Future Technology » Search Results » terrains

All Terrain Sport Coupe by Batyr Ospanov

TheFuture — Thu, 26 Nov 2009 08:36:26 +0000

The All Terrain sport coupe is a two seater, electrically powered vehicle with two driving modes helping the driver to run it on both smooth and rough surfaces. The first mode which is “Road Mode” keeps the car in a shape of a normal vehicle and allows it to travel along the traffic. When the user switches it to Off-Road mode the vehicle becomes higher and wider since the wheels come out and the chassis becomes higher to allow the car travel through rough terrains such as steppes and deserts. There are solar cells placed on the glassed door so that when the user stops the vehicle and lift the door, the cells can produce some extra power. Under the transparent bonnet there are two extra lights helping the user to travel through the desert during night.

Designer : Batyr Ospanov

Artistic Taxius Animalus Electric Vehicle by Francis Gomes

TheFuture — Wed, 09 Sep 2009 10:51:08 +0000

Usually, a taxi continuously runs 12 hours everyday, including the standing time when they wait for passengers, resulting huge wastage of fuel and harm to the environment. The Taxius is a small and light built taxi concept that uses electric power to transport people over different areas of busy cities or countryside towns. This taxi comprises an organic inspired sculpture which is simplified using tough fabric, strengthened chords and welded hollow tubes, forming a functional volume with great visibility. The diverse functionality of the taxi concept includes structural interior on an electric architecture, which runs on a six wheel track over diverse terrains and the visual aesthetic has been boost with transparent exterior skin with composite panels.

Designer : Francis Gomes

Future Amphibious Hybrid Concept Vehicle with Intelligent Wheel System

TheFuture — Fri, 31 Jul 2009 11:14:06 +0000

Amphibious Hybrid is a concept vehicle which was created under an industrial design course project. This intelligent and superbly designed car has adjustable tire and the ability to analyze particular terrain and change the shape of the tire automatically as required. The tires are able to open up if required depending on the terrain. When the vehicle is running on normal roads, the tires remain usual. When it is running in the snow, the tires are open a little bit. Finally, the flaps are completely open when it is running in the water, acting as a propeller to give the pace.

Text from designers :
The idea is to make an amphibious vehicle that can be used on land, ice and on water. Inside each wheel is an electric engine, which has energy from batteries. To realize these points the vehicle needs to be adaptable to the environment and use. This problem is solved by a specially designed tire.

Intelligent wheel system
The wheel exists of movable parts which can increase traction or even transform in a paddle wheel to propel the vehicle in the water. The wheel is controlled by terrain sensors which decide when more or less traction is needed. This system provides the vehicle with more safety because it can answer to different kind of terrains.

Renting concept
When making a vehicle that can do almost anything it will be certain it is going to cost a lot of money. For students to be able to afford it, there could be a renting system. For example for 5 euros a day the tourists and students could rent the vehicle. Cheap price could be achieved by sticker advertising.

Designer : Janne Leppänen, Tuulia Miettinen, Roope Kolu, Tiemen Stelwagen, and Jaap Van Der Voort

TERRENA : Next Generation Concept Vehicle by Marcos Madia

TheFuture — Mon, 15 Jun 2009 10:41:06 +0000

TERRENA is a next generation concept vehicle aimed to go through several terrains of America. The exclusive tire mechanism of this car adapts the wheel’s dimensions to the various types of roads, allowing the user to drive the car safely in various conditions. To ensure better functionality, this vehicle is designed in a larger wheel diameter and reduced width along with an enhanced car height. The integrated sensors are able to provide signals about a road condition and if they found a good road condition signal, the wheels turn wide and the car height decreases to provide the required stability and control to run faster. The car’s exterior is covered with flexible materials that would soak up the deformation of potential impacts.

Designer : Marcos Madia

OBAG : Rolling Bag Design for Travelers

TheFuture — Wed, 01 Oct 2008 06:03:07 +0000

For regular travelers, the worst part is carrying their heavy luggage with difficulty and discomfort. Roozbeh Mousavi of Art Center College of Design has come up with a Rolling Bag that can be easily carried on uneven pavements, big gaps and bad weather conditions such as snow which makes pulling luggage with small wheels very difficult. Stairs are always a big problem for pulling heavy luggage but with OBAG’s enlarged wheels, anyone can comfortably navigate most difficult terrains. This rolling bag is not only useful but also offers style to your personality while walking with your luggage.

Designer : Roozbeh Mousavi

Uber Shelter : An Emergency Shelter in Disastrous Events

TheFuture — Mon, 15 Sep 2008 09:09:27 +0000

Uber Shelter is an amazing concept for a portable housing unit that would help people in meeting their immediate shelter requirements created by disastrous events. This great concept is designed by Rafael Smith. This shelter can be very quickly transported and reassembled with just few necessary tools and offer victims with individual living space. The best thing about Uber shelter is that it is made from recyclable and reusable materials. Around two to three personal rooms can be created in this shelter. I believe these types of concepts are very useful for unpredictable disasters.

Text from designer :
My goal is to create more than an emergency shelter. This project is a shelter solution that meets the needs of emergency response but also provides victims with a more personal place to live; a base unit that can serve as a very basic shelter but also have the capabilities to upgrade and implement modern infrastructure. This shelter is also stackable. Many alternative housing solutions deal with small scale but can’t cope with large scale displaced populations. There are 5 points that have been the focus during the design of this shelter. The shelter must be:
1) Easily transportable, collapsible and able to be shipped flat.
2) Built of recyclable materials and have the ability to be reused.
3) Easy to erect and assembled with few or no tools.
4) Amenable to infrastructure?can be used as a basic structure, but have the capabilities to upgrade and implement modern conveniences.
5) Stackable

Über is shipped flat to allow for transport via air sea and land. All components that create the modular living unit are stored inside the shelter in its collapsed position during transport. It is then taken apart and assembled on location. When it is no longer needed, it can be dismantled, packed flat again, and moved to the next disaster area. The aim has been to design a shelter that is compatible with the current system used in refugee camps and emergencies by organizations such as the UNHCR (United Nations High Commissioner for Refugees).

Every camp is different since every situation is different. In some cases proper design of a camp is not possible because refugees have already settled on a site. Uber has been designed to adapt to different situations, terrains, and climates. Camp needs are addressed in phases. Phase one is to meet the basic needs of the people, providing them with the bare essentials.

When there is more time, funding, and personnel, phase two provides camp residents with more pleasant solutions and conveniences. For example, phase two would include building an outhouse, rather than having a defecation field or trench. This shelter is delivered in the same fashion. When the initial crisis occurs, Über is shipped as a base unit to meet the initial need for shelter. When the camp is ready for phase two, a separate upgrade package is shipped and added into the shelters units to provide conveniences (electricity for light, compact stove and refrigerator).

Designer : Rafael Smith