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Nice,thank you:)

I need a couple of these that I can use for my tik tok and twitch streams! ones I can possibly plug into a smart outlet! THIS IS A SERIOUS INQUIRY!

more things need to be designed like this

Supercool😮😮..

Est-ce que je pourrais avoir le code

Great idea. Maybe put the clamp on the lowest part of the hanging garment, as seems that more moisture collects at the bottom (gravity), so it dries last.

Make sure to buy an approved sensor

What types of cable need i to connect the Display with the servo? Do i need a specail soldering Iron? I'm beginner in these things 😅 Thanks for your video!

Printers printing printers😮

PLA?? rails screwed into the printed frame is crazyyy

Have you seen the video of the guy that made an idk many axis printer with a turning build plate and a 4 axis print head

We need video series about this 🎉

what about a weight sensor on the whole rack and measure when evaporation stops (weight stabilizes)? might need some sensitive sensors but would be a scalable solutuon

Pretty cool concept. Another possible solution would just be to measure the moisture in the air, as the curve of that will be following the wetness of the clothes, rising and then falling again once the clothes dry up.

You could use them to make an ultra sonic cleaner.

2:10 I think you meant to say that we should see the resistance rising.

Your channel is so underrated! I have loved all of your videos, keep them coming 🎉

You are only measuring the moisture getting pulled down your towel by gravity! The Sensor has to go on the other end ;) Great project idea, though!

For the LEDs you could have used an addressable RGB strip with x amount of LEDs, that way you only have 3 of 4 wires for a handfull of LEDs

Great idea, but why not go with the capacitive approach? It would be more accurate for moisture sensing. Resistive is inaccurate, has poor contact, poor linearity, ALSO prone to electrolysis (could damage cloth and wires).

Jiggle wobble = human body resistance

Toedeloe is a joke that is only suited to us Dutch and German folk I think ;)

7:20 i hope these are not your real WiFi credentials 💀

"I need to plug in/charge up my drying rack" - Some Guy in 2024

You might want to consider a more inert metal as contact. Copper will eventually give nice indelible greenish stains

This video is boring

Wow lazy. Doesn’t cost anything to wash rice

The whole time I am just thinking when will the dishes get washed.

Freaking love this idea!!!

Hello Tomasz, Thanks for your video. I think it's a very interesting concept. Very handy when you don't have to feel every hour if the laundry is dry. I've already subscribed to your channel. Cheers

instead of the LEDs - how about the ws2812? - no multiplexer and RGB ...

Nice project again, but I do think you should use the rack to measure the moist. No more tangling wires. Love the 3D printer footage by the way :)

I was considering using a strain gauge/load cell from AliEx to get a measurement essentially the mass of the clothes horse and wet clothes. As the clothes dry, the weight will reduce, so if it hasnt changed in a (10 minute?) period then we're done.

Maybe measure the capacitance which will also change with the moisture Level. Then filter the data to remove noise and only keep the slow „drying“ information . Check until the value stops changeing. Use digital IO and measure time of Pulses for the capacitance to allow for more Channels

The solution to your pressure problem: Magnets! Then you do not need a strong clamp as well.

did you have no "green" (cooper) dots on your clothes?

This is great. For the next version, I'd suggest either having everything built in to the drying rack, or make individual battery powered clothes pegs. Ditch the wires entirely if you can. I think going wire-free is more important than worrying about having a single ESP32 per peg. Also, standard clothes pegs are probably the best option. There's a reason we've been using the same design of peg for about a hundred years. :)

btw, check out the recent tour that 3d musketeers did of the Prusa facility. They had this awesome device for sorting screws that could inspire the next iteration of your pill dispenser!

Could you print the clips with conductive filament (or use conductive paint) instead of copper tape? 🤔

9:45 - really love the nozzlecam

This is genius

Didn't know this is a problem to be solved. Seriously.

The reason why the "away from radiator" side dried faster IMO would be because the other end is constantly getting "drier", and water - similar to its "physical fluid" (i.e. "gas is fluid") properties - tries to saturate everything by spreading itself "evenly inside the garment (assuming uniform fabric / "space" / identical material, etc.). So, it's constantly being "drawn" towards the drier place, which then either leads to equilibrium (both dry) or one side seeming wetter than the other. Just hypothesizing, though. I wonder what ChatGPT would have said on this matter, first with "loaded question" and then with unloaded (i.e. "predict the drying pattern"). And speaking of drying pattern - extremely important: you should actually put clips vertically and horizontally centered. Upper parts will always dry first and "dryness" will start spreading from top to the bottom, due to: - air circulation ("hot air rises"); - air startification (essentially the same as above, but imagine drying long towels the length almost to the floor; they'd be creating a small high-moisture "microclimate" due to reduced air circulation or it being limited to single direction); - gravity (especially noticable with heavier fabrics [again, like towels], water will slightly "sag" and accumulate in the lowest parts of the garments); - etc. Therefore, clip(s) at the lowest point are probably most relevant, assuming no forced air circulation (a fan set to blow between the lines will do wonders to accelerate the drying). But clipping them there is also unweildy. So, maybe the best solution would be integrating the moisture sensors within the dryer (on the wires, isolated of course), followed by a couple (or quartet) of humidity sensors (potentially placeable on the dryer's foldable legs). But generally, on the topic of this problem, one's (head) cheek is the best sensor, IMO. And if it just feels "dry enough", that is fine, because the rest will dissipate through the fabric, and - if in the closet or drawer - to the air and the rest of the clothes, minisculy rising the humidity, of which all will be taken away since both closets and drawers are usually not made to be really air-sealed. And, if i doubt, leaving the drawers/closet open for an hour or two when able, would eliminate that entirely... although it would get its air exchanged every time you grab a new pair of socks or the next T-shirt.

3:10 jigglewobble has now replaced jitter in my vocabulary

I will from now on think of you as the "laundrytuber" and you cannot do anything about it. Great content, keep up the laundrytubing

The electrodes would be slowly corroding due to electrolysis?

As an alternative, which will help with drying as well. Use a humidity sensor and a fan (to make sure you have enough circulating air) and measure how the humidity changes over time. Add a button which indicates that your drying cycle starts (which could also start the fan) and take a simple derivative to detect when the moisture level in the air stops decreasing. If you do want to stay with the clamp solution, don't forget to put the clamps near the bottom of the clothes. In my experience the top of the clothes can feel perfectly dry while the bottom is still very wet.

You could always use digital addressable LEDs, they only take 1 data pin