we’re back it’s it’s been a minute since our last fan showdown. But you know let’s, just let’s just get a move on. Thank you to thanks for sponsoring this episode every now and then, when i create something on the channel that i like that, i think you might also find useful. I like to upload it. Međutim, many times after i’ve done, this i’ve gotten comments saying you should switch your hosting site because the one you’re currently using isn’t, always the best experience well thangs, is here to help. Thangs is a platform for independent engineers, product designers and 3d, cad enthusiasts and hobbyists. Thangs helps you find things with ease with over 1.6 million models and growing indexed in their database with thangs. You don’t need to jump through hoops to find what you’re looking for. Even if you don’t know what exactly it is, if you have a model that’s somewhat similar, you can upload it to things and let their geometric search figure it out for you and find similar models that you can use in your project. They even have models that are available as augmented reality files, whether you’re looking to find a model or share a model. Thangs is here to make your life easier, so click the link in the description below and start exploring. Danas. First up is kade and his fan arms, uh cade said the goal was to win and the other was attaching the blades to the outside of the fan disc.

Now how cade went about accomplishing this was to use three of the nine blades to attach the other. Six blades to the fan hub, which well i mean we’ve, we’ve, seen fans with blades on the hub before, but never anything. You know this drastic. The nine blades are broken into three clusters and those three clusters are then attached to the fan disc by just a skinny little center bladeand i don’t know um how well that’s gon na work. But i do know that that’s a lot of that’s a lot of mass on the outside of the fan discs spinning around and around. So we we’re in for something now over the life of the series we’ve seen we’ve seen many people take their inspirations for their fans from mother nature, mostly birds. One time we did have a whale but other than that it’s pretty much straightforward. What it always is, birds are marine life until now this is the moose and it was created by chris and well. The inspiration behind it was the moose. Like many of us, chris, looked at the moose and thought what a brilliant specimen of aerodynamic prowess chris gets. It he’s just built different and uh. Pa, he looked at the moose and he said i’m gon na make a fan out of that and he did. He took the antlers from the moose and made a little fan with eight blades and um moose. Antlers, surprisingly, are very fan blade like when, when you go to when you think about it, i guess this could be um the future, as we know it, moose fans, you know what else might be in the future if simon has anything to say about it, uh Square fanssimon, said you know what i’m sick of looking at all these round computer fans.

I think we need some square pc fans in the pc cooling ecosystem, so he did and simon sent this model and simply said i wanted to make a square ish fan. So i made it well, we can’t call him a liar that’s, that is for sure, so from animal shapes to regular shapes uh. What about food? Pa, this next one was inspired by well, you go ahead and guess this is the waffle and it was made by gerbin and he said the inspiration behind this came to him. While he was just sitting down having his morning coffee and then he looked at the geometrical patterns of his waffles and said that boys that’s a fan now again, i don’t know how well this will perform. But i do like waffles and i think that this kind of looks cool. I think you should have called it the waffle stomper if anybody out there watched doug funny back in the day i mean these are all pretty unique. I wonder, i wonder how they sound. The waffle came in with a sound level of 48.9 dba. The square came in with a sound level of 45.2 dba. The moose came in with a sound level of 41.7 dba and the arms yeah. Having that much mass on the outside of the disc connected with only a little tiny, Znaš, fan blade, didn’t work the best when this thing starts spinning around and around and around that centrifugal force, just kind of pulls everything out, and these things start to twist And unfortunately, they uh they touch the fan shroud.

The arms came in with a sound level of 58.9 yikes, but even though it rubs on the fan shroud, it does push air just like the rest of them, so i think it’s time to smoke test them. Glazba. Glazba, Glazba, Glazba. So last but not least, let’s talk. Termici. The arms comes in with an average temperature of 79.3 at a room temperature of 20.9, giving us a delta of 58.4. The moose comes in with an average temperature of 78.6 at a room temperature of 20.6, giving the delta of 58.. The square comes in with an average temperature of 76.7 at a room temperature of 20.4, giving us a delta of 56.3 and the waffle. The waffle. Stomper comes in with an average temperature of 84.2 at a room temperature of 21, giving us a delta of 63.2 placing the square in first place. The moose in second place the arms in third place and well the waffle, stomper and fourth overall other than the square fan most of these come in towards the the mid to back end of the pack. When we look at everything else, but either way, it’s always a fun time to just see what you guys came up with. You know mooses and waffles and squares and just print them out, see what happens and if you want to get involved in the fan showdown at gmail.com make sure to head over to my thingiverse account. So you can find the model for the fans to give you all the critical dimensions you need and then make sure to send at least an stl file to the my gmail account the fan, showdown gmail.

com and maybe next time, we’ll.

https://www.youtube.com/watch?v=S6zFaSkueVU