It reminds me of people that chop of Hammond organs in hopes of getting an easily giggable, 1-man transport organ. The stuff that weighs the most are the components that you need.
Ok, forgive me in advance for being a spoil sport, but I must say this...
Any amount of weight you're going to reduce by drilling will be completely unsubstanial compared to the weight of the necessary components that you can't get rid of. Meanwhile, you've destroyed the originality of something that is only going to get more and more scarce as time goes by. I seriously doubt that drilling will materially reduce the weight so that it's more of a joy to carry.
It reminds me of people that chop of Hammond organs in hopes of getting an easily giggable, 1-man transport organ. The stuff that weighs the most are the components that you need.
Ok, I feel better now...
Ok, forgive me in advance for being a spoil sport, but I must say this...
Any amount of weight you're going to reduce by drilling will be completely unsubstanial compared to the weight of the necessary components that you can't get rid of. Meanwhile, you've destroyed the originality of something that is only going to get more and more scarce as time goes by. I seriously doubt that drilling will materially reduce the weight so that it's more of a joy to carry.
It reminds me of people that chop of Hammond organs in hopes of getting an easily giggable, 1-man transport organ. The stuff that weighs the most are the components that you need.
Ok, I feel better now...
. . . . I might be bi-polar... :joyful:
Yeah, the sprocket looks pretty awesome.
Look at the Canham DLC and Wehman for examples of drilled-out light weight cameras. It is possible to take a lot of weight out of a slab of material without having much effect on its stiffness or strength. Hollowing it out is the most effective - when a beam is loaded the internal forces are tension in the 'skin' and compression in the interior. When a hollow structure does break it does go in a rather catastrophic manner - think broken egg. Aircraft structural components are usually ribbed with holes drilled between the ribs.
On my Graphic the weight is mostly from the cover. Is that what your drilling, or is there more weight elsewhere? I ask, cause if it is the cover I've thought of shortening mine to getting some weight off. Then too, a spring back is lighter then a Graflok.
I have the SOLUTION for you that will save the most weight --
just send me your tripod,
and your burdens will be forever reduced.
Karl
Good points. The front plate, for example, could be skeletonised and then sheet aluminium could be epoxied over the skeleton, giving excellent rigidity and maximum weight reduction.Just to stir the pot a bit more...
How much strength does one really need from a press camera? I honestly suspect that the solid construction of these cameras is more to provide protection & full enclosure than to satisfy structural integrity requirements.
True, I don't know how much rigidity a swiss-cheesed front plate would have, but I suspect you could remove a lot of material and the focus rails would still do their job. Furthermore, drilling out the body/box wouldn't probalby have too much effect on the strength or torque resistance.
Obviously I'm no engineer... but imagine an old heating/cooling grate; although those are probably iron, they're incredibly strong for consisting of sometimes only scrollwork or the like.
Hope that makes sense...
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