I have 15 foot tall garage ceilings, so I'm planning to migrate my garage doors to a "high lift" track to make better use of space and lighting. Doing it with torsion springs is what's common, but that always seemed like a bad idea due to ongoing adjustment costs plus the very real threat of a spring breaking on a high-lift track and dropping the door like a guillotine. So, I was thinking of doing it with simple counterweights and pulleys (much like you can find in old vintage vertical slide windows), but I find no kits for that aimed at the residential market. I did find one for industry, and sure enough, its selling point is "extremely high reliability and little or no maintenance." So, is there simply a lack of demand for this in the residential market, or just a lack of supply because installers look forward to selling tune-ups and replacing broken springs after warranties have expired? I do understand that track home builders would just use whatever is cheapest (i.e. torsion springs), but it's a large market, and at least some people do understand the concept of "Total Cost of Ownership" vs. up-front cost.
With no kits (which I would prefer), it looks like I'm trending toward doing it as a one-off custom DIY.
By the way, there actually is potential relevance to home automation: it provides an easy way to measure not just whether your garage door is open or closed, but also how far open/closed it is by using a distance sensor to measure the height of the weight. If someone wanted to just partially open their garage door, it could offer them fine grained feedback and control. That might also enable, for example, smarter, more accelerated opening/closing, thereby saving time.
With no kits (which I would prefer), it looks like I'm trending toward doing it as a one-off custom DIY.
By the way, there actually is potential relevance to home automation: it provides an easy way to measure not just whether your garage door is open or closed, but also how far open/closed it is by using a distance sensor to measure the height of the weight. If someone wanted to just partially open their garage door, it could offer them fine grained feedback and control. That might also enable, for example, smarter, more accelerated opening/closing, thereby saving time.
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