Відео

Is there a video how to programm?

where is your circuit diagram.?

Which pumps did you use?

For people who want to build it for the first time, can you do it slowly and it would be better step by step Thanks

Bro can I use the lcd display to show rx and tx battery composition like in flyskyu i6?

Please come back..... please?

it has a very finitely stiff drive train though

I suggest using firebase. Totally free. No need to buy 'energy'

make part 2 where u program it

Hi Emil! I'm working on a final graduation project to become an electromechanical engineer. May I cite your video as inspiration? I have developed a gear reducer similar to yours for use in a plastic tensile testing machine I am designing. It's for a NEMA 24 motor with a torque of 12Nm and uses XL type belts. Looking forward to your response. Thank you!

Connection diagram

It's simple and amazing! Very good job. When you please us with the following video with sketches and practical use of this remote control.

what is the payload ?

Your design is very nice in silver! Mostly done, now waiting for a part to come from Amazon. My rotory encoder mounts are different, but one screw hole is enough. Thanks

Nice project. Your video is well done also. Going to download the files now to see the details. Can you tell me the ratio of the gear reduction that you achieved?

This is amazing. I’m currently building a self watering pot similar to this. You killed it in hardware. I’m using Arduino also and similar hardware but your 3D case is amazing. I’m going hard on the software side, using AI and building a powerful iOS app , but I just wanted to share with you that the casing is on top. If you design this to sell I would be interested to build the smart pot

This does seem a lot better than the 3D printed gear based gearboxes I’ve seen.

can i use it ESP32 ?

Turn the music down! or better yet turn it off.

Well done ! Excellent information, thanks Emilo !

Great project, but could you please explain to me how you fit the small gear to the 5mm NEMA17 motor axle

I want to build something similar due to me having 30+ plants and I just don't want to run around all the time and water them and remember all their specific watering preferences. Some plants are also in not so easy places. Having a system like that a bit scaled will definitely be a help and an absolute time saver (and I can keep up with my plant buying "addiction" lol).

Range???????

If the auto mode can turn up the pump based on the humidity level, why can't it turn it off based on the same system? Could eliminate most of the hazle of pumping the right amount of water 🤔

electronics links from description are not working anymore

please provide me code for transmitter. video is very nice.👍

5:17 the slight movement is from the teeth not meshing 100% between the belt and gears. If the belt tooth is resting on the gear tooth not between the gear teeth, a minor force like your finger will cause the teeth to slip into momentary alignment.

Annoying music on higher volume than your voice makes it unwatchable.

can you please build them and sell them, i will be your first customer.

The concept of this project is promising, but there are some issues with the moisture sensors that need improvement. The moisture sensors often require calibration and appear to be prone to failure. To enhance the system’s reliability, you might consider replacing them with small aquarium valves to control the flow of water to each plant. Additionally, adding a leak sensor at one of the plants to detect any water input anomalies could be beneficial. Simplifying the project by implementing manual flow control and incorporating a system to calculate and monitor the amount of water dispensed to each plant would be a great idea. This could be further enhanced by integrating a Wi-Fi switch for daily scheduling and remote control. Overall, with these improvements, the project has the potential to be highly effective and user-friendly.

those relays look way oversized for the pumps. you could get away with much smaller relays, or even ditch the relays altogether and use some small power MOSFETs (plus a flyback diode for protection) to switch the motors silently. heck, the MOSFETs used to turn on those giant relay coils are probably themselves strong enough to drive the pumps!

Can you please share the entire wiring diagram?

Maybe too late for a comment but the background music was horrible and disturbing and unable to concentrate on the main video.

Thanks ```````❤❤❤❤❤

What use without code !!

So were is the code part video. Nice project

Very nice 👍👍

Hi, Could you please explain the algorithm for the homing function once again? I also request you to add any webpages or references on where you got it from too.

Bro love your design of transmitter . I would love to see the reciever part of it. We are waiting for it

Nice build and video! What gauge wiring is used to connect the components?

very good like the idea and reason

Have you programed it yet? Cuz I have no idea how to do that

Du bist ein Genie

The torque is more because you didnt include the weight of the leverarm, if you make the lever symetrical on both sides of the axle you can exlude it from the calculation

Can't wait to see the next part of this video. The reciever part. And also testing of this project.

How much its range ?

What's the reduction ratio of the gears

how to program it that it will work whit a comercial reciver ??? pls reply (im not good at eanglish)

good design :)

Very impressive!