oh how VERY observant anarki! n1
that certificate is from when i got my first belt (yellow) in my tae kwon do
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you just posed it infront of your little certificate to make us fear your ninja skills :ph34r: yeah.
and something on topic... i once took a woodworking class a couple years back... was quite fun.. i remember sanding something so much that it was smoother than.. something very very smooth.
I wish i knew how to handle wood
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Usually you just grab it unless there's some secret I don't know. :p
Take woodshop.
literally, over a ton?
HMmmmMMMMM..........
id say use oak, use 4x4's... support it with probably a metal frame.....
I think its do-able
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You underestimate wood. Some of my old skate ramps from back in the day have survived cars driving over them and what not.
Two by Twos could handle it with some really fancy archiexture technique... 2by4s should be fine unless you do something seriously wrong, like make the table tilted. 3by3-4by4 would go no problem.
[edit]oh, don't buy the cheap wood you can get for the table legs or base. One of the main differences between different quality woods is the ammount of weight they can support at a maximum.
literally, over a ton?
HMmmmMMMMM..........
id say use oak, use 4x4's... support it with probably a metal frame.....
I think its do-able
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You underestimate wood. Some of my old skate ramps from back in the day have survived cars driving over them and what not.
Two by Twos could handle it with some really fancy archiexture technique... 2by4s should be fine unless you do something seriously wrong, like make the table tilted. 3by3-4by4 would go no problem.
[edit]oh, don't buy the cheap wood you can get for the table legs or base. One of the main differences between different quality woods is the ammount of weight they can support at a maximum.
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youre right but you have to consider the shape of the ramp vs a table, plus the fact that when a car hits something, its quite a bit different than setting a car down on it for an extended period of time... a slanted ramp is much more likely to sustain the weight, as its only weak at its highest point, at the bottom its not much different from having it directly on the pavement... where the weight will only be applied for a second or two. This is entirely different from a square table that the force will be exterted on for weeks at a time, directly downward rather than with forward momentum to add on to it. 2x2's may be able to do it, but its better safe than sorry right?
I was mowing just now and i got a pretty crazy idea... you might be able to somehow incorporate springs into the design, at the parts where table meets leg... not enough to make the thing bouncy, but more as shock absorbers so that the force can be gradually exerted onto the table. also use wood with a straight grain for the legs. Wood is more stable when force is applied in the direction of the grain. Id suggest 5/8" plywood for the top, maybe even two sheets stacked. You certainly wouldnt want to spend weeks making strong legs only to have the thing crack the middle of the table. I have seen some extremely heavy things placed on wooden tables though... a whole ton or more, i dont think I can say I've seen honestly... but I'm almost certain that it could be done.
Boy sure seems like a really cool project though