The Honda cr-z has these near useless rear cubbies, and terrible bass on the subwoofer-less base model.

Mocked up a subwoofer enclosure using a 3d scan of this seat area that another person in the crz subreddit uploaded.

Printed on a single 220mm³ plate in abs, bonded with plastic epoxy, then coated in 3 layers of fiberglass. The housing is held in with 3m double-sided foam tape all around, and sounds great! I was worried about sounds quality with this not being a proper sub enclosure but was very surprised that it sounded amazing right after install.

Sub is run off a simple jbl a3001 and hooked right into my aftermarket head unit.

Going on a two week hike I wanted to be able to dry a pair of socks and one pair of underwear in my tent (it's a super small tent with a conical 'roof' with a hook hanging down so no room for a wash line). I made this guy in fusion and it all came together nicely first try! Love that feeling.

My 15 year old standing fan started making an absolute ruckus. The rubber bushing that connects the impeller to the motor had disintigrated. Oh well, 3d printer goes BRRR.

Glued it on with E6000 and a couple screws. It ain't going anywhere ever again.

Modeled a part of my fridge that had broken and adapted it to hold a wooden dowel. It's not perfect, but it's much better than no shelf at all. Also... I know it will eventually mildew, and I've accepted that, the fridge doesn't have too long anyways. Also, the yellow on the parts I printed has no purpose, I was just too lazy to remove the PETG support interface layer :p

When cycling or scootering at night, it's advisable to wear reflective clothing. Magnets secure the quick-release reflective element, which is important for preserving the waterproof fabric of your windbreaker or backpack.

Couldnt find any of these classical style picture frame wall mounts so decided to try and make one myself. Holds up suprisingly well.