and the sharply defined, slimmed-down headlights, with LED technology for the low beam, high beam and daytime running lights included as standard, provide visual highlights. Optional full-LED Matrix headlights with a distinctive light signature are available as an alternative. The tail lights, brake lights and rear fog lights also come with LED technology. The redesigned, low roof rails emphasise the elongated silhouette of the OCTAVIA COMBI estate, while the saloon has a coupé-like shape. The OCTAVIA’s interior design concept is equally new: in a first for a ŠKODA production model, the best-seller’s new generation features a free-standing, central monitor and even more upmarket materials, complemented by a new multi-level instrument panel and a bold centre console. The redesigned two-spoke steering wheel benefits from a more intuitive button layout and innovative, knurled scroll wheels, for enhanced ergonomics and ease of use.

Around 40 experts assess approximately 6,500 products
The Red Dot Award is among the most prestigious design accolades in the world. Composed of experts from around the globe, the jury brings together independent design professors, industry journalists and designers. This year, they judged each of around 6,500 submitted products live and on-site, based on criteria such as degree of innovation, quality of design, functionality, longevity and environmental impact. 2020 marks the 65th year in which the Red Dot Award is presented, as a global hallmark of outstanding product design.

For ŠKODA, the all-new, fourth-generation OCTAVIA is the 14th model to win this coveted award. In the 2019 “Red Dot Award: Brands and Communication Design” event, the Czech car maker also garnered the Red Dot “Brands” award for its successful brand communications.

ŠKODA scored its first Red Dot Award in 2006 with another OCTAVIA, the OCTAVIA II COMBI. And in 2017, that model’s third-generation successor along with the KODIAQ netted ŠKODA two awards in a single year.

Here is an overview of all the award-winning ŠKODA models:
2020 ŠKODA OCTAVIA IV
2019 ŠKODA SCALA
2018 ŠKODA KAROQ
2017 ŠKODA KODIAQ and ŠKODA OCTAVIA III COMBI
2016 ŠKODA SUPERB III
2015 ŠKODA FABIA III
2014 ŠKODA RAPID SPACEBACK
2013 ŠKODA RAPID
2010 ŠKODA SUPERB II and ŠKODA YETI
2008 ŠKODA FABIA II
2007 ŠKODA ROOMSTER
2006 ŠKODA OCTAVIA II COMBI

Article source: www.skoda-storyboard.com

New series: Review of oft-forgotten special models from the company’s history 
Practical transport vehicle: water-cooled LW three-wheelers from Laurin & Klement (1905-1911) combined the strengths of automobiles and motorbikes

Mladá Boleslav, 1 April 2020 – In 1905, Laurin & Klement produced not only the young company’s first automobile, the Voiturette A, in Mladá Boleslav but also the more compact LW three-wheeler: Driven by a 3.7 kW (5 hp) water-cooled single-cylinder engine, the practical, 160-kilogram light transport vehicle reached speeds of up to 40 km/h. The driver sat on a motorbike saddle above the rear axle, looking forward over the heads of the passengers or the roof of the cargo area, which could hold up to 200 kilograms. 

As one of the oldest automotive brands in the world that is still active today, ŠKODA can look back on 125 years of history this year. With the mechanic Václav Laurin and the bookseller Václav Klement, two young entrepreneurs set up their own bicycle repair shop in Mladá Boleslav in 1895. Just one year after releasing their own bicycles under the name SLAVIA, they launched the first self-designed motorcycles on the market in 1899. They were driven by single-cylinder engines, also manufactured by Laurin & Klement, which soon opened the door to a wide range of products. In 1903, the V-two-cylinder type CC became one of the first mass-produced engines in the world. As early as 1904, licensed production began in Germany under the brand name Germania.

In the same year, the young Czech company introduced the CCCC, its first in-line four-cylinder engine, and expanded its two-wheeler range to include models with water-cooled engines, such as the single-cylinder ‘LW’ model. This was based on the most popular ‘L’ model and, like the other water-cooled machines, had the letter ‘W’ for ‘Water’ in its type designation. With a displacement of 600cc, the LW reached a remarkable top speed of 70 km/h. Still, only ten units were sold between 1903 and 1905: with its cylindrical radiator, whose ribs spanned the frame at the level of the steering head bearing, it was probably too complicated for the customers of the time. By comparison, 965 customers opted for the basic air-cooled model in the same period.

It was not until the three-wheelers based on the LW motorbike, which, unlike the two-wheelers, carried the engine in front of the chain-driven rear wheel, that the advantages of water cooling really came into their own: The seating position of the passengers or the loading box above the front axle restricted the three-wheelers’ supply of cooling air. Another hurdle on the way from the motorcycle to the three-wheeler was that the engine capacity of up to 0.8 litres also increased the resistance to starting the engine, which at that time was started by pushing it. A decompression lever simplified this complicated process: it kept the exhaust valve open and thus reduced the backpressure in the cylinder when the engine was moving. When it was released, the engine built up the necessary compression again and started. The decompression lever could also be used to switch the engine off, and in an intermediate position, the lever allowed the engine speed to be reduced for a short time without adjusting the carburettor.

However, the decompression lever was no longer sufficient to move larger and heavier motorcycles with sidecars, trailers or a front-mounted car for passengers. So Václav Laurin’s design team developed an idle hub and clutch and installed a two-speed gearbox. This allowed the engine to be started even when the vehicle was stationary.

This innovation made the practical and agile commercial vehicles from L&K very attractive for owners of small businesses and state postal services. There was a choice of motorcycles with cargo sidecars or tricycles, which were assembled from proven LW components. Soon, postmen in Vienna were using the Czech models to transport their consignments, Budapest and Prague followed shortly afterwards. A remarkable record from that time shows how much easier L&K’s commercial vehicles made the postmen’s work: on 20 June 1906, delivery man Kundert managed to empty 37 Prague post boxes within 58 minutes – on foot, it would have taken him 2.5 hours for the same task.

Because of such successes, the L&K models were soon in demand in other international markets. In 1908 some Laurin & Klement three-wheelers of the ‘LW’ type, as well as motorcycles with trucks, went as far as Mexico.  Their single-cylinder engines differed from the predecessor models of the same name with a displacement of 780cc and an output of 3.7 kW (5 hp). A rigid tubular frame served as the chassis for the three-wheeled Laurin & Klement LW, the front axle with a track width of 1,150 millimetres was suspended from two semi-elliptical leaf springs. The wheelbase was 1,650 millimetres; the driven rear wheel was unsprung. The band brake only acted on the rear wheel; later all three wheels were braked.

The water cooler located in front of the engine consisted of two tightly ribbed, laterally placed elements and the cooling circuit worked according to the ‘thermosiphon’ principle: the lighter hot water flowed into the cooler from above. As the temperature dropped, it sank due to its higher density and was led back down to the engine – the warmer the engine, the better this effect worked.

The surface carburettor was also heavily reliant on the temperature due to its design. Since the fuel mixture was formed by free evaporation of the gasoline in a small container, it did not need an injector, but this worked much better in summer temperatures than in the cold. The carburettor was also developed in-house by L&K, as was the ignition with an electromagnetic low-voltage inductor and contact breaker. The driver initially took care of the lubrication of the engine himself using a hand pump. An automatic system with adjustable output was used later; the oil was delivered to the right places via pipes.

The unladen weight of the LW three-wheeler was 160 kilograms; the maximum possible payload was 200 kilograms. This meant that two passengers could sit on a leather-covered double seat, which was also optimally protected from splash water and dust by a sheet metal underbody. In the freight variant, a box body was located in front of the radiator. Additional items of luggage could also be strapped to a tubular frame that served as a cover.

Laurin & Klement kept the three-wheeled LW in their range from 1905 to 1911. Today there are probably only three surviving copies and a separate engine. One of these vehicles is currently on loan from the National Technical Museum in Prague and can be seen at the ŠKODA Museum in Mladá Boleslav.

The upcoming parts of the series on lesser-known models from Laurin & Klement and ŠKODA are dedicated to the following:

  • ·       Laurin & Klement E ‘Černá Hora/Montenegro’ (1908-1909)
  • ·       ŠKODA Sagitta (1936-1938)
  • ·       ŠKODA type 998 ‘Agromobil’ (1962)
  • ·       ŠKODA type 990 ‘Hajaja’ (1963)
  • ·       ŠKODA BUGGY type 736 (1974-1976)
  • ·       ŠKODA FELICIA Fun (1996-2000)

All texts will gradually be posted on the ŠKODA Storyboard.

Article source: www.skoda-storyboard.com

› ŠKODA Storyboard article addresses important questions: What you should pay attention to in the car 
› Practical tip: In many European countries, a facemask is included as mandatory equipment in first aid kits

Mladá Boleslav, 24 March 2020 – The order of the day is: stay at home whenever possible. But right now, many people are dependent on the car, for example, because they provide mobile care or work in the service sector or because they need to go shopping for neighbours and friends who rely on others. On the ŠKODA Storyboard you will find an overview of what you should pay particular attention to in the car right now and how you can protect yourself as much as possible.

For many people who need to be on the road these days, the car can be seen as a ‘safe haven’ of mobility. Unlike public transport, the car gives us the possibility to limit contact with our fellow human beings, and thus supposedly create the best conditions to protect ourselves against the virus.

Nevertheless, there are contact points on and in your car that you should be thoroughly disinfecting regularly to reduce the risk of infection further, such as door handles, door frames, the steering wheel and the gear stick. One other practical tip: the first aid kit in your car may also include a face mask, which is mandatory first-aid equipment in many European countries.

In a comprehensive article on the ŠKODA Storyboard, we have gathered detailed background information and tips from ŠKODA’s occupational physician Jana Parmová. It explains what you should pay particular attention to at the moment. In addition, the service feature addresses the questions of what to do when refuelling or why you should clean the air conditioning system right now and which tools can be used to do this easily at home.

Article source: www.skoda-storyboard.com