If you ever wanted to sleep in the air and have loads of money to spend, you may consider buying this. This Floating Magnetically Levitating Bed is invented by a Dutch architect, Janjaap Ruijssenaars and costs 115,000 Euros (US$146,953) for a scale model and 1,200,000 Euros (US$1,533,419) for the complete one which can hold up to 900 kilos.
[Via RawFeed]
Phat says
Kinda looks a little like the movie 2001 obelisk. Not sure I want to experience that
Vijay S Nair says
Hey i dont believe that. neither its a real time pic of the bed.
Ben says
I’m worried about what’d happen if the thing flips over, if it can hold 900kg’s sure it can squash a man like a soft fruit.
Joe says
Yeah, flipping over would be bad. Not to mention pushing it (no friction) out of the magnetic field or through the windows.
nut says
Cool so long as the cat/baby isn’t underneath when they have a power cut
ATi says
Isn`t it made of constant magnet?
Boomer says
Probably not made with constant magnets. The base might be, but the underfloor installation (I’m assuming it’s under the floor)would be an electomagnet, with circuitry that monitors the base position and adjusts the field strength accordingly. This would prevent crushing if the base flipped over (other than the weight of the bed) and stop the base from floating out the window.
JáCóB says
sum1 has way too much time on there hands!!!
martin g says
Yes, it certainly is amazing . It would ( if built ) hover 40cm above the floor and carry 900kg load.
Ummmm . . . Has anyone done the maths ? The magnets would have to be the kind of strength that run MRI machines and more ( ummmm . . . say, x 10 > 100 ).
Could it be that all that actually exists are some computer renderings ( i.e. ‘artists impressions’ of ‘what it might look like if it ever could be built’ – like the one above ) and a fifth-scale model ( presumably hovers 8cm – i.e. feasible ).
I’m not sure about the magnets, but the power of the press-release should never be underestimated.
pword says
It can’t be good to spend 1/2 your life immersed in such a strong EM field.