My first thought after reading this title: Oh cool, they've taken part in a drill and used the motor. I don't really know what that looks like inside a power drill. This will be an interesting post.
Immediately opened it and laughed out loud. Perfect execution, no notes.
You’d love how I’m starting my generator. Same drill. Hodgepodge of springs and string to manage the choke. ESP32 committing obscenities in the middle of all of it.
Wonder how this would work with an impact? Also, since it already uses one-way bearings, could another drill/impact be fitted to the other side so that there are two “gears” available?
Yes, but you could have made it out of PETG just the same. I have some PETG parts here that we have tried to break but couldn't, that stuff is ridiculously strong for its weight if you use the right infill and you take the layer direction into account when designing the part.
Missed the opportunity to add vacuums and blowers and go upside down plus lateral and rotational movement, with fancy dark themed site and buzz words all over :)
If AI-generated code makes new development much faster do you think the maintenance to development ratio will increase, even if the absolute count of maintenance stays equals?
My first thought after reading this title: Oh cool, they've taken part in a drill and used the motor. I don't really know what that looks like inside a power drill. This will be an interesting post.
Immediately opened it and laughed out loud. Perfect execution, no notes.
This is exactly what I wanted even though it was not at all what I expected.
You’d love how I’m starting my generator. Same drill. Hodgepodge of springs and string to manage the choke. ESP32 committing obscenities in the middle of all of it.
Reminds me of the red green show sans duct tape
When all else fails, play dead
https://www.youtube.com/@RedGreenTV
Feels good to see some one is enjoying and having fun with the tech
Wonder how this would work with an impact? Also, since it already uses one-way bearings, could another drill/impact be fitted to the other side so that there are two “gears” available?
We are in the days of building the things we dreamed about as kids. Looks great for right turns!
What is that 3D printed wheel made of that it can support over half of your weight while bumping along a road?
ASA, per the post
https://en.wikipedia.org/wiki/Acrylonitrile_styrene_acrylate
Yes, but you could have made it out of PETG just the same. I have some PETG parts here that we have tried to break but couldn't, that stuff is ridiculously strong for its weight if you use the right infill and you take the layer direction into account when designing the part.
Direct drive, yes, also direct drill.
Watch out for the gear change, may end up in hammer action.
A good friend of mine told me he would frequently come across a guy who had modified his bicycle with an electric drill.
He would see him leaning over and pulling the trigger get an electric assist on the uphill section of the commute.
You know you could have used a 90 degree chuck buddy. Or better yet, an angle grinder to make it a friction drive from above.
It's got 2 miles of range, adding those complications would likely eat up a lot of the range.
add another wheel on the other side of the drill for a kind of sidecar-like stability? (tricycle style?)
Turning right seems hard.
Missed the opportunity to add vacuums and blowers and go upside down plus lateral and rotational movement, with fancy dark themed site and buzz words all over :)
If AI-generated code makes new development much faster do you think the maintenance to development ratio will increase, even if the absolute count of maintenance stays equals?