This is a new product we have developed - flooring made from whisky barrels.
(for more details please email richardmckay@mckayflooring.co.uk )
With the world riveted on South Africa and soccer for a few more days, there's no better time to reveal a new concept that uses a stadium to bring safe water to the region's residents. South Africa will be home to the first PITCH:AFRICA, a structure that serves as a soccer field and community center, as well as a giant water catchment system that filters and stores potable water. The prototype structure was unveiled yesterday at the Port of Los Angeles. [twistage ccca8c1a96175] The structure works like this: The street soccer field (called a "pitch" everywhere in the world besides America) as well as the stands that can seat 1000 people are permeable, allowing water to collect right below the surface. The water is captured into cisterns underneath which can be stored either at ground level or below the ground, depending on the site. Thus, the water is now located at the center of the community, not in a well or spring that residents will need to walk to. The space itself can be used not only as a community gathering place for kids to play soccer and hold other events, but the sheltered eaves below the stands can also be used for classrooms or stores.
PITCH:AFRICA is funded by the Annenberg Foundation and was designed by Jane Harrison and David Turnbull of Atopia Research who call it a "man-made eco-system." The kit is designed to use whatever materials are on-hand, built with materials as ubiquitous as shipping containers or fabricated locally to support the local economy.
Although we might think of Africa as a dry continent, the rainy season in many areas can deliver up to five feet of rain, an amount that would translate to 1.8 million liters of water which could be captured in this structure. According to PITCH, that's enough provide clean drinking water for 1,000 people every day for a full year. While there are no specific details yet on what kind of filtration system the stadium would use, the water stored in the cistern could easily be used without being filtered to nurture agriculture grown in the immediate vicinity, creating a pop-up farm around a pop-up stadium where before there was nothing. Photos courtesy of the Annenberg Foundation
Danish designer Annemette Beck takes a creative new approach to textile design by utilizing an extremely inventive array of recycled materials.


Has me thinking about how we could develop a similar system using wood flooring in perhaps a restaurant or bar. Would it be called Floorniture? Thanks to Dornob for original blog post.



This is a new product we have developed - flooring made from whisky barrels.
(for more details please email richardmckay@mckayflooring.co.uk )

What happens when display screen technology gets so cheap you can lay it down like carpeting? Researchers at Canada's McGill University have an idea: floor tiles which use precisely calibrated vibrations to simulate snow, grass, sand, and myriad other surfaces--and can even be programmed to become virtual buttons and sliders.
As Tech Review reports, the "haptic" floor tiles, which were created by Yon Visell, a PhD student at McGill's Center for Intelligent Machines, are made of a sensors that are sandwiched between the top plate and the supporting platform. The sensors then detect the forces coming from a person's foot, and then calibrate the response in the plate, which gives off subtle vibrations that are able to simulate the feel of different materials. An overhead LCD projector throws the pattern on the floor, along with speakers inside the platform that add to the illusion.
Luckily, the sandals in this picture are optional:

While simulated organic surfaces obviously hold the most gee-whiz appeal, the plates can also be programmed to simulate the feel of buttons or analog slides. Visell suggests that floors could become gaming interfaces or giant, haptic touchscreens.
Imagine walking across a huge map in a building lobby, or a complete virtual-reality cave that (finally) has some physical feedback! Or a super-cool room inside Bill Gate's house that simulates being at the beach, without ever requiring Bill to don SPF 45,000 sunscreen before traipsing across the sandy dunes.
For more intriguing haptic designs--that is, interfaces that engage the sense of touch--check out these great speakers, this "emotion shirt" for gamers, and this squishy touchscreen interface.
This flat pack 'furniture' mat is the most innovative floor system I've seen in ages. Inspiring.
Designed by Shin Yamashita.




Watch this cool video to glimpse the future of flooring as art.
