Originally Posted by WorldWind
How long could a bike hang from it’s wheel (indoors) without damage related to the hanging?
I’m going to guess 200 years. Because I am a conservative. |
Originally Posted by sorebutt
Depends of the weight of the bike.. According to my calculations (and I used Excel!) a 25lb bike could hang off its rims for 179 years and 16 days.. after that you will have to buy a new bike...
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lol.. u guys crack me up.. 2 more hrs to go before i rush to home depot..
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Originally Posted by ruirui
ok, i have a tandem style 2 car garage. so after my dad and I installed the DIY shelves we custom made, my dad was thinking about where to store my bike. he suggested that i get two hooks from Home Depot and hook it on there from the ceiling. but i thought perhaps hooking it by the front wheel will be good?
right now my bike weights a ton... actually 23lbs. so is it ok to hang by one wheel? my dad is afraid it might fall off cuz it won't support the weight.. what do you guys think? rui |
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I actually hang mine by the seat from a towel hook on the wall in my dorm room. Works quite well, and is a good conversation piece, too.
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ok.. here is the verdict. i got a hook from HD for 59 cents.. went home.. and used my stud finder and found a place to hang it from the ceiling. the hook has about 1 inch of thread exposed.. but when i started drilling a hole in the ceiling.. there was more than 1 inch of drywall. so i thought i give it try anyway and tried to screw the hook into the drywall as much as possible. in the end.. i have screwed in 1.25" of the hook.. which felt strong enough.
so.. after i put on my bike.. my rear wheel is 1 ft. from the ground. it's all good till i give it a test. i simulated people bumping into it... and after a couple bumps.. the hook became loose.. and as the bike wobbled.. i grabbed the bike before it came undone. i then search for another place.. and same thing.. over 1" of thickness of pure drywall. so now.. i'm gonna go for a different way.. gonna look into the performance bike rack or something of that sort. |
You missed the stud. When you hit it, you will know and the hook will be difficult to screw in. In my garage, the dry wall ceiling is held onto the joists with a braket that leaves some space between the dry wall and the joists. I don't know why, but it makes a stud finder useless (and yes, I have a few spare holes b/c of it). If you can get up into the area above the dry wall, go up and take a look and make sure you are into the stud. If the hook really doesn't have enough thread to make it into the wood (honestly, very doubtful), get a different hook.
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Or, the hole you drilled was too large... (should be just a scad smaller than the inner diameter of screw).
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Originally Posted by rwg
You missed the stud. When you hit it, you will know and the hook will be difficult to screw in. In my garage, the dry wall ceiling is held onto the joists with a braket that leaves some space between the dry wall and the joists. I don't know why, but it makes a stud finder useless (and yes, I have a few spare holes b/c of it). If you can get up into the area above the dry wall, go up and take a look and make sure you are into the stud. If the hook really doesn't have enough thread to make it into the wood (honestly, very doubtful), get a different hook.
Originally Posted by neuronbliss
Or, the hole you drilled was too large... (should be just a scad smaller than the inner diameter of screw).
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this is the type of hook you will need. It is availabel in our area (OSH)... http://doityourself.com/store/5545223.htm
http://doityourself.com/images/200x200/5545223.jpg |
sorebutt.. that's the one i got.. except it's yellow. grrr.... i hate seeing holes in my ceiling.
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[QUOTE=Now, the road bike ... technically that is furniture (when not being ridden), so it belongs inside the house. :)
Best.[/QUOTE] Whoooa there.... a road bike is a WORK OF ART, not furniture! |
Stud finders sense the steel nails not the wood so you need to be smarter than the stud to find them. Test in several locations and draw lines and measure (studs are on 16" centers).
When you think you have narrowed down the area that it is located, drill a series of test holes with a 1/16" bit .... you should be able to tell the difference between sheetrock and wood. after you have your hook secure into a stud fill all the little holes with spackle and repaint. |
Originally Posted by WorldWind
Stud finders sense the steel nails not the wood so you need to be smarter than the stud to find them.
wrong! |
mine has a magnet in a plastic arm that points to the nail head.
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Just so you know. When you are riding your bike you are actually hanging form the top of the rims through the spokes. The spokes at the bottom are not holding your weight. So hanging by the wheel will be fine.
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Old 10speed steel drop handle bars upside down mounted to the wall or ceiling make exellant bike storage for top tube supported storage .
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Originally Posted by WorldWind
Stud finders sense the steel nails not the wood so you need to be smarter than the stud to find them. Test in several locations and draw lines and measure (studs are on 16" centers).
When you think you have narrowed down the area that it is located, drill a series of test holes with a 1/16" bit .... you should be able to tell the difference between sheetrock and wood. after you have your hook secure into a stud fill all the little holes with spackle and repaint. Studs can be a variety of distances apart. The joists above my garage ceiling, for example, are 24" apart. They might also be 16" or, very rarely, 12." Spackling is suprisingly easy. Don't be afraid to fix the holes if they bug you. |
Originally Posted by rwg
Just to avoid mis-information, modern stud finders use sound waves to measure density. They don't use magnets at all, although I am sure there are some that will.
just to prevent further misinformation, you're wrong again. see my post above (#40) or just ignore it and read this: "Electronic stud finders changed all that. They give you an amazingly accurate view into the wall and show you exactly where each stud is. In a way, these stud finders are like a touch switch on a touch-sensitive lamp. They are using changes in capacitance to sense where the stud is. When the plate inside the stud finder is over wall board, it will sense one dielectric constant (sort of like an insulating value); but when it is over a stud, the dielectric constant is different. It works on a capacitance differential generated by density difference. " the dielectric constant is somewhat related to density, but in no way is it a direct relationship. and the sound waves part is absolutely wrong. thanks for helping "inform" us, though edit: some may say they measure the density, but i am fairly certain it is marketing since "density" is easier to recognize than "dielectric constant" |
Originally Posted by ruirui
sorebutt.. that's the one i got.. except it's yellow. grrr.... i hate seeing holes in my ceiling.
Later and good luck! :) |
steelrider.. yes i drilled neared by the screw or the places where they've taped up. we've just painted the whole garage before...so i drill near the screws.
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Originally Posted by ruirui
steelrider.. yes i drilled neared by the screw or the places where they've taped up. we've just painted the whole garage before...so i drill near the screws.
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Originally Posted by zip22
just to prevent further misinformation, you're wrong again. see my post above (#40) or just ignore it and read this:
"Electronic stud finders changed all that. They give you an amazingly accurate view into the wall and show you exactly where each stud is. In a way, these stud finders are like a touch switch on a touch-sensitive lamp. They are using changes in capacitance to sense where the stud is. When the plate inside the stud finder is over wall board, it will sense one dielectric constant (sort of like an insulating value); but when it is over a stud, the dielectric constant is different. It works on a capacitance differential generated by density difference. " the dielectric constant is somewhat related to density, but in no way is it a direct relationship. and the sound waves part is absolutely wrong. thanks for helping "inform" us, though edit: some may say they measure the density, but i am fairly certain it is marketing since "density" is easier to recognize than "dielectric constant" I am perfectly happy to admit being wrong. My explanation came from a guy selling the things in a hardware store and was obviously worth what I paid for it. How stuff works is a great site and I haven't ever heard of it giving a wrong explanation. |
well.. i'm gonna give it another try... this weekend.. if all else fails.. i'm going to performance.. lol ;)
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