Yanko Design - Form Beyond Function |  |
- Love This iWatch!
- Saline Lamp
- Tron-approved Snowmobile
- EB-0lution
- High-security without that prison-feel
| Posted: 26 Jul 2013 04:44 AM PDT Many rumors, mockups and concepts later, I think I have finally found an iWatch concept that I love! Creation of the Jivaldi team, this beauty features a flexible interface. Wearable technology is the future and this one is a step in that direction. What do you think? Designer: James Ivaldi
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| Posted: 26 Jul 2013 03:33 AM PDT The Clear Light uses saline water to conduct electricity and light up this lamp. Essentially it replaces wires with saline water to reduce metal consumption. It features voice operated switch and a metal cap to control its functioning. I just think it looks super sexy lit up, don't you? Designers: Siyu Huang & Jiahui Song
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| Posted: 26 Jul 2013 12:01 AM PDT The wicked-looking Snow-Cat snowmobile ditches the gas powered engine for a hi-tech fuel-cell electric power-train with kinetic energy recovery system. The sleds are fitted with linear generators which send power back to the fuel-cell unit and its lightweight carbon fiber body and aerodynamic shape allow it to cut through snow like butter. A digital dashboard provides the rider with completely control of the engine and suspension with information projected directly on a head-up display. Designer: Kiran Pal Sagoo
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| Posted: 26 Jul 2013 12:01 AM PDT The EB-0 is an exotic evolution of the modern electric motorcycle that features high-performance bi-motor power delivered independently to each wheel. Other innovations include a windscreen-projected control panel and mean-looking high powered LED headlamps. A see-through “tank” and super-clean tail section emphasize its petrol-free power and give it a look that’s entirely different from other gas-powered and electric bikes alike. Designer: Franco Pessino
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| High-security without that prison-feel Posted: 26 Jul 2013 12:01 AM PDT UNStudio’s aim in designing the new laboratory and offices for the Japanese pharma-co Astellas in Bio Science Park was security of the scientific research center without sacrificing a pleasant, open working environment. To achieve this, the structure integrates the security concept inclusively with the frame of the building serving as an unconcealed enclosure. At the center is a courtyard surrounded by glass facades that provide sufficient daylight and transparency into each of the 3 work areas. Security is an essential element in the design of the building, which houses both offices and an ultramodern laboratory for scientific research. Rather than approaching this issue in an exclusive way – by confining and fortifying the structure – the design for the Astellas building integrates the security concept inclusively, with the frame of the building serving as an unconcealed enclosure. Equally essential to the design of the building is the creation of a pleasant, open and transparent working environment for Astellas employees, in addition to an agreeable and welcoming gesture to their international visitors. The organization and materialization of the building ensures clear views from each of the three areas within the main frame. Glass facades are employed to provide sufficient daylight, whilst also creating open visual communication throughout the structure. The building frame integrates into one gesture three sections of varying heights, which together encircle an inner courtyard garden. Covering six floors on the west side of the building are the office spaces. A restaurant with a roof terrace is located on the lower floor of this area. The Eastern section of the building houses four floors of laboratories. The main entrance to the building is located on the South East and employs the concept of the hotel lobby to comfortably welcome employees and visitors from home and abroad. The floor to ceiling glass facades and large skylights of the expansive, 3.7 meter high lobby area provide visual links to both the inner garden and the surrounding street life. The Western side of the lobby area houses seating areas and meeting rooms. Direct access to the inner garden, which is based on traditional enclosed Japanese gardens, is possible from all three sections of the building. Parking is provided at street level to the East of the building and in a sunken parking garage underneath the main structure. The ground floor of the building is raised to a height of 1.7 meters and is accessed by steps which lead to the lobby area from street level. The floor plans in the interior are flexible and based on the campus concept, where emphasis is placed on communication. Glass and aluminum are the main materials used in the façade of the Astellas building in order to provide a lightweight structure which requires less material usage in its foundations. Lamellas are incorporated on each level of the façade in order to deflect direct sunlight. The glass panes are further coated to additionally reduce heat load to the interior. On the Northern side of the building, where sunlight is less prevalent, floor to ceiling glass is employed, with 4cm deep lamellas. The South and East/West facades respectively are furnished with lamellas with a depth of 30cm and 20cm. Parapets of 90cm are also employed on these facades in order to further reduce direct sunlight penetration. The building as a whole has an 89%-90% net to gross floor ratio, with an underground energy storage system further reducing energy usage. Color is introduced into the façade by means of a vertical variation in the four contrasting tones of the Japanese Manga animation films. Designer: UNStudio
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