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Urbanite Railsboards
Urbanite - the self-made illegal rail board.
Bored of riding on normal roads? Build your own rail board with parts from your existing skateboards.
The Urbanite default board features a specialrail wheel combination on the front and wide off road wheels at the rear for asmooth ride.
Log in online with the advanced smartphoneapplication where you can enter the racing league and proof what you are madeof.
Tracks helps you to choose a track, warn youfor any road work, bike lanes and police station. It also helps you to choosethe perfect setup the rails and roads.
Add your own tracks to challenge other ridersand protect your own your terrain with your record.
One more thing, be sure not to get caught!
10th Semester Single Project
University of Applied Arts Vienna
ID2 - Fiona Raby
2012
Industrial Design
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Tailor Boy
Although we share worldwide knowledge about measurements and their units (inches or centimeters), variations in styles and design result in inadequate size labeling.
We decided to challenge to conventional methods of measuring in tailoring by leaving the measuring tape aside.
Instead, we are going to use mass produced objects of daily life.
For the first series, we use smaller objects such as fruit or cans, that fit in your pocket. By applying the objects to defined measuring points of the body, we evaluate, for example, how many “can rolls” long your shoulders are...
Secondly we use bigger mass produced objects, that have more personal value and would fit in your bag, such as your laptop.
Finally, its all about objects you fit on or in...parts of your bike or car.
The result is a series of tops or t-shirts that reflect the mismatch between a perceived ‘standardized’ object in relation to personal body measurements.
In obtaining a piece of garment that is not as precisely tailored than that made with a measurement tape, the client is brought to reflect upon his relation to daily objects and participate in a new fashion trend defined by the “margin of error” resulting from mismatched measurements.
Have a look at the gallery and instructional video to get a better idea!
2012
Industrial Design
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Dynamic Footwear
DYNAMIC FOOTWEAR
Christoph Döttelmayer - 1st Diploma
7th semester Project - Winter Semester 2010/ 11
Industrial Design 2 - Studio Hartmut Esslinger
University of Applied Arts Vienna
Assignment:
Design new running footwear with new technologies for the next evolution in running
Project Term:
1st diploma with final presentation & model
Project Description:
„The human foot is a masterpiece of engineering and work of art.“ - Leonardo Da Vinci
Imagine you love to run, imagine you want to do it every day but pain in your spine or your shoulders limit your movements and range of motion and you eventually have to stop running.
The project combines ancient Chinese reflexology and state of the art nano technology to fuse in a running shoe to stimulate the reflex points and ease the pain while running.
We have 200,000 nerve endings in our feet, all of them are directly connected to your brain. When you feel an impulse it goes through your body, into your head. That is why our whole body starts to spasm when we get tickled on our feet.
Piezo electrical tubes in the HEX TECH outsole produce electricity and set the midsole liner in motion to provide a custom reflex point stimulation.
Due to the constant movement of the shoe, no battery is needed. The power flows directly to the REFLEX LINER.
526 individual lugs can be programmed with the smartphone application, which comes with 4 pre-settings.
The HX1 features high tech material and offers a state of the art running performance.
The upper of the shoe was designed with simplicity in mind, the less material and stitches, the less effect it will have on your run.
Instead of traditional stitching, the upper material is bonded together to prevent irritation.
Revive your feet with DYNAMIC FOOTWEAR - The Next Evolution in Running Footwear
2011
Industrial Design, Footwear Design
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Urban Performance - Wii Outdoor
Use the intuitive palmstraps with the information fed from the Urban Performance, sensor - injected sport shoes - all displayed on the heads-up display of your augmented reality - visor. Play with your friends around the world.
2010
Industrial Design
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Human Drive - 3ROLL
The 3ROLL works with the Stepper System, to increase body movement and physical health.
2010
Industrial Design, Automotive Design
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Green Venom F1 Eco
The 2008/09 season had the biggest rule changes in Formula 1 history.
Non of the changes were seriously future thinking!
Due to the economy crysis also Formula 1 is on the brink of a breakdown.
2010
Automotive Design, Industrial Design
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Gams Mountain Safety
In the year of 2008, nearly 900 accidents occurred in alpine hiking in Switzerland, almost 170 people died. Out of these dramatic statistics we thought about a solution for a pre safety mountaineer system.
By searching the market of mountain safety equip
2011
Industrial Design
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Digital Football Pitch
The digital : football pitch is a breach of rule detection system.
It serves the referee as a support for decision making and prevents wrong decisions.
2011
Industrial Design
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Green Transporter ZEV
1st Semester Team Project - Winter Semester 2007/ 08
Industrial Design 2 - Studio Esslinger
University of Applied Arts Vienna
Mentored by Hartmut Esslinger, in a team with:
Florian Wille, Philipp Maul, Djordje Djordjevic.
More and more the earth gets polluted because us, because of the vehicles with drive daily only with one passenger in it.
In India there are 26 people in or better said on one car.
Inspiration:
We wanted to create a car that is fast and easily adaptable to a user‘s demands and needs.
It should combine the flexibility of a small city car with the transportation convenience of a van.
The Green Transformer was inspired by todays inefficient, static transportation system and a world where a shortage of space is a major concern.
The concept is based on a Golf-Class car, powered by wheel-hub motors.
Using these motors and strategic placement of battery packs along the backbone gives the car 600 liters of trunk-space with 5 passengers.
Using hub motors rather than one large motor provides the space required for this incredible functionality.
Without a bulky engine, the passenger seating (cabin) can be placed further forward adding much additional loading space without sacrificing safety. The vehicle can be easily transformed to provide space for 9 passengers or 5 passengers with an additional trunk of 2500 liters.
The additional side and bottom elements are stowed under the trunk, having no affect on the interior space when collapsed
2012
Industrial Design
