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Showing posts with label new transportation. Show all posts
Showing posts with label new transportation. Show all posts

The All-Electric Aether Luxury Airship by Mac Byers Could Usher In A New Era Of Air Travel.




The Aether Luxury Airship concept is the final year university project by Mac Byers for his Transport Design BA (Hons) at the University of Huddersfield.



A luxury cruise concept based upon an airship platform, the Aether allows passengers to travel at high speeds in luxury and provides them with some of the most breathtaking views available. The airship is based on the technology currently being developed by Aeroscraft.



For the exterior design, Byers studied things like Thunderbird 2, Star Wars and the NASA Space Shuttle - things that appeal to the young adult generation, the generation that may someday be the target market for the Aether. Wanting to communicate the green credentials of the all-electric Aether, Byers used clean colours like white and formed the main balloon into an aerodynamic and wing-like shape. This also visually communicates that this is a new type of airship. One that is safer and cleaner than airships like the Hindenburg of the 20th century.





Lobby:

Bar:

Dining:

Kitchen:

Bedroom:





Storage:


For the interior, Byers wanted the same efficient aesthetic. To communicate that, he went for a lightweight theme expressed by such innovations as floating surfaces and cable stairways, influenced by strong suspension bridge cables.





This airship is based on the technology currently being developed by Aeroscraft, a company presently developing modern airships. This means it uses its engines as its primary source of lift, while using the Helium to simply offset the weight of the load. It also has an air ballast system allowing the crew to regulate the total weight of the craft by compressing air.



The modelling and rendering was done in 3DS Max with Mental Ray. After Effects was used for the exterior environments and smoke. Byers then used Sony Vegas for the final editing.

Designer Mac Byers is currently just about to graduate from the University of Huddersfield where he's been studying for a degree in Transport Design BA (Hons).  With a life-long interest in both cars and visual effects, Byers loved watching films like Jurassic Park and reading magazines like Top Gear. In the future he hopes to work in a field that allows him to follow his passion for both good design and excellent visual communication.

See more of his work here.

MINI Introduces E Scooter Concepts At Paris Auto Show. Electrifying.



press release(abridged):
Hardly a year has gone by since the launch of the MINI E, and MINI is at it again, opening up fascinating prospects for urban mobility that reduce CO2 emissions without any compromises on spontaneity and independence. The MINI Scooter E Concept transfers the brand’s hallmark driving fun to the two-wheel segment for the first time. Equally unique features are the link between the scooter’s alternative drive concept and its unmistakable design, intelligent functionality and detailed personalisation options in true MINI style. The MINI Scooter E Concept is powered by an electric motor integrated in the rear wheel.



The motor’s lithium-ion battery can be recharged at any conventional power socket using an on-board charging cable. The concept study, which is being launched as a world premiere at the 2010 Paris Motor Show, meets the mobility aspirations of a target group that sets store by premium quality and advanced technology as well as placing sustainability on a par with individual style and an emotional driving experience. The MINI Scooter E Concept also highlights new ways of attracting in particular a young audience to the MINI brand.




Typical MINI design – a world first on two wheels.


The MINI Scooter E Concept, making its world debut in two individual design versions, opens up a whole host of options for enjoying the driving fun associated with MINI while at the same time being immediately recognisable as a true ambassador of the brand. This synthesis has been achieved by the systematic transfer of fundamental MINI design principles to the new vehicle concept and through an authentic reinterpretation of unique details. The design language and wealth of individual details embodied in the two-wheel study are based on the current production models of the MINI brand.



Clearly defined proportions and smoothly contoured lines lend the MINI Scooter E Concept an aesthetic appearance that evinces significant parallels to the brand’s cars. The relationship between the size of the wheels and the vehicle as a whole play a significant role here. The 11-inch rims of the MINI Scooter E Concept give the study a powerful and robust appearance, emulating the profile of MINI cars. The alignment of the contours enhances this impression from the side by clearly defining the front and rear of the vehicle before sweeping up towards each other at virtually identical angles. The windshield of the MINI Scooter E Concept is angled in an upright position similar to that of the front windshield in MINI cars. The curvature designed into the sides also displays parallels with the transitions of a windshield in the MINI as it merges into the A-pillars. Round headlights with independent contour, windshield with an aperture in MINI radiator grille style.



The front view of the MINI Scooter E Concept is dominated by a remarkably large, round headlight unit. Similar to the headlights of the MINI Countryman, the headlight contour diverges slightly from the original circular shape, and both designs are influenced by the geometry of the surrounding surfaces. The independent contour of the headlight unit in the MINI Countryman matches the brawny, curved wheel arches and the robust radiator grille, while on the MINI Scooter E Concept it takes its cue from the low-slung windshield. The headlight unit tapers upwards and features a chrome surround, creating a strong profile in characteristic MINI style. The circular shape of the main headlight interior is highlighted by an illuminated coloured ring.



Projecting indicators, meanwhile, invoke the front view of the classic Mini. The glass covers for the flasher lamps are enclosed in chrome fames and curve slightly outwards to resemble the historic profile.



A stylised aperture in the windshield configured below the headlight contributes to the front profile so typical of the brand, its shape mimicking the contour of the hexagonal radiator grille in MINI cars. This design element also has a chrome frame, while the impression of familiarity is further enhanced by the MINI brand logo above it. The windshield itself is framed by a wraparound plastic surround. Each of the two study versions also has individually matched paintwork for the windshield, wheel covers and fairing enclosing the frame. A contrasting colour is applied to the surface of each of the windshields, and the range of hues in the paintwork reflects the light and shade effects on the curved engine bonnet of a MINI four-wheeler.

Inimitably MINI: chrome elements, round mirrors and two upright tail lights.



Other chrome elements are evident on the hand grip at the back of the seat and on the footrest. The hand grip is shaped like the rear spoiler of the MINI Cooper S, while a continuous band of chrome positioned directly below the seat recalls the side sill on MINI cars.

The rear-view mirrors on the MINI Scooter E Concept likewise display familiar characteristics in their shape and their size in proportion to the vehicle. This applies to the round contour of the mirror surfaces, the eye-catching volume of the hemispherical casing, as well as the different mirror cap designs that permit additional individualisation options.



Another characteristic design feature is reinterpreted at the rear of the MINI Scooter E Concept: the two tail light units are mounted on the outside of the rear wheel fairing in an upright position. A transparent glass cover recalls the MINI Countryman and provides a view of the three-dimensional structure of the tail lights, brake lights and indicators. Each of the tail light units on the MINI Scooter E Concept is mounted in a chrome frame and the MINI logo is positioned between the tail lights.

One concept, two characters.



The exceptional potential of the new mobility concept is underscored by the parallel presentation of two design concepts. These two versions highlight the key features of the study – driving fun, sustainability, sportiness and lifestyle orientation – with an individual focus. The concepts have different functionalities in terms of the number of seats: the MINI Scooter E Concept is presented in a version developed to support driving fun for two people and in an emphatically sporty, thoroughbred version with a seat designed for the rider alone.



The colour design of the two-seater version of the MINI Scooter E Concept is based on the appearance of the MINI E, which highlights its emission-free drive concept in a particularly striking way. The livery designed in matt anthracite creates an attractive contrast with the seat finished in yellow, with the iridescent colour of the windshield around the headlight unit and the yellow mirror caps providing further accentuating features. The surface of the seat is made of tough fabric material, with a yellow strip bordering the lower part of the seat.




In each of the two versions of the MINI Scooter E Concept, this strip sweeps downwards from the front of the seat into the frame fairing and continues along the edge of the footrest towards the front, where it also runs around the windshield. This creates a visual boundary between the body of the scooter and the rider/passenger area including the foot space and cockpit.

The design of the second version of the MINI Scooter E Concept is steeped in the brand’s heritage and British origins. Primarily designed for solo riders, this version represents the sportier version of the new vehicle concept. Its British Racing Green finish harks back to classic racing cars, with the sparkle of the paintwork lending a particularly distinguished, high-quality aura to this new interpretation.




The seat is upholstered in dark brown leather and the surface has an artifically created “used look”. Attractive contrasts to the dark-green body colour are provided by silver mirror caps and paintwork around the headlight unit in the windshield that flips between green and silver.

Progressive, stylish, uncomplicated operation.

The MINI Scooter E Concept is a rallying call for spontaneous riding enjoyment. This is fostered by intuitive operation and agile ride characteristics. Thoroughbred mobility in hallmark MINI style entails vehicle handling that is completely intuitive and needs no further explanation. That applies to the immediate activity of riding as well as charging the lithium-ion battery. The operating concept is also directed towards enabling straightforward and effortless use of the other functions designed to enhance driving fun.



This challenge is met by an innovative way of integrating mobile devices. The cockpit of the MINI Scooter E Concept comprises a Centre Speedo in the circular shape familiar from MINI, with a smartphone integrated in the middle. The wraparound speedometer is in the form of a tube filled with fluid, the content expanding in line with the speed rather like a thermometer. In the lower area of the Centre Speedo, a battery charge level display indicates the range currently available. The design of all the control elements for lights, direction indicators and other driving functions corresponds to the buttons on the multifunction steering wheel of MINI cars.

Smartphones as key, display and central control element.


The inside of the round instrument comprises a snap-in adapter for a smartphone, which operates simultaneously as the vehicle key, display and central control element. As soon as the rider docks his mobile phone and switches it on, the vehicle is ready to go. This configuration in the MINI Scooter E Concept yields new initiatives for integrating infotainment, communication and navigation functions in a two-wheeler. While the scooter is in motion, the smartphone can be used as a navigation system, music player or telephone as required. A wireless Bluetooth interface can be connected to a helmet from the MINI Collection. This is fitted with a microphone and headphones so that riders are able to use the telephone function or access their personal music collection while on the road.



The innovative operating concept creates a network between the rider, the vehicle and the environment which paves the way for numerous new interactive functions. Building on the MINI Connected services already available in current MINI production cars, specific features can be implemented by adding further smartphone applications. For example, the navigation function can be supplemented by a special map view in Google Maps which indicates the current position of other scooters from the brand in the immediate vicinity. This provides a feature similar to social networks on the internet where riders who are friends can be identified and invited to come together on a whim by simply pressing a button. A greeting function has also been developed for the MINI Scooter E Concept to further strengthen the community appeal and highlight the friendly and open-minded personality of this vehicle. An automated full-beam headlight function that operates when two vehicles meet strengthens this sense of community.

MINI Centre Rail in an innovative design and with specific accessories.



Alongside the intuitive control and interactive functions, the advanced functionality of the MINI Scooter E Concept also contributes to its intuitive and compelling operation. Two compartments on the inside of the windshield are available for stowing personal items. The study also incorporates an innovative aluminium design of the MINI Centre Rail first presented in the MINI Countryman. The mounting rail configured inside the windshield extends downwards into the foot space, and the unique clip-on mechanism offers a range of options for transporting items that are required during the journey or at the rider’s destination. These items are stored so that they easily come to hand.

Dedicated Centre Rail specifications are offered for each version of the concept. The universal mounting system means that they can be switched between vehicles at any time or complemented by other products from the MINI Accessories range for the MINI Countryman. The accessories for the Centre Rail include tailor-made holders from the MINI Collection for the helmet as well as for umbrellas, sunglasses and thermos flasks. An additional closed compartment and an expanded rain guard to protect the rider’s legs can also be easily connected to the Centre Rail. A music player, calendar, stopwatch and tea cups specially designed for the MINI Scooter E Concept can also be attached to the Centre Rail.

All you need is a power socket: maximum independence guaranteed by an integrated charging cable.



When riding the MINI Scooter E Concept, brief stops can be used to top up the on-board energy storage system. Consistent charging significantly increases independence and flexibility when using the electrically powered two-wheeler. The electric drive unit, concealed beneath a painted cover inside the rear wheel, is powered by electricity supplied from a lithium-ion battery. Apart from the compact battery, a charging system and connecting cable are integrated snugly in the rear of the MINI Scooter E Concept. The charging cable has a plug which fits into any conventional domestic socket. This has the major advantage that topping up the energy reserve does not depend on a special charging station being available. Stop-offs for shopping or visiting a café can be used for hassle-free battery recharging.

Plugs and cables are accommodated underneath a cover similar to the round tank flap in a MINI car. After opening the illuminated flap, the plug and charging cable can be pulled out to a length of up to five metres and connected to the power system. After the battery has been charged up, a button-operated spring mechanism ensures that the cable is retracted and coiled in a space-saving compartment.

all images and information courtesy of MINI

Tomorrow's Transportation Today: The Uno by Ben Gulak





It has zero emissions, a simple on off switch, one wheel (okay, two wheels but they are really close together) and killer looks. And, it was invented by an 18 year old from Ontario.


The Uno by Ben Gulak. Tomorrow's Transportation Today.
Cost to Develop: $45,000
Time: 2 years



The inspiration for the cycle came when 18 year old Ben Gulak visited China in 2006 and was amazed at the overwhelming pollution that completely blocked the view of the surrounding country as his airplane came in for landing. He realized that much of that smog was coming from the thousands of motor scooters whizzing through the streets and figured that there had to be a better way.


Above: Ben Gulak, an incoming member of the MIT Class of 2012, rides the 'Uno'--a scooter-like vehicle he invented that was named the top invention of the year by Popular Science. Photo courtesy / Glenn Roberts, Motorcycle Mojo Magazine

The design he came up with has two wheels mounted side by side, very close together, and powered by electric motors. A computerized control system keeps the vehicle balanced, in a system similar to the Segway personal transporter. But unlike that vehicle, which is ridden in a standing position and is not considered a street vehicle, Gulak's "Uno" is ridden like a motorcycle and designed for ordinary roads.




Operating the Uno is so simple that it requires no controls at all. There is only an on-off switch. Once it's on, the driver accelerates by leaning forward, stops by leaning back, and steers by leaning to the side. By sitting upright, the driver can balance in one spot.




Above: inventor Ben Gulak with his Uno.

Gulak put off college for a year (now 19, he enrolls at MIT this fall) and began building the Uno at a motorcycle shop outside Toronto. He modified the frame from a Yamaha R1, which is wider than most motorcycles, so it can house the side-by-side wheels.


Above: Ben Gulak sits on his self-balancing electric “unicycle” in its early stages outside his home near Toronto. Photo by John B. Carnett



But he quickly realized that he was out of his depth in the electronics department: He would ride the Uno for a few seconds, and the circuitry would catch fire. So he contacted Trevor Blackwell, a robotics engineer who specializes in self-balancing software. With Blackwell’s help, Gulak equipped the Uno with a gyroscope and a control system that both keeps the rider balanced over the tires and manages the suspension.

The Uno’s two wheelchair motors should, theoretically, give it a top speed of 40 mph, but for safety’s sake, Gulak hasn’t taken it above 15 mph yet. “The only way to figure out if an alteration works is to jump on and ride the thing,” he says. “I’m pretty sure I chipped my kneecap in one crash.”

Gulak’s next task is reworking the suspension to handle more drastic leans, but he says he may need some help writing the code that keeps the Uno balanced at faster speeds. “The fundamental tech is figured out,” he says. “It just needs the right people to tweak it.”



Above: testing out the cool new green transportation


above: Inventor Ben Gulak, of Milton, Ontario

Thanks to Popular Science, Motorcycle Mojo magazine and MIT news for images and info

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BPG-Technologies
ben.gulak@hotmail.com
Phone - 416 727 4794

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