Very nice job, couple questions, how much weight do you have in the weight bobs or what ever they are called, And what did you use for bushings and axles for the gears. I can't find any pipe that fits inside other pipe to make my own. Any ideas will greatly help out,
Its been a while since I made this one but I think the weight was about 25 pounds. with the pully system it works out to about 5 pounds driving the gear train. This one runs for 8 days. As for the bushings and arbors, I used RC car wheel bearings for the bushings and solid brass rod for the arbors.
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You're correct, it wouldn't put any more stress on the escapement than a shorter simple pendulum with the same period. The action is very smooth and the torque required for the escapement to keep the pendulum in motion is .05 ounces.
Thanks. The pendulum is just under 7 feet long. It has a two second period. I don't think I will make another one like it. With the slow period and the compound design, it is very difficult to get the the length and balance correct. I think I will stick to simple pendulums from now on.
thepresident1981 4 months ago
Do you have any videos of the construction?
insolvancy 4 months ago
good job man how or where did you get your gears?
turdsarewet 7 months ago
@turdsarewet I designed the gears with CAD and then cut them with a scroll saw.
ggreshamyak 5 months ago
good job !!!
odmcarp 1 year ago
wow very pretty wooden clock,,,
but be carefully that too many termites will love it to eat this wooden clock
bestamerica 1 year ago
are the gears and all wood???
NOMADdaf 2 years ago
Cool!How Can i Build my own? Please Tell Me!!!
Rumbata6 2 years ago
Very unique skeleton clock... it must also be very calming that it's around. And it would be the one of the centerpieces as well. :)
Elainiwen 2 years ago
Very nice job, couple questions, how much weight do you have in the weight bobs or what ever they are called, And what did you use for bushings and axles for the gears. I can't find any pipe that fits inside other pipe to make my own. Any ideas will greatly help out,
HossHossHossHossHoss 2 years ago
Its been a while since I made this one but I think the weight was about 25 pounds. with the pully system it works out to about 5 pounds driving the gear train. This one runs for 8 days. As for the bushings and arbors, I used RC car wheel bearings for the bushings and solid brass rod for the arbors.
ggreshamyak 2 years ago
nicely done - impressive -meticulous, love it
JghEsq 2 years ago
I want to build one?
ralphcanoes 2 years ago
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r1j 3 years ago
the long pendulum looks like it is very stressful on the escapement but i dont know the clock is yours =] nice work! beautiful
a10fjet 3 years ago
Why would a long pendulum put stress on the escapement mechanism?
matt9741399 3 years ago
You're correct, it wouldn't put any more stress on the escapement than a shorter simple pendulum with the same period. The action is very smooth and the torque required for the escapement to keep the pendulum in motion is .05 ounces.
ggreshamyak 3 years ago
Nice. How long is the pendulum? It has a nice slow ticking.
sooth15 4 years ago
Thanks. The pendulum is just under 7 feet long. It has a two second period. I don't think I will make another one like it. With the slow period and the compound design, it is very difficult to get the the length and balance correct. I think I will stick to simple pendulums from now on.
ggreshamyak 4 years ago
Nice work gg!
Clockmaker46 4 years ago