VW Premieres Space Up! Concept


Bartek S.

Aerodynamic Ace

Volkswagen's Space Up! follows closely in the footsteps of its Frankfurt Show star sibling, the Up! city car concept. A 'wonder of space', the 'New Small Family' car is potential forerunner to a new range of Volkswagens, presently branded under the all-encompassing 'Up!' umbrella.

Capable of chiefly lasting for more than just one life cycle, the firm hopes a re-branded, re-invigorated range for the 21st century will emulate the success of its classic models that have stood the test of time, namely the known-the-world-over Beetle and bullet-proof reputed Golf.
Offering maximum space on a small platform measuring less than 3.7 metres in length and just over 1.6 metres in width, the Space Up! is a truly space-efficient vehicle, offering little in the way of gimmicks and much in substance. A multivariable interior offers a variety of seat positions and allows stowage of up to 1,005 litres of cargo.

The Space Up! offers no less than four adult seats, with the rear bench easily converted to seat children using integrated child seats. A high seating position and innovative anatomy-adaptive airflow foam cushions - both in the front and rear seats - will make the production version of VW's Space Up! a more comfortable place to be. A touchscreen with integrated 3D graphics and proximity sensors aids control of numerous functions, while another monitor displays tidbits such as vehicle speed, fuel level and range as well as CO2 emissions.
Extraordinarily evident between Frankfurt's Up! concept and the Tokyo Show debuted Space Up! concept car seen here is their common design philosophy. The Space Up!'s 'amiable charisma' clashes not with its 'straight-lined, confident design'. The four-door nature of the new concept does however allow several deviations from Up!-flavoured styling cues, although a largely familiar Up! front end is distinguished through more diagonal headlamps that allow for a bulkier fender extending into the car's side profile, and through the more forward nature of an aggressively positioned A-pillar.

At the rear, the Up! family range tautens, the Space Up!'s styling near identical to that of the Frankfurt concept. The taillights are integrated into the transparent hatch, split 1/3 to 2/3, the rear door offering an entry width of 101cm.

http://www.worldcarfans.com/9071024.005/vw-premieres-space-up!-concept


Press Release

The space up! - Key Aspects

space up! – The biggest small Volkswagen since the Beetle

World premiere in Tokyo: space up! – The space wonder from Volkswagen

New Small Family: space up! – The second variant of a new world car

Wolfsburg, 24 October 2007

The “New Small Family” from Volkswagen is gaining speed on its journey to the future. Just six weeks after the world premiere of the up! – the two-door city specia*list – Europe’s largest automobile producer is now introducing the second member of the “New Small Family” at the Tokyo Motor Show: The space up! concept car. “The world premiere of the up! at the IAA in Frankfurt served as an initial test to see how the concept of our New Small Family would be received in Europe. And the results of this test were more than favorable,” says Dr. Ulrich Hackenberg, Head of Technical Development. Volkswagen’s chief engineer continues: “The second member of this new family now follows in the space up!. The small van shows that we are consistently exploiting every millimeter of space and creating an emotional design.”

Walter de Silva, Chief Designer of the Volkswagen Group, underscores the assessment of the board member heading development: “In formal design terms, one can see that the space up! is fun and at the same time offers maximum space on the smallest of platforms. Our New Small Family brings a smile back to the road. An exceptionally amiable charisma unites the up! and the space up! now being presented in Tokyo. At the same time, it is apparent at first glance that despite all of the emotionality of this car we avoided superfluous gimmicks of any kind. This has created a very straight-lined and confident design.”

The space up! is a small space wonder. On just 3.68 meters length and 1.63 meters width, it offers the space of a considerably larger vehicle. The clever space concept of the space up! is to a great extent attributable to its engine layout: The environmentally-friendly gasoline, diesel and electric powertrains of the future up! family are always located in the rear – just like on the Beetle and the Bulli (Microbus) of the past.

A brief comparison: The space up! is exactly 23 centimeters longer than the up! shown at the IAA in Frankfurt; accordingly, its wheelbase is also larger (2.56 meter). At 1.54 meter, the van exhibits a height gain of four centimeters.

In contrast to the two-door up!, the space up! has four doors. And in actuality there are even six. That is because the van concept car does not have a classic tailgate, but instead a two-part rear door. Hidden behind this door are 220 to 1,005 liters of cargo space, four seat positions that are multivariable in design, and an exceptionally innovative cockpit concept. Numerous functions are controlled via a touch­screen with 3D graphics and proximity sensors.

Exterior design

Volkswagen is introducing the space up! as the second model variant of the “New Small Family”. The up! concept car presented at the IAA in Germany and the space up! now being shown in Japan are unified by a common design philosophy. The cars are characterized by a simple, clear language of forms. The designers consciously omitted any superfluous gimmicks. Like the up!, the space up! is characterized by a completely new harmony between technical layout, on the one hand, and emotional design on the other.

Front end: Distinguishing the front end of the “New Small Family” are the headlamps that take an inward diagonal line, between them the horizontally integrated air inlets (minimized aperture optimizes aerodynamics), the VW logo arranged on the front hood (as the only exterior detail kept in chrome) and the smooth-surfaced bumper with a lower segment. An important new aspect when it comes to the headlamp design of the space up!. Here they extend far into the fender, and this also affects the side profile.

Side profile: On its sides, the concept car – like the “Bulli” in earlier days – exhibits a long extended window section and a clearly distinctive, powerful C-pillar whose form is typical of Volkswagen. The A-pillar is positioned far forward. The space between the A and C pillars is spanned by the line of butterfly doors with opposing hinges. Both the front and rear doors are opened by door handles at the height of the B pillars. Since they open in opposition, in the style of the legendary Samba bus, and extend across nearly the entire space between the wheel housings – i.e. the entire sill length – all four seating positions are exceptionally convenient to access. A key concept here is wheel housings: Hidden under them are the self-confident and large 18-inch wheels with size 165/50 tires. Distinctive in this area are the short front and rear overhangs. The front overhang, from the axle hub to the outer skin of the bumper measures just 53 centimeters; in the rear it is 59 centimeters. The result: Crisp proportions.

Rear end: Also unmistakable are the design features of the rear end. Take the example of the rear door: It fills out practically the entire car area above the bumper. Similar to the smaller up!, the door – split 1/3 to 2/3 here – consists of a transparent material. Integrated beneath it are the taillights. Fully opened, the door offers a cargo width of 101 centimeters. The bumper itself was designed to match its counterpart at the front end.

Thanks to the wide track width of 1.42 meters the outer edges of the wheels are in line with the wheel housings. The effect is that the entire vehicle width of 1.63 meters seems to consist of axles plus tires and wheels. Meanwhile, the only details that boldly jump outside of the vehicle width are the round-shaped outside mirrors, like the ones on the up!

Interior design

The space up! is a full-fledged four-seater. In the rear, a bench seat is implemented with two integrated child seats. To convert them from adult to child seats, the seating surfaces are simply folded over, and two shoulder supports are folded out on each side. Finished. But not only will children travel comfortably in a production version of the concept car. The reason: The cushions of the four seats – for driver, front and rear passengers – consist of an airflow foam that automatically adapts to individual anatomies. In addition, the seating position is pleasantly high, making it extremely comfortable.

With the exception of the driver’s seat, all seats can also be folded and removed. If the seats are “only” folded, this creates a level cargo area with a capacity of up to 1,005 liters. With four people on board, cargo capacity up to window level height is still 220 liters. Since the low-profile engine of the space up! is located in the rear, objects with a maximum length of 2.8 meters can be stowed in a pass-through to the front cargo space. Remember: The concept van is just 3.68 meters long and thereby 15 centimeters shorter than the Fox, which is the most compact Volkswagen today.

Intuitive interface

Since the car’s cockpit was conceived as a module to be applied across all models of the “New Small Family”, the cockpit unit was copied from the up! concept car presented in Frankfurt, with slight modifications. It is a cockpit with a great future. In detail, the space up! has two central displays: In the cockpit, an 8-inch monitor displays information such as vehicle speed, fuel level and range as well as momentary CO2 emissions. In the middle of the instruments a 7-inch monitor shows how future human-machine interfaces might look and operate. Here all conceivable functions are controlled via a touchscreen that – using proximity sensors – reacts to gestures as well, i.e. specific hand movements.


Menuing was retooled and reorganized so that people without computer science educations would be able to operate the system. The developers intentionally separated “display” and “control” levels from one another. Always shown on the screen is a control bar with standard functions such as climate control or audio volume control. Developers packaged functions of other higher-order systems – navigation, telephone, radio, Internet, images, films, etc. – on a display level that has been referred to internally as the “main menu carousel” – a type of virtual carousel. It consists of the icons of different system functions (telephone, navigation, etc.). When the user touches the “main menu carousel” it can be rotated by touchscreen. Visually, this control is just as spectacular as it is intuitive. When the desired function appears on the main menu carousel – such as the telephone – the user just needs to move his or her hand to the display to switch to the telephone menu thanks to proximity sensor technology. It was true on the up! and it also applies to the space up!: The new type of user control is fun, easy to understand in any cultural environment and very safe. That is precisely what is typical of Volkswagen. Toward the end of this decade, the first Volkswagen customers might be able to enjoy this new generation of intuitive controls aboard the New Small Family. The development of production models has already begun…’


 
792b2f19fc6f8c63449a8fd4ee63baac.webp

fbc1f3b6df1bd3fa18fd2f6a141b9b25.webp

f883b2e1121f15faff3e719451d1f749.webp

b8a66a8b8ebd2ccd73a01785f411998e.webp

baea1dc300e55a01fecb9c9861d6430c.webp

c6f5e60e0c3d0426d4c163d905d73807.webp

dc67b4f15bec67c1fe4166f88373e384.webp

5d771f9b8b35eb331a3298ab3d819ab2.webp

04315a8b683d0ca746df178bf25c0aa4.webp

baea1dc300e55a01fecb9c9861d6430c.webp

7e67bedb9a9111525e92b91508b1c1b5.webp

ed5fac702939911c1ab35bacc2879d02.webp

05a0e2ef9136b883d458844dbe33057c.webp
 
VW up! van could come to U.S. because we're fat
4a23ffdfb0d4ab9e4e0e33eb26adb534.webp
That's right, Volkswagen thinks Americans are fat. At least that's what we take away from comments made by executives indicating that the second and larger up! concept that debuted last week at the Tokyo Motor Show could be sold in the U.S. because it's larger than the first one that debuted in Frankfurt. The first up! concept was a small three-door hatch, and by small we mean very small. The Space up! meanwhile is like a small four-door minivan of the concept on a longer chassis. Basically, we hear VW saying that the smaller three-door hatch version just wouldn't play well with our pudgy selves. That said, the up! van isn't a sure thing either, as VW states it will take the next three months to evaluate whether or not to produce a lineup of rear-engine up! vehicles. One last test for the cars will be in mid-November at the LA Auto Show where a third concept will be revealed. This one, likely to have an equally silly name, will be powered entirely by electricity.
VW up! van could come to U.S. because we're fat - Autoblog
 
32030c4f12b9b5ddefc49421de4a2532.webp

Just when you thought Volkswagen was finished with the up! concept car, having already revealed the original Frankfurt and Tokyo concepts, the German giant has pulled the covers off an all-new version with a world’s first high temperature fuel cell and lithium-ion power source. Driving on electric power alone, the 60hp (45kW) electric motor takes the space up! blue over a distance of 65 miles, more than enough for most inner city trips.

The new fuel-cell is considerably lighter than current systems and with the lithium-ion battery array and electric drivetrain, the total kerb weight of the concept is just 1,090kg. 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.

Its emissions-free electric motor operates in the rear. It delivers an instant 120Nm of torque and spins at 10,000rpm. This is enough to see the car accelerate to 62mph from rest in 13.7 seconds and reach a top speed of 75mph. 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 up front.

Current fuel-cell technology needs to operate over a very specific temperature range. If the temperature rises too much, energy recovery is brought to a standstill. That is why all of these fuel cell designs have relatively large and likewise complex cooling and humidification system. VW’s new design features a special membrane of electrodes designed to make the fuel-cells more effective at high temperatures, while also keeping cost and weight down.

Energy is topped up either via an electrical outlet or by the new high-temperature fuel cell. In the latter case, the car’s range is extended an additional 155 miles. The concept can also draw its power from the sun thanks to a large solar panel on the roof. It supplies up to 150 Watt of energy that is also fed into the battery.

http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=1http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=2http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=3http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=4http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=5http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=6http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=7

http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=8http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=9http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=10http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=11http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=12http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=13http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=14

http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=15http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=16http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=17http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=18http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=19http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=20http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=21

http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=22http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=23http://www.motorauthority.com/wp-content/plugins/iimage-gallery.php?idpost=4111&idg=1&idi=24


Source: Motor Authority » Volkswagen unveils space up! blue plug-in hybrid

:t-cheers:
 
I somehow missed this brilliant illustration of technology used in the concept. I like the fact that you can grow a bonsai tree (which seems to be an essential part of the drivetrain) on top of the engine :D:

05a0e2ef9136b883d458844dbe33057c.webp
 
Press Release
Volkswagen Space Up Blue Concept Revealed



Key Aspects
  • Volkswagen Concept Car Utilizes Water and Sun
  • Energy network of lithium-ion battery, fuel cell and solar cell
  • space up! blue is the third concept car of the New Small Family by Volkswagen
The space up! blue – with its four roof windows – is reminiscent of the Samba Bus of the 1950s. However, at a length of 144.9 inches the contemporary concept car is almost 23.6 inches shorter than the cult bus of that era. And so the "new one" is anything but a retro version of the "old one". Nonetheless, the two vans are certainly kindred spirits, and this goes beyond sharing the windows in the roof. For example, their designs both incorporate butterfly doors with opposing hinges and a motor layout in the rear.

Electric motor and battery

While fifty years ago a boxer engine in the rear provided the propulsive force, in the new concept car it is an electric motor. This motor outputs 45 kW / 61 PS, turns at up to 10,000 times per minute and generates a maximum torque of 120 Newton-meter. The zero-emissions drive draws its power from an array of twelve lithium-ion batteries with a total energy capacity of twelve kilowatt-hours (kWh). Motorized in this way, the space up! blue attains a top speed of 75 mph. It handles the sprint to 100 km/h (62 mph) in a dynamic 13.7 seconds.

Exclusively driven by battery, the motor powers the space up! blue over a range of 65 miles. By comparison: a hybrid car in pure electric drive mode – i.e. with energy stored in the battery – can travel just two kilometers (1.24 miles) on average. The combustion engine must kick in again before this distance is driven. Consequently, the space up! blue represents a conceptual approach, reaching beyond hybrid technology, for operating the automobile by just battery, especially in urban areas. However, a prerequisite for this technology are durable and affordable lithium-ion batteries with a high charge capacities. With their help, transportation could become "electrified" – i.e. converted from combustion engines to electric motors – in a stepwise manner, initially in the big cities. The infrastructure needed for this is simple: electrical outlets! Step by step, public and private parking spaces and parking garages would have to be equipped with "electric service pumps" to offer charging capabilities. At night, vehicles like the space up! blue could take advantage of nighttime rates for electrical power – which are often much lower in many countries – to "fill up their tanks". The fact is: today the space up! blue concept car could already handle average daily driving distances in pure battery mode – without a fuel cell.

High temperature fuel cell

The high temperature fuel cell, meanwhile, could enable completely emission-free driving over long distances. The high temperature fuel cell develops a power of twelve kW to spur on the electric motor.

The fuel cell utilizes hydrogen (H2) to obtain electrical energy. Two safety tanks integrated in the underbody store up to 3.3 kilograms of compressed hydrogen. This quantity is enough to operate the electric motor over a distance of 155 miles. With fully charged battery and full hydrogen tanks, the theoretical range is a full 220 miles. So theoretically, even an excursion from the Los Angeles Auto Show to picturesque Santa Barbara and back would be feasible without an energy recharge. These are distances that demonstrate how cars with electric motors plus fuel cell are capable of more than just city driving.

Aside from the fact that hydrogen would have to be produced in sufficient quantities by regenerative energy, there is another serious problem: All fuel cells known to date – that is low temperature fuel cells – need to operate over a very specific temperature range. If the temperature rises too much, energy recovery is brought to a standstill. That is why all of these fuel cell designs have relatively large and likewise complex cooling and humidification technologies.

This is precisely where the high temperature fuel cell developed by Volkswagen comes in. It eliminates the numerous disadvantages of previously known low temperature fuel cells (LTFCs). A new high-temperature membrane and electrodes specially designed for this membrane enable significantly more compact, affordable and efficient fuel cell systems, as shown on the space up! blue concept car in Los Angeles.

Working together with its custom designed electrodes, the high-temperature membrane can be "driven" over a temperature range of up to 160 degrees Celsius. An average operating temperature of 120°C is planned for vehicle operation. And indeed without requiring supplemental humidification. Therefore – in contrast to the LTFC – it is sufficient to implement a much simpler cooling and water management system. This reduces space requirements, weight and costs significantly!

Space concept

Like the city specialist, the up!, already presented at the IAA in Frankfurt and the space up! shown 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 inch, it offers the space of a considerably larger vehicle. The clever space concept of the space up! blue – which is 1,090 "light" despite the fuel cell and batteries – is largely due to the powertrain layout: the car’s emissions-free electric motor operates – as did the engines of the Beetle and Bulli (Microbus) at one time – in the rear. Also housed in the rear are the lithium-ion batteries. The high-temperature fuel cell, on the other hand, was integrated in the front of the car.
 

Volkswagen

Volkswagen AG, also known as the Volkswagen Group, is a German multinational automotive manufacturer headquartered in Wolfsburg, Lower Saxony, Germany. Founded in 1937 in Berlin, Germany, the Volkswagen Group sells passenger cars under the Audi, Bentley, Bugatti, Cupra, Jetta, Lamborghini, Porsche, SEAT, Škoda, and Volkswagen brands; motorcycles under the Ducati name, light commercial vehicles under the Volkswagen Commercial Vehicles brand, and heavy commercial vehicles via the marques of the listed subsidiary Traton (Navistar, MAN, Scania and Volkswagen Truck & Bus).
Official website: Volkswagen

Thread statistics

Created
Bartek S.,
Last reply from
siko,
Replies
12
Views
1,451

Trending content


Back
Top