user_3932701103

jmp7624

UPDATE: This has lasted a couple months now through crazy winds and storms in the Midwest. I was worried how well it would hold up but we have had tornadoes close by, hail, heavy rain, and its been solid the whole time. I made a mount for a couple cameras too that have held up but they do get shaky in the wind due to the gutter flexing. I can upload it but my Aosu camera has a different mounting pattern than other cameras and not sure how popular it would be.  I needed a way to mount my Aosu security camera&#39;s solar panels on the gutter because I didn&#39;t want to drill more holes in the brick than I needed. I found a mount online but it took a lot of filament and was really big so I decided to design my own. I am still learning CAD design so its not perfect but it does the job pretty well. I took inspiration from a metal bracket off of Amazon that&#39;s $15 and added the threaded base so I could use the included hardware to the solar panels. The threads on the mount can get chewed up with multiple uses so I recommend just installing the mount and leaving it on. I also tried the design the top as closely to the original as possible so the original mount can lock in place. The bracket pushes up on the solar mount locking securing the mount at whatever angle you need but you can still move it with force and I don&#39;t recommend that. In my original design form the photo, I added screws on the front so you can secure it from both sides but I found it wasn&#39;t needed and took them out. The screws will lock in perfectly under the lip the gutter has and they fit pretty tight so you shouldn&#39;t have to worry about them coming loose. You can tighten them by hand but I did leave a slot for a flat head screw driver if you have one that will fit. The screws are slightly smaller than the threaded holes but they are tight enough screw in without issues.  I also used Elegoo&#39;s Rapid PETG to print these but ASA or ABS would probably withstand the weather better. I also printed mine flat and painted supports leaving a gap between the walls so it can be pulled off easier. I tried print one on its side to use less supports but it didnt print the threads very well. I used a .2 layer height with 35% gyroid infill. It seems to be sturdy enough but you may want to use a higher infill on the screws and print them separately. I think you can get away with about 15% infill on the main model because its not supporting too much weight. I have 3 bottom shell layers and 5 top shell layers as well as 2 wall loops. I just used these from the profile I created so I haven&#39;t messed with changing anything else. For supports, I just did the manual normal supports and have them set to snug to reduce support waste.  I am not sure if this mount will work with other solar panels or not but it looks like most use the same design when looking on amazon.

Gutter mount for Camera Solar Panels

hardware 

jgolden2

Overture Spool Ring

x1c upgrades 

sleep(∞)

A useful tool for everyone who have a big amount of sd cards or micro sd cards or usb sticksticks.this tool help organizing and keeping everything clean.

SD Card USB Holder

Office helps

robotmtb

Kitchen cabinets are too large for some items. So I created this little divider to maximize cabinet ussage.

Kitchen cabinet - horizontal divider

gifts

Efonzie

A bracket to use with metal wire shelving with round legs to stabilize the shelf and/or prevent it from being pulled over by kids climbing on it.&nbsp;The model is designed to be printed with a 0.4 mm nozzle 4 walls, and and approx. 25% infill.&nbsp;This bracket fits snugly around shelving units with 25.5mm legs and provides approximately 14 mm of spacing between the shelf and the wall to compensate for the base boards.  Feel free to remix this to fit your own shelving units if the dimensions or base board spacing varies.

Metal wire shelf wall bracket

wire shelf