Volkswagen 2028: A Glimpse into the Automotive Future

It’s the year 2028; China’s population has surpassed the 3 billion mark, man has landed on Mars, Jenna W Bush has followed in the footsteps of her sister Barbara becoming the second female President in the history of the U.S., and gas prices have dropped to $20 a gallon. But most people don’t really care (about gas prices, that is) as their cars are equipped with hybrid powetrains that utilize ultra efficient diesel engines that consuming less than half a gallon of fuel to create enough electricity to power the car for more than 100 miles.

Well, at least that’s how we envision the future. But you can also check out VW’s new interactive site called “Volkswagen2028” that attempts to give us a glimpse of the automotive world of tomorrow. Aside from the Up! that we first saw at last year’s Frankfurt Show, the German carmaker has also created three more concept cars: the sporty two seater “EGO”, the spacey and versatile “ROOM” and the three-wheeler city dweller “ONE”. -High-Res Image gallery after the jump

Link: VW2028

iCar: When VW met Apple

Last year it became known that Apple and Volkswagen were in talks about the possibility of building an "iCar" that would be upgraded with a series of products from the producer of the omnipresent iPod. We’re not entirely sure whether or not these images from the latest issue of Autobild magazine are the result of a photoshop artist or if they are the real deal (less possible), but the iCar depicted here, sure looks like something that could have resulted from the cooperation between the two companies. –Continued

Via: Autobild

Volkswagen Golf GTI Performance Study

The usually articulate German folks over at Volkswagen revealed this mystery Golf GTI Performance Study at the annual GTI meeting at Wörther Lake in Austria without giving any information whatsoever apart from the car’s elusive name. We’ve no idea whether or not VW performed any performance upgrades on the GTI’s 2.0 TFSI engine, but they did fit it with Lambo style doors and an extreme wide bodykit along with a bi-color paintjob which is also continued in the cabin that features 2+1 seating. –More pics after the jump

Geneva: Volkswagen’s 69 MPG Golf Diesel Hybrid Concept Will Inspire Production Version!

Yes that’s right; Volkswagen officially stated that the Golf TDI Hybrid is likely to inspire a production vehicle in the near future. Apparently, the production model will be based on the next generation Golf which is expected to be introduced at the end of the year. At the core of the Golf TDI Hybrid is a 1.2-litre 3-cylinder TDI diesel engine developing 75 Hp and 132 lbs ft of torque combined with an electric and the very latest generation of the 7-speed DSG gearbox.

Working either in tandem with the diesel engine or, on its own, the electric motor generates and extra 27 Hp but more importantly, 103 lbs ft of torque. The electric motor also operates as a generator, recovering kinetic energy from the car during braking thus charghing the 220 volt, 45 kg nickel metal hydride battery. -Continued

When driving, the electric motor powers the vehicle from standstill with the diesel engine engaging only should additional acceleration be required or at higher speeds. Under these circumstances the diesel engine takes over with the electric motor kicking in only if required to supplement the combustion engine – for example, during overtaking. When at a standstill the diesel unit shuts down completely. According to VW, the Golf TDI Hybrid achieves an impressive 69 MPG or 3,4 lt of diesel per 100 km on the combined circle emitting just 89 g/km of CO2.

Volkswagen’s engineers have also intervened with the Golf’s aerodynamics by adding a new, unique grille design and smaller front air intakes while the TDI Hybrid also sits lower than the standard Golf on revised suspension and adopts the front splitter from the Golf GTI Edition 30 to help further reduce aerodynamic drag. A unique interior further distinguishes the Golf TDI Hybrid from the conventional vehicle.

Geneva: Volkswagen’s 69 MPG Golf Diesel Hybrid Concept Will Inspire Production Version!

Yes that’s right; Volkswagen officially stated that the Golf TDI Hybrid is likely to inspire a production vehicle in the near future. Apparently, the production model will be based on the next generation Golf which is expected to be introduced at the end of the year. At the core of the Golf TDI Hybrid is a 1.2-litre 3-cylinder TDI diesel engine developing 75 Hp and 132 lbs ft of torque combined with an electric and the very latest generation of the 7-speed DSG gearbox.

Working either in tandem with the diesel engine or, on its own, the electric motor generates and extra 27 Hp but more importantly, 103 lbs ft of torque. The electric motor also operates as a generator, recovering kinetic energy from the car during braking thus charghing the 220 volt, 45 kg nickel metal hydride battery. -Continued

When driving, the electric motor powers the vehicle from standstill with the diesel engine engaging only should additional acceleration be required or at higher speeds. Under these circumstances the diesel engine takes over with the electric motor kicking in only if required to supplement the combustion engine – for example, during overtaking. When at a standstill the diesel unit shuts down completely. According to VW, the Golf TDI Hybrid achieves an impressive 69 MPG or 3,4 lt of diesel per 100 km on the combined circle emitting just 89 g/km of CO2.

Volkswagen’s engineers have also intervened with the Golf’s aerodynamics by adding a new, unique grille design and smaller front air intakes while the TDI Hybrid also sits lower than the standard Golf on revised suspension and adopts the front splitter from the Golf GTI Edition 30 to help further reduce aerodynamic drag. A unique interior further distinguishes the Golf TDI Hybrid from the conventional vehicle.

Geneva: Volkswagen’s 69 MPG Golf Diesel Hybrid Concept Will Inspire Production Version!

Yes that’s right; Volkswagen officially stated that the Golf TDI Hybrid is likely to inspire a production vehicle in the near future. Apparently, the production model will be based on the next generation Golf which is expected to be introduced at the end of the year. At the core of the Golf TDI Hybrid is a 1.2-litre 3-cylinder TDI diesel engine developing 75 Hp and 132 lbs ft of torque combined with an electric and the very latest generation of the 7-speed DSG gearbox.

Working either in tandem with the diesel engine or, on its own, the electric motor generates and extra 27 Hp but more importantly, 103 lbs ft of torque. The electric motor also operates as a generator, recovering kinetic energy from the car during braking thus charghing the 220 volt, 45 kg nickel metal hydride battery. -Continued

When driving, the electric motor powers the vehicle from standstill with the diesel engine engaging only should additional acceleration be required or at higher speeds. Under these circumstances the diesel engine takes over with the electric motor kicking in only if required to supplement the combustion engine – for example, during overtaking. When at a standstill the diesel unit shuts down completely. According to VW, the Golf TDI Hybrid achieves an impressive 69 MPG or 3,4 lt of diesel per 100 km on the combined circle emitting just 89 g/km of CO2.

Volkswagen’s engineers have also intervened with the Golf’s aerodynamics by adding a new, unique grille design and smaller front air intakes while the TDI Hybrid also sits lower than the standard Golf on revised suspension and adopts the front splitter from the Golf GTI Edition 30 to help further reduce aerodynamic drag. A unique interior further distinguishes the Golf TDI Hybrid from the conventional vehicle.

Geneva: Volkswagen’s 69 MPG Golf Diesel Hybrid Concept Will Inspire Production Version!

Yes that’s right; Volkswagen officially stated that the Golf TDI Hybrid is likely to inspire a production vehicle in the near future. Apparently, the production model will be based on the next generation Golf which is expected to be introduced at the end of the year. At the core of the Golf TDI Hybrid is a 1.2-litre 3-cylinder TDI diesel engine developing 75 Hp and 132 lbs ft of torque combined with an electric and the very latest generation of the 7-speed DSG gearbox.

Working either in tandem with the diesel engine or, on its own, the electric motor generates and extra 27 Hp but more importantly, 103 lbs ft of torque. The electric motor also operates as a generator, recovering kinetic energy from the car during braking thus charghing the 220 volt, 45 kg nickel metal hydride battery. -Continued

When driving, the electric motor powers the vehicle from standstill with the diesel engine engaging only should additional acceleration be required or at higher speeds. Under these circumstances the diesel engine takes over with the electric motor kicking in only if required to supplement the combustion engine – for example, during overtaking. When at a standstill the diesel unit shuts down completely. According to VW, the Golf TDI Hybrid achieves an impressive 69 MPG or 3,4 lt of diesel per 100 km on the combined circle emitting just 89 g/km of CO2.

Volkswagen’s engineers have also intervened with the Golf’s aerodynamics by adding a new, unique grille design and smaller front air intakes while the TDI Hybrid also sits lower than the standard Golf on revised suspension and adopts the front splitter from the Golf GTI Edition 30 to help further reduce aerodynamic drag. A unique interior further distinguishes the Golf TDI Hybrid from the conventional vehicle.

Blast From The Past: 2001 Volkswagen Nardo W12 Coupe

It’s not all about new or future cars here at Carscoop, we also have a never-ending love affair with the past. The Italdesign Giugiaro study of the W12 Coupe, also known as the Nardo was the final evolution of VW’s supercar project which started out in 1997 with the W12 Syncro Concept and continued with the 1998 W12 Syncro Roadster. The mid-engined, rear-wheel-drive Nardo was equipped with a 6.0-litre W12 engine delivering approximately 600 HP.

The Nardo had a top speed of 217 mph (349 km/h) and reaches 62 mph (100 km/h) in just 3.5 seconds. Interestingly, VW prototype twice broke the world 24 hour speed record. In February 2002 it covered a distance 4,819.3 miles (7,749.4 km) at an average speed of 200.9 mph (322.89 km/h).

2007 LA Show: VW Space-Up! Blue Fuel-Cell Concept

The third installment of Volkswagen’s up! concept goes by the name space-up! blue. Concisely, the space-up! Blue is a fuel-cell powered version of the 5door space-up! prototype (see here) that appeared at the 2007 Tokyo Show in October. The LA Show car uses an electric motor which delivers 61 PS, turns at up to 10,000 times per minute and generates a maximum torque of 120 Nm.

The zero-emissions space-up! blue draws its power from an array of twelve lithium-ion batteries with a total energy capacity of twelve kilowatt-hours (kWh). These batteries have a 65 mile (105 km) range before needing recharging. According to VW, the space up! blue can go up to a top speed of 75 mph (120 km/h) while it sprints from 0 to 62 mph (100 km/h in 13.7 seconds. -Continued after the jump

The cars batteries can be replenished either via an electrical outlet or by the Volkswagen high-temperature fuel cell. In the latter case, the prototype’s range is extended an additional 155 miles or 250 km, making it possible to drive up to 220 miles or 355 km in total on a single charge. Interestingly, VW’s microvan also utilizes solar panels on the roof which help supply up to 150 Watt of energy to the battery.

To the Point: The space up! blue

Clean Drive Revolution “Made in Germany”

Volkswagen presents the first car in the world with high-temperature fuel cell

space up! blue covers downtown distances with pure battery drive

Wolfsburg / Los Angeles, November 2007. Powertrain revolution in California: Volkwagen is presenting the space up! blue concept car at the Los Angeles Auto Show (November 14 to 25) as a world exclusive – a compact, self-confident zero emissions van in the style of the legendary Volkswagen Samba Bus. On board: the world’s first high temperature fuel cell and an array of twelve lithium-ion batteries. When the electric motor (45 kW / 61 PS) of the space up! blue is driven exclusively by battery, a range of 65 miles is possible – enough to handle nearly all distances in downtown areas. In the scenario of tomorrow’s world, the four-seat Volkswagen is advancing to become the ideal vehicle for anyone who wants to drive – completely emissions-free – to work, recreation, school or university or just shopping.

Energy is "refueled" either via an electrical outlet or by the Volkswagen high-temperature fuel cell. In the latter case, the car’s range is extended an additional 155 miles. This makes it possible to drive up to 220 miles on a single "energy charge". Aside from this, the microvan utilizes another energy source: the sun. And indeed with a large solar panel on the roof. It supplies up to 150 Watt of energy that is also fed into the battery.

With its new high temperature fuel cell (HT-FC) Volkswagen is introducing a system that represents a turning point in research on fuel cells for mass production. That is because, the HTFC offers crucial advantages compared to all other fuel cell systems: considerably lower weight, significantly greater everyday utility, substantially lower price, and therefore clearly the better chances of becoming a reality someday as a mass produced technology. The high temperature fuel cell was developed at a dedicated research center founded by Volkswagen in Germany.

With its concept car being shown in Los Angeles, Europe’s most successful car producer is introducing the third variant of its "New Small Family" within just two months. Like the city specialist, the up!, already introduced at the IAA in Frankfurt, and the space up! presented in Tokyo, the space up! blue is a small space wonder too. Over a length of just 144.9 inches, a height of 61.8 inches and a width of 64.2 inches, it offers the space of a considerably larger vehicle. The clever space concept of the space up! blue – which is 1,090 kilograms "light" despite the fuel cell and batteries – is largely due to the layout of the powertrain. Its emissions-free electric motor operates – as did the engines of the Beetle and the Bulli (Microbus) at one time – in the rear. Also housed in the rear, under the rear seat to be exact, are the lithium-ion batteries. The high temperature fuel cell, on the other hand, is located at the front of the car.