They had a submission 8 years ago[1] but I came across the YouTube announcement[2] of their new 4.1 Kickstarter campaign[3]. It only seeks $16,000 of which they've currently raised $249,000 based in no small part that they've already shipped several successful releases, I'd guess

Their project is open source[4], GPLv3 for the on-device software and CC-BY-SA 4 for the cad files

1: https://news.ycombinator.com/item?id=12705546

2: https://www.youtube.com/watch?v=I5bZfNOZi-A

3: https://www.kickstarter.com/projects/maslow4/maslow41-access...

4: https://www.maslowcnc.com/source

I backed the original Maslow and also the Maslow 4, and recently a 4.1 upgrade. The creator is a really dedicated guy and the Maslow is a great CNC for those who cut sheets goods from wood (though folks have adapted it to other materials) and are OK with some tinkering.

There is a decent sized community that supports the software as well.

I really wanted to love this, but after setting up an older version and spending untold hours debugging it I just can't make myself believe anymore. I am glad to see them move to four cables though-- two + weights was a nice bit of math but not so great as physics.

If you're looking at this, think hard about whether it's possible to cut a router template for what you want to do on a normal sized 2.5D CNC router. It's what I do and is good enough to build a business around.

This is what it actually does: https://www.maslowcnc.com/about-maslow4

This looks like it provides an amazing amount of capability for the price, if it meets your needs. ($525 kit + $125 motor, saved you some clicking).

For comparison I have an Avid 48x96 bed type CNC router that I am into for close to $10k. Obviously the more expensive machine has more cutting capability, but I am curious what the actual accuracy of this machine is.

I am getting +/- 0.010” or so for large parts, cutting .032” thick aluminum 6061-T3. Probably doing better than that on wood due to lower cutting forces and less machine deflection.