I got one of those MKR 1010 units for free at a local IoT conference. It was like a little maker con but focused entirely on IoT and sponsored by a lot of the big companies (google, arduino, etc) giving out free stuff. the MKR board was included as part of the panel/class on how to set them up, so there was a whole kit - breadboard, servo, humidity sensor, MKR obviously, and some other goodies. All in all, I had a lot of fun, and even though I didn't really "get" all the cloud stuff very well (it's hard for me to learn new systems sometimes) it's proved to be the best arduino I've ever owned.
There is a high chance I also got this one for free but don't remember exactly. Compared to traditional Arduino UNO it's a totally different board, way more powerful but still as easy to use, I really do like MKR series :)
Thanks for your videos. I'm planning to build something similar but at a smaller scale, so I'm basing it on this video and your older one. If I may ask, how much pressure can this little pump output? All the irrigation kits I've seen require around 1.5 bars of pressure, but these pumps usually can put out 0.5 bar.
is it safe to cover with silicone or something, on top of that board, when everything is connected and ready? I have an itch to just pour a lot of construction sealing silicone (you know the one used for sealing bathroom sink from water) so the water and humidity on the farm will not eat up all this board in a year (or in a season 😅) would it be safe for the electronics of the board? (without touching the parts that are heating, only the "flip side" where all connections are soldered)
Idea is good but result is terrible if using 5v pumps. I just make similar to myself and put it into bigger pots. I got water in one place like a 10cm D and water level is 1m lower than a pot. Now im adding sprinkler but i wont think pumps will hold preasure. If pumps are changed to 220v ones like for small water wells and used 1/2 or 3/4 tubes with regular garden sprinklers than we are talking about something. Same issue i see in video, sprinkler is not spraying but dropping water and also area is too small.
I saw the "Arduino edge control" item that is 200 euro, is it required to run the "Arduino MKR1010" thingy? I'm totally new to this (but I have previous experience with legacy electronics and can code in python/c/java, trying to figure out how to automate my farm :P )
What was your reason for using a water barrel instead of connecting it to the water supply line? You seem to have one in reach. I've recently used the Gardena Micro-Drip system. Works pretty well, but some parts are pretty expensive. Did you also 3D print the adjustable sprinkler pieces? Or are those off-the-shelf components? Also, I've read that even those capacitive moisture sensors aren't perfect, since the capacitance does not only change with water, but also with other factors like minerals in the soil or water. Would be interesting to see how they behave long-term.
![ประสบการณ์ จ้าง Developer ที่ผมจะไม่มีวันลืม [ภาค2]](http://i.ytimg.com/vi/pZbsSDRrmXA/mqdefault.jpg)
Check out the previous video about the watering system: th-cam.com/video/s-xkdfNeIVw/w-d-xo.html
That splitter print where you can cut of the tops is genius!
Here you can find it: www.thingiverse.com/thing:6093573
I've wanted to build something like this for my parents for a long time! Nice to see! 😊
Go for it Benjamin!
congrats on the new space!!
Thanks!
I wouldn't think about making such a splitter. Pretty interesting idea!
Thanks!
Szanuje, miło widzieć, że kanał rok po roku, nie za szybko ale rośnie. Super!!!
I really am grateful your projects track along my interests
Ти молодець, прекрасна робота! Я тільки починаю вчити робототехніку і електроніку, тому дуже дякую за твої проєкти. Вони мене дуже надихають!
Hey, Nikodem. I really like your channel, man. Subbed!
Really nice project. Well done. Greetings from Ukraine
I got one of those MKR 1010 units for free at a local IoT conference. It was like a little maker con but focused entirely on IoT and sponsored by a lot of the big companies (google, arduino, etc) giving out free stuff. the MKR board was included as part of the panel/class on how to set them up, so there was a whole kit - breadboard, servo, humidity sensor, MKR obviously, and some other goodies. All in all, I had a lot of fun, and even though I didn't really "get" all the cloud stuff very well (it's hard for me to learn new systems sometimes) it's proved to be the best arduino I've ever owned.
There is a high chance I also got this one for free but don't remember exactly. Compared to traditional Arduino UNO it's a totally different board, way more powerful but still as easy to use, I really do like MKR series :)
Can't wait for more videos! Where is the link to the 3d file of the splitter?
Of course, I forgot as always, here it is: www.thingiverse.com/thing:6093573
I hope you got your YT mojo back and you post more.
I hope so too! Already working on a next video!
@@nikodembartnik I look forward to seeing your new autonomous lawn mower...
is there a way to connect a more sensors for measuring soil moisture and how?...Thank you for sharing your knowledge
Thanks more power from Indian ❤
Thanks for your videos. I'm planning to build something similar but at a smaller scale, so I'm basing it on this video and your older one. If I may ask, how much pressure can this little pump output? All the irrigation kits I've seen require around 1.5 bars of pressure, but these pumps usually can put out 0.5 bar.
I have no idea about the pressure of this pumps but it works fine for me
Awesome next you could look at home-assistant & esphome
nice one
Thank you!
is it safe to cover with silicone or something, on top of that board, when everything is connected and ready? I have an itch to just pour a lot of construction sealing silicone (you know the one used for sealing bathroom sink from water) so the water and humidity on the farm will not eat up all this board in a year (or in a season 😅) would it be safe for the electronics of the board? (without touching the parts that are heating, only the "flip side" where all connections are soldered)
Hey Nikodem! What were those plastic tubs in the shelf next to your window?
Hi, that is Ikea Trofast :)
is that Artisan by Snapmaker in your new workspace?
also, it would be nice to see all the hardware(lab power supply, oscilloscope, soldering iron, etc) and software you use for your DIY projects
Idea is good but result is terrible if using 5v pumps. I just make similar to myself and put it into bigger pots. I got water in one place like a 10cm D and water level is 1m lower than a pot. Now im adding sprinkler but i wont think pumps will hold preasure. If pumps are changed to 220v ones like for small water wells and used 1/2 or 3/4 tubes with regular garden sprinklers than we are talking about something. Same issue i see in video, sprinkler is not spraying but dropping water and also area is too small.
Hejka mogę kupić to gdzie just zrobione gotowe do podłączenia ?? Mam małe miejsce 2x1.5 m z miejsca na 12 pomidorów
I saw the "Arduino edge control" item that is 200 euro, is it required to run the "Arduino MKR1010" thingy? I'm totally new to this (but I have previous experience with legacy electronics and can code in python/c/java, trying to figure out how to automate my farm :P )
What if you build a pot instead of having exposed wires. stored water on the bottom of pot.
How do i get into making projects like these
Can i check what is the raspberry pi for? i thought you have arduino to do the microcontroller task?
It's pi pico, it's a microcontroller from raspberry pi not a full raspberry pi with linux on it.
Good job bro
What was your reason for using a water barrel instead of connecting it to the water supply line? You seem to have one in reach.
I've recently used the Gardena Micro-Drip system. Works pretty well, but some parts are pretty expensive. Did you also 3D print the adjustable sprinkler pieces? Or are those off-the-shelf components?
Also, I've read that even those capacitive moisture sensors aren't perfect, since the capacitance does not only change with water, but also with other factors like minerals in the soil or water. Would be interesting to see how they behave long-term.
I assume that it just allows you to easily connect roof drainage hose (yellow one on the video?) to the barrel and get it refilled each time it rains.
why not tried drip irrigation?
make an automated vacuum 😃
właśnie dziś postawiłem tunel i chciałem w pon zacząć robić automatyczny system a ty mi spadłeś z nieba😅
Powodzenia z systemem! Jak dam radę to na kanale @prosteczesci pojawi się niedługo film o tym jak taki system zbudować :)
molodets bratan )))
I just subscribed.
Build a garden fully run by robot arms and moving rails 🤭🤭🤭
What happened to the video quality bro? You used to do epic filmmaking shots🤔
Is it seriously that bad?
No! It looked fine to me.
First