I watched several sewing videos in preparation to buy a machine. The consensus is that drop-in bobbins are easier for beginners than front-load. Well I’m the kind of person who wants to get to the /expert/ stage & if that means doing things the hard way, so be it. But then the question is, what are the advantages of front-loads?
Youtube video id rbhfilt68vI titled “TESTED Best Sewing Machines for Beginners” suggests that front-load bobbins are more likely to get tangled and jammed. That sounds like an anti-feature for both beginners and experienced users. So why do front-load bobbin designs even exist?
(edit)
I think I got my answer. Video F7GTjrc-m5w says front-loading enables the machine to go faster and also enables you to switch bobbins mid-task.
I care more about jamming than speed. But the mid-task swapping sounds useful because I don’t suppose you can predict when it will run out. So I guess I need to consider how much stock to put into the comment about jamming.
That machine is a pretty solid choice if it works, and a worthwhile repair project if it doesn’t (it may have seized up if not maintained recently or it may have timing or alignment issues from age).
Machines like that are quite solidly built compared to modern machines, I would be surprised if it can’t get through a few layers of denim for a few stitches (I wouldn’t recommend doing 6 layers continuously, but crossing over the side seam should be OK). If you’re concerned you can always hand crank it for that part.
The lack of a free arm may be somewhat limiting for hems. The “stupid” solution would be to stand the machine up on top of a crate or similar, as long as the circumference of the leg/other fabric is large enough to fit around the bottom metal “plate” of the machine. (These machines have a metal body designed to be built into a cabinet or shelf top. I’m not sure if yours includes a wooden box around the bottom or if it is just the machine itself, but if there is any wood then the machine can be removed from this leaving just the metal body of the machine itself which may provide more flexibility in this regard.)
