41–50 of 387 posts
specifically:
1. what are the most expensive parts, and how fast is technology advancing (or costs declining) on those parts?
2. what scale is necessary for a comparable robot to retail for < $1000?
Robots have a big problem - price tag. Research robot for $18k, Spot for $75k, single robot arm moving stuff from A to B - $50k+. How many organizations can afford that? No wonder, that robot adoption is extremely slow.
I imagine a bit of the current price tag is "we want serious purchasers who will be partners in the development of this device"; they don't want to build them for people who will just dick around with it for a bit and then relegate it to the corner of the room.
Earlier quoted context omitted.
That seems pretty cheap, tbh.
Does it? Having worked with robotics in mfg, part of the cost is stiffness. A stiff arm and mounts means repeatable actions. In the video this thing was flexing all over the place. It’s cool, no doubt. But it seems a well placed LEGO could nearly shut it down. I’m not seeing 18k as “cheap” in any sense here. Maybe I just don’t understand the business model or what goes into this.
$18k
That's the small scale developer edition. I don't know anything about home robots, but to me this seems to be the first design that is practical to bring to consumers. Not 2 human arms (or even legs) and some expensive face, but instead just a Roomba-ish base, telescope arm with grabber that moves up and down, camera on top.
Robots have a big problem - price tag. Research robot for $18k, Spot for $75k, single robot arm moving stuff from A to B - $50k+. How many organizations can afford that? No wonder, that robot adoption is extremely slow.
Things it can't do: - go up stairs - get up after a fall / reset itself - pick up heavy objects - precise motion (so no cooking) - interact with buttons or touch screens (so laundry might be hard) The one use case I think it might be worth it is if the robot can take a room full of toys and return everything back to where it belongs. Kind of like a one click, reset this room. If it can help me keep organized and clea…
Or you could teach your kids to clean up their toys themselves. Make it a fun game for example. Set an example by putting away your own groceries as soon as you put them in the kitchen. Boom 5k saved. Maybe they will grow up to not be the type of person who leaves all of their crap on the table of the university table after they are done studying. To be clear: I am not shifting on you as a parent. I am making fun of…
The arm is not very rigid. Notice there's a barcode target on the end effector base (the "wrist") where the camera can see it. So the system can compensate for some bend. That's in some ways better than building a super-rigid structure.
I'm surprised there isn't a camera or two out at the end of the arm, for fine positioning. Cell phone camera parts are so cheap now that's a no-brainer.
Things it can't do: - go up stairs - get up after a fall / reset itself - pick up heavy objects - precise motion (so no cooking) - interact with buttons or touch screens (so laundry might be hard) The one use case I think it might be worth it is if the robot can take a room full of toys and return everything back to where it belongs. Kind of like a one click, reset this room. If it can help me keep organized and clea…
Things it can't do: - go up stairs - get up after a fall / reset itself - pick up heavy objects - precise motion (so no cooking) - interact with buttons or touch screens (so laundry might be hard) The one use case I think it might be worth it is if the robot can take a room full of toys and return everything back to where it belongs. Kind of like a one click, reset this room. If it can help me keep organized and clea…
Or you could teach your kids to clean up their toys themselves. Make it a fun game for example. Set an example by putting away your own groceries as soon as you put them in the kitchen. Boom 5k saved. Maybe they will grow up to not be the type of person who leaves all of their crap on the table of the university table after they are done studying. To be clear: I am not shifting on you as a parent. I am making fun of…
Things it can't do: - go up stairs - get up after a fall / reset itself - pick up heavy objects - precise motion (so no cooking) - interact with buttons or touch screens (so laundry might be hard) The one use case I think it might be worth it is if the robot can take a room full of toys and return everything back to where it belongs. Kind of like a one click, reset this room. If it can help me keep organized and clea…
Or you could teach your kids to clean up their toys themselves. Make it a fun game for example. Set an example by putting away your own groceries as soon as you put them in the kitchen. Boom 5k saved. Maybe they will grow up to not be the type of person who leaves all of their crap on the table of the university table after they are done studying. To be clear: I am not shifting on you as a parent. I am making fun of…