Archive | Seriously, WTF?

Beer Pong Table for Old Dudes

Posted on 20 June 2011

Ok, I admit… we have a beer pong table that is just two plywood pieces that fold up (to be portable). It’s been good for many years. But we’re getting older now and something like this appeals to the grown-up in me.

The modernly crafted wood is shaped like a sleek skate ramp, the legs from cast iron and there are a set of red plexiglass cut outs on either end that are lit underneath by a set of LED lights. No screws or nails in this baby. It seems like something that would be nice to look at while I quince my thirst and get competitive.

Cool Beer Pong Table

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Saw Blade That Detects Finger – Then Stops

Posted on 20 June 2011

This is an amazing invention. It uses similar technology as a touch lamp. The saw can tell the difference between your hand and the wood and turns itself off before you can even feel it.

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Run Your Car on Water

Posted on 17 June 2010

Using water to do stuff is cool. Our post on the water fueled torch created quite the discussion. But how about a water fueled car? (Man you can find anything on Youtube). Well check check out the video, apparently all you need is a mason jar, some tubing and a whole load of crazy. In no time your car will be a melting heap on the side of the road. WTF?

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Octabong Means Beer Fun for Eight

Posted on 27 May 2008

Hailed as the invention of the decade by, ah, Us, it’s the Octabong. Revolutionizing the beer bong industry, this exclusive bong features eight – that’s right, eight – compartments for a truly communal drinking experience. One-inch diameter flexible PVC tubes allow eight drinkers to throw back their favorite beer in the race champions. The college dorms (and boardrooms throughout Silicon Valley) will never be the same.

Get the Octabong at BustedTees

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Jetman Uses His Body as Flight Controls

Posted on 22 May 2008


I know this clip is old, but I stumbled on it and it was too cool to pass up posting. This dude, Yves Rossy, created a wing he could wear on his back and strapped four small jet engines to it. I know the result sounds like something you’d see in the turn of the century silent films where the dude takes a header off a pier, but oh no. This guy actually flies. A real like jet-man. He uses only his body movements and position to steer himself. At first the clip sort of looks like a controlled free fall, but keep watching. The jet engines offer lift and he’s able to control where he’s going. Pretty damn cool.
Watch the clip here

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XCOR’s Lynx to Bring Space Travel to the Masses

Posted on 04 April 2008

Lynx Personal Spaceship

A small company from Mojave, CA is poised to bring space travel to the general public. Well, the rich public. XCOR Aerospace recently announced that it’s Lynx suborbital spaceship will be ready for flight in 2010. The Lynx is the size of a small private aircraft and will carry two passengers to a height of 200,000 feet above the earth’s surface.

The Lynx Mk. 1 is a single stage suborbital spacecraft. I can reach Mach 2 on it’s ascent and will give passengers about 4 minutes of ‘micro-weighlessness’ on the edge of space before gliding back to earth. The entire trip only lasts 30 minutes and goes for about $100,000 USD. No word on if the TSA makes you take off your shoes before getting on board.

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Man Grows Back Finger

Posted on 28 March 2008


Man regrows finger that was accidentally cut off in model plane propeller. The man used a regenerative powder given to him by his brother, a research scientist.

That powder is a substance made from pig bladders called extracellular matrix. It is a mix of protein and connective tissue surgeons often use to repair tendons and it holds some of the secrets behind the emerging new science of regenerative medicine.

“It tells the body, start that process of tissue regrowth,” said Badylak.

Badlayk is one of the many scientists who now believe every tissue in the body has cells which are capable of regeneration. All scientists have to do is find enough of those cells and “direct” them to grow.

“Somehow the matrix summons the cells and tell them what to do,” Badylak explained. “It helps instruct them in terms of where they need to go, how they need to differentiate – should I become a blood vessel, a nerve, a muscle cell or whatever.”

[via CBS News]

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