12 modeli
As seen on X and YouTube: Disclaimer: This is an acoustic model. As such, it does not scale, nor is it compatible with drivers other than the ones specified. Scaling / incorrect driver(s) will result in significantly diminished performance.
Instructions from creator: 0.3mm layers 3 shells 4 top and bottom solid 40% triangle infill I used 0.2mm layers
As seen on YouTube: Disclaimer: This is an acoustic model. As such, it does not scale, nor is it compatible with drivers other than the ones specified. Scaling / incorrect driver(s) will result in significantly diminished performance.
Intention to print these 4 parts and then use ½inch nominal (0.472 in) plywood for top and bottom. To use threaded rod (¼-20 or similar, those are 6.5mm holes) to clamp shut I'm finding 400-800g per part, so this is a plastic hog… I'm…
Try this as a smoother, less broken-up version: 20 cm x 20 cm Print Bed Version This is a modified version of the subwoofer enclosure, split into smaller parts so it can be printed on 20 cm x 20 cm print beds. I added connectors to make…
Terminal plat to accommodate bigger Ø7mm binding post
This is cover for 868MHz RFID SAW bandpass filter from Aliexpress . After printing, glue together with hot glue gun. I have used black hot glue.
Because im using the subwoofer as part of 2.1 system where its standing vertical i had to move the hole for the terminal plate to the side of the housing. Ive also made a remix of the terminal plate for bigger binding post, see my other…
I purchased a inexpensive cavity bandpass filter off AliExpress for my MeshCore repeater. The idea location to place it is as close to the antenna as possible but that required mounting it outside and on my tower. I needed a waterproof…
Because im using the subwoofer as part of 2.1 system where its standing vertical i had to move the hole for the terminal plate to the side of the housing. Ive also made a remix of the terminal plate for bigger binding post, see my other…
Terminal plat to accommodate bigger Ø7mm binding post
As seen on YouTube: Disclaimer: This is an acoustic model. As such, it does not scale, nor is it compatible with drivers other than the ones specified. Scaling / incorrect driver(s) will result in significantly diminished performance.
