Showing posts with label Opel Insignia. Show all posts
Showing posts with label Opel Insignia. Show all posts

Thursday

Opel Insignia Turbo for Sale on eBay, or is it a Buick Regal in Disguise?


Not that there are significant styling differences between the original Opel Insignia and its North American clone, the Buick Regal, other than the front grille and badges, but its uncommon to find an Insignia listed for sale in the U.S., which is why this eBay sale caught our attention. Read more »

Friday

GM's Opel to Build Next Citroen C5 Mid-Size Model, Says PSA Exec


New details about General Motors strategic cooperation with the PSA Citroen-Peugeot group surfaced today after Jean-Luc Perrard, head of PSA's factory in Rennes, France, told local newspaper Ouest France that Opel will build next generation of the Citroen C5, codenamed X8.

According to a report from Autonews Europe, Perrard did not say which Opel factory would manufacture Citroen's mid-size model, but there's a good chance it may be the Ruesselsheim plant that assembles the current Opel Insignia series.

Read more »

Monday

2009 Opel Insignia: Official Spy Shots and Details on the Creation of Camouflaged Prototypes!

Opel’s UK subsidiary, Vauxhall has released a set of official images featuring camouflaged prototypes of the upcoming Insignia sedan that will replace the Vectra in Europe and most possibly, the Saturn Aura in the North American market. Whilst the photos give us an all round view of the Insignia that will be officially unveiled at the British Motor Show on July 22nd, that wasn’t why Opel / Vauxhall released the images. Instead, GM’s brand wants to explain to us the reasons and the art behind the creation of camouflaged prototypes.

Usually, press releases are as intriguing as watching a pair of flies make love (we would have been more vulgar but you get our point…), but not this one. Opel / Vauxhall give us an interesting inside view on what goes around behind the scenes. For example, we learn that the carmaker created a special flowing rear section to hide the car’s arse, so a pronounced spoiler was designed to mask it. A wooden model was built as a cast to form the plastic camouflage parts needed for around 200 test cars that have to be disguised in the run-up to series production. –Details & more images of the Insignia after the jump






CAMOUFLAGE AND DISGUISE: FIGHT AGAINST PROTOTYPE PAPARAZZI

Fishies, Flimmies and the art of misdirection

Bedfordshire, UK. Camouflage and disguise are crucial when new model prototypes first leave the well-protected confines of the design studio or workshop and head out onto the test track or open road. Although a great deal of today’s vehicle proving can be conducted in advance by computer simulation or on the test bench, there inevitably comes the day when all test results have to be validated, and the car must be released into its natural habitat – the road.

Now it’s the turn of Insignia – Vauxhall’s new mid-size car that debuts at the British Motor Show on July 22nd – to take to the public roads. With a highly attractive, completely new body line and sculptural design, Insignia is set to cause a sensation in its class – but surprises only work if they are not revealed beforehand.

The team responsible for camouflaging prototypes began making their preparations for the test phase when the new car first progressed beyond computer simulations and clay models. Together with chief designers and engineers, the team established which of the car’s characteristic lines should be kept hidden the longest from prototype paparazzi.

Together, they developed a “facelift” for the upcoming model that would disguise the prototypes as much as possible. One of the variants had an especially elegant, flowing rear section, for instance, so a pronounced spoiler was designed to mask it. A wooden model was built as a cast to form the plastic camouflage parts needed for around 200 test cars that have to be disguised in the run-up to series production.

Covers for other characteristic body components were also designed and produced using the same process. As always, the first prototypes were brought to a workshop in a particularly well protected area to be disguised as the initial test cars.

First “facelift” should make Insignia as ugly as possible

For this part of the camouflage operation, experts use special adhesive and foil, which ensures a smooth surface and remains flexible and tear-proof at temperatures ranging from minus 40 to plus 70 degrees Celsius. In other areas, the foil is shimmed with foam to change the car’s contours. This adhesive material is also used to camouflage characteristic window lines.

Small, highly contrasting covers are fitted to obscure other prototype body surfaces. For years, the practice at Vauxhall/Opel was to use a black and white chessboard pattern, but this has now been replaced by “Fishies”, rounded, fish-shaped diamonds designed to confuse camera lenses and spying eyes. This disguising job will soon be done even better by Flimmies, a new type of camouflage whose pattern creates a flickering effect.

If it has Vauxhall logo, it’s definitely not a Vauxhall

Fixing false brand and identification marks to prototypes is a popular trick in the camouflage business. So a test car with a Vauxhall-like logo is most probably not a Vauxhall.

Headlamps and rear lights are especially difficult to disguise as vehicle licensing authorities stipulate that a car’s – even a prototype’s – cone of light, brake lights and all other exterior functions must meet legal regulations. Unfortunately, headlamps and rear lights are a popular means for designers to make the cars’ brand easily recognisable, and therefore must be well disguised. To do this, camouflage experts fit simple, round lights from an accessories shop to the rear of the car, and make special components for the headlamps.

Another challenge for camouflage experts is that disguising elements also need to be removable. For certain tests, such as acoustics or aerodynamics, any body styling parts are a hindrance, regardless of security. That’s why some automakers favour large wraparound covers that can be attached to the car’s body with Velcro and lashing belts. Vauxhall opted for a different approach, as such large covers can come loose at high speeds, damaging the camouflage and endangering other road users.

Biggest obstacle in a perfect camouflage operation? People

The biggest potential compromise to camouflage operations is always going to be the technicians associated with the test car, which is why Vauxhall has a strict set of rules concerning prototypes. Rule 531 states that no camouflaged test car may stop in a public place, for instance, while the driver has a quick snack. A tarpaulin must also always be on board, as even Vauxhall prototypes sometimes break down during their test phase and must then be quickly covered over.

To protect plant secrets, prototypes are always accompanied by a second car on public roads, so help is always at hand if needed. Over long distances prototypes have to be transported in closed trucks, such as for test driving in Finland. In the past, resourceful photographers would all too often quickly lift up the truck’s tarpaulin and snap some shots while the driver was taking a well-deserved break.

But why such an effort? In short, the automobile industry lives and breathes new cars, and this is of great interest to two particular groups: competitors and the media. While competitors want to react to new products as quickly as possible with their own innovations, for the media, the news of any new innovations is a valuable means of attracting readers or viewers.

One of the most important characteristics of a new car is its exterior design. It is the customer’s first impression of the car, it defines a brand’s appearance for the public, and often lets judgments be made about what possible technological innovations are concealed beneath the bodywork. That’s why shielding new body styling from prying eyes has become an art form within the auto industry over past decades.

Prototype paparazzi: The nemesis of camouflage experts

The principal opponent of camouflage experts are specialist photographers called prototype hunters, or simply photo spies. The prototype paparazzi have a very good idea where the automobile industry’s preferred test circuits are located around the world.

These photographers face increasing competition from amateurs who happen to capture an unknown car on their camera phones. Or then again maybe not, as some pictures that land on editors’ desks are of series-production models that are only unusual because they are not for sale in the photographer’s country, and therefore seem exotic or mysterious.

Professional photographs, on the other hand, can command five-figure sums, depending on brand, timing and image quality, and are the main income of a small, but highly specialised group known as ‘Photoshoppers’. In the past, trained designers artistically adapted photos of camouflage cars with crayons and India ink to form often very accurate images of the latest innovations. Nowadays, it is Photoshop touch-up artists who try to create realistic images of these new models. To help them, they have prototype photographs and design concept cars, which automakers use to test public reaction at motor shows, and also to stir up anticipation of future series-production vehicles.

Tuesday

Opel Releases New Insignia Teaser Shots Along With Details on the Headlights

Since we’re still a few months away from the Insignia’s debut that will take place at the London Motor Show on July 2, Opel decided to give us a second set of teaser shots following an initial picture of the car’s tail-lamp that was released last November. The Insignia will replace the Vectra in Europe while it’s speculated that the mid-size sedan will most possibly succeed the Saturn Aura in the U.S.

Along with the darkened front-end, GM’s German subsidiary published a few shots of the Insignia’s headlights that feature Opel’s new generation AFL technology that automatically adjusts headlamp beam distribution to the prevailing road profile and visibility conditions. The AFL headlamps, which will make their debut on the Insignia, also boast innovations such as LED daytime running lamps as standard, which require considerably less electricity, and therefore, less fuel. –Click through for details and more images





Overview of the AFL’s nine lighting functions:

·At speeds under 50 km/h, the Town Light provides a wider, symmetrical beam with reduced range, helping drivers see pedestrians at the edge of the road better. The Town Light’s beam intensity is less than the normal low beam as additional light sources – such as street lighting – are available.

·
The Pedestrian Area Light is activated automatically at speeds between five and 30 km/h. It is designed especially for zones where the driver must exercise extreme caution, such as residential areas with corresponding traffic restrictions. The function adjusts the cone of light for both headlamps by eight degrees toward each roadside.

With this light, pedestrians and children playing next to the road – who often cannot properly judge the speed of a moving vehicle – can be seen earlier, particularly when cars are also parked on the roadside.


·
The Country Road Light provides a brighter and wider beam to both sides of the road than a conventional low beam. This helps drivers see animals at the sides of the road earlier. It is activated between 50 and
100 km/h and projects a beam 70 meters ahead.


·
With the Highway Light, beam intensity is increased and the headlamps set slightly higher, because there is no risk of blinding oncoming traffic and the smoother road surface causes fewer vehicle body movements. The Highway Light creates a cone of light that illuminates the road 140 meters ahead and the
left-hand roadside better. An increase in electrical output from 35 to 38 watts also provides a noticeable improvement in visibility. The Highway Light activates automatically above 100 km/h, but only when the steering angle sensor indicates that the road’s curve radii do not match those of a country road.


·
The Adverse Weather Light is activated during rain or snow when the rain sensor detects a certain amount of rain or when the windshield wipers are switched on and off in rapid succession. The light output is then distributed asymmetrically: the right headlamp beam is increased from 35 to 38 watts so the driver can see the guiding lines better, and the left headlamp decreased from 35 to 32 watts to reduce the risk of blinding oncoming drivers, which is often the case on wet, reflective road surfaces. The right light cone is also much brighter and the left cone slightly shortened.

·
The High Beam Light (already included in the current AFL generation) provides maximum headlamp beam output and range. Rather than beam asymmetrically, the High Beam Light optimally illuminates the full width of the road. The headlamps’ output also increases from 35 to 38 watts.

·
The High Beam Light Assistant is an innovation in this segment and offers a considerable safety advantage when driving in darkness. The Assistant automatically activates the High Beam Light for better road illumination and thereby improved visibility. The system’s camera recognizes the headlamps or tail lights of other vehicles and automatically switches the headlamps to low beam when required to prevent blinding other road users.

·
The Dynamic Curve Light (already included in the current AFL generation) ensures improved illumination in curves. Curve Light’s swiveling bi-xenon headlamps shine at up to 15° right and left of the vehicle into the oncoming curve. The Curve Light angle is determined by the car’s speed and steering angle. A new addition to this system is the sport switch, which when activated enables a more dynamic response from AFL. The Cornering Lights are controlled quicker and the Dimm characteristic curve has been modified for quicker response.

·
The Static Cornering Light (already included in the current AFL generation) illuminates an area to the right or left of the vehicle up to an angle of 90 degrees, making maneuvering easier in poorly illuminated areas, such as on dark access roads. It is activated at speeds below 40 km/h or when the car is put into reverse gear. A new function is the delayed switch over to the normal low beam headlamps to make drive-away maneuvers easier.

Thursday

Official: 2008 Opel Vectra Successor To Be Named Insignia

Opel today announced that their next-generation mid-size car which will succeed the current Vectra will bear the name “Insignia” after the concept that broke cover at the 2003 Frankfurt Show in Germany. Furthermore, GM’s European subsidiary revealed that the Insignia will make its public debut at the at 2008 British Motor Show next July. The new Insignia family, which will be built at Opel’s home plant in Rüsselsheim, will be inspired from the GTC concept car (click here for the video) that we first saw at this year’s Geneva Show in March. -Continued after the jump

“Dynamic performance is one of the Opel brand’s core values. In the new Opel Insignia, this defining characteristic is realized by sophisticated powertrain technology, active safety and the interface between driver and car. The Insignia’s level of comfort and environmental friendliness is unrivaled even among considerably more expensive competitors,” says Alain Visser, Chief Marketing Officer, General Motors Europe.

When it comes to the new car’s design, Visser says, “A closer look at our groundbreaking GTC concept car gives a good idea of how exciting Opel’s new design language will be.”