Check your bed adhesion (clean the bed with detergent and hot water, and I recommend a quick wipe with 91% IPA before each print) to prevent the model rotation seen in this picture, but in general parts with that little bed contact can be difficult to print correctly. If you can’t find an orientation that fits on the bed with more surface area, then slow the print down to minimize forces pushing the print. While supports help, they don’t hold onto the print as firmly as the bed does (on purpose).

I’ve run into some frustrating issues with small contact points with print beds. Another option is to use a smooth PEI plate and use a glue stick or Bed Weld or something to help improve adhesion.

It needs more support sooner in the print. While it's not a bed slinger, extrusion still puts torque on the print. Both from the pressure down of the plastic squishing ontop of the lower layers, and from the nozzle pulling along as it prints.

I'm actually surprised the print even made it that far. A model moving even a tiny bit can produce a lot more than just some wobblyness in the surface finish. I've had plenty of prints that basically just fall apart and become spaghetti without the models even detaching from the bed.