Something I did on a project was to "extend" the LED light through the case by using a piece of clear 1.75mm crystal clear PETG 3D printing filament as a "light pipe" to bring the light up to the front of the case. In the design I created a small tube that extended from the front to just above the LED on the Arduino LED. The hole in the tube was about 1.75mm, and I cleared it out with a drill bit to ensure a tight fit. With the case assembled, I cut the end of a piece of the clear PETG to a clean end with a razor blade, then inserted it into the hole down to make contact with the LED. A little CA glue secured the PETG in place, and I cleaved off the filament flush with the front of the case with that razor blade. It work extremely well. The LED light is highly visible, and no soldering required to extend it, and no modification to the Arduino. Nice project. Well presented. I'm looking forward to the next video in the series.
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
Cool project! Was the choice of battery because of space constraints? A PP3 battery doesn't contain a lot of energy (approx. 400 mAh) and not much is left when you have thrown away 45% of it in the voltage regulator. What's the actual runtime of the unit?
Wow, Your Production quality is soooooooooooo good. Its very professional. Keep it up dude. The video is good. Your video skills are so good that even if there is no content I don't mind watching your videos. Hope you reach a million subs in few months
Good afternoon! I know the video is a couple years old now but i really like your design. Im curious if you have a place where you share the code. In de video description you state plans to make a new video with the coding. Are these plans still there and is there a way we can help you publishing it?
Will this work on any other recievers😅😅😅 I saw a video of a guy making receiver and transmitter both but I want to make this transmitter instead of his transmitter but I will make his reciever😅
Nice and elegant . I will definitely make me one . I was looking for 4 in 1 multi protocol diy . Could it be a good idea for a new video to update it by adding more protocols an CC2500 for example . Nice work any way . Just subscribed 😊 , thanks .
Very nice project. I really need a 3d printer... 1 question why did you chose to short cut the positive side with a switch and not the negative, I thought this was more common
Greets from a medical engineer and hobby designer. I probably don't learn anything new, but I like your stuff and design. It is just relaxing to see your videos during lunch break 😅 Hexagon screws are looking very professional, I like it! Keep it up!
Omg this is so cool. Please keep working on your projects, I'll be waiting to see your progress!
threaded inserts is what I needed for my 3d printed enclosures - great build overall!
Threaded inserts are the best! The most satisfying thing to add to a 3d printed part! Thanks a lot
Something I did on a project was to "extend" the LED light through the case by using a piece of clear 1.75mm crystal clear PETG 3D printing filament as a "light pipe" to bring the light up to the front of the case. In the design I created a small tube that extended from the front to just above the LED on the Arduino LED. The hole in the tube was about 1.75mm, and I cleared it out with a drill bit to ensure a tight fit. With the case assembled, I cut the end of a piece of the clear PETG to a clean end with a razor blade, then inserted it into the hole down to make contact with the LED. A little CA glue secured the PETG in place, and I cleaved off the filament flush with the front of the case with that razor blade. It work extremely well. The LED light is highly visible, and no soldering required to extend it, and no modification to the Arduino.
Nice project. Well presented. I'm looking forward to the next video in the series.
Bro pls make reciever part 👌👌👌 waiting
This looks like an amazing product, cant wait to see what it does.
Such a good video, very easy to understand and very affordable as well, cant wait for next vid, Keep it up!
I'm so glad to hear that! Thanks a lot!
@@Emilostuff
Please can I replace the arduino nano board with the SMT32.
This is so well explained, thanks!
I really appreciate your videos.Looking forward to the next one!
Can't wait to see the next part of this video. The reciever part. And also testing of this project.
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
Bro love your design of transmitter . I would love to see the reciever part of it. We are waiting for it
Thanks. Just loved your video.
can i use this for rc plane
Cool project! Was the choice of battery because of space constraints? A PP3 battery doesn't contain a lot of energy (approx. 400 mAh) and not much is left when you have thrown away 45% of it in the voltage regulator. What's the actual runtime of the unit?
Love ur channel please start posting more frequently
Could you please share the programming and receiver part soon?
Very nice remote and vid!
electronics links from description are not working anymore
please provide me code for transmitter. video is very nice.👍
could you do the settings for the transmitter as you said?
is it okay to give that arduino a 9V power??
Wow, Your Production quality is soooooooooooo good. Its very professional. Keep it up dude. The video is good. Your video skills are so good that even if there is no content I don't mind watching your videos. Hope you reach a million subs in few months
Nice build, although I'd recommend using embedded nuts
Thank you! I don't think they are necessary for securing the components. The bolts are binding very good directly to the plastic.
Have you programed it yet? Cuz I have no idea how to do that
please tell us what are the resources that you have referred for learning electronics and Arduino
Üdv. Milyen kóddal tudom feltölteni?
10 months later... where is the part 2? :D
but looks cool!
What use without code !!
can it be used in pair with crossfire or any other popular receiver type?
It's good quality and interesting video stuff! I have one question and request. Would you show us making 125KHz Arduino-based Transmitter?
Thank you very much! I'm not sure I can do that though.. :)
Can this connect to the sky fly reciver
I'm very suprised that the arduino could handle that amount of current. I've tried it and it doesn't work very well for me.
Very nice 👍👍
Are you going to do videos on coding for this and a receiver?
It's the plan! I just have to find the time :)
Sir is there any way to add an transmission indicator led to both transmitter nd receiver?
good design :)
Bro can I use the lcd display to show rx and tx battery composition like in flyskyu i6?
hola, cuando vas hacer video del codigo y como funcio9na el visor,? gracias
Nice build and video! What gauge wiring is used to connect the components?
Would you be able to do a video on creating the sketch?
Good job but where is the code for this piece of plastic?
Good afternoon! I know the video is a couple years old now but i really like your design. Im curious if you have a place where you share the code. In de video description you state plans to make a new video with the coding. Are these plans still there and is there a way we can help you publishing it?
can we use this transmitter to work with quadcopter based on Arduino nano R3?
can i use this transmitter for drone by replacing nrf24 module with 1 km range nrf24 module
You do not turn on the transmitter wothout the anteena connected. It can damage the module.
Nicely done..
How would I add a FPV screen
Is the channel still alive? The content is really good!
Is there a video how to programm?
what gauge wire are you using here?
very nice work! where can I find the code?
its realy eazzy. but if you cant do it you can wahe setran vidous of to cotrollor motors and servos with a controller and copy the code from there
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.
He's offline since 3 yrs 😢
Why
Will this work on any other recievers😅😅😅 I saw a video of a guy making receiver and transmitter both but I want to make this transmitter instead of his transmitter but I will make his reciever😅
awesome! :D
Thank you very much!
how to program it that it will work whit a comercial reciver ??? pls reply (im not good at eanglish)
very nice and sooooooooo cool
When you make resiver ?
Nice and elegant . I will definitely make me one . I was looking for 4 in 1 multi protocol diy . Could it be a good idea for a new video to update it by adding more protocols an CC2500 for example . Nice work any way . Just subscribed 😊 , thanks .
What's the rang of transmitter?
Not sure yet, but probably over 100m, so lots more than I'll ever need :)
Look very nice!
Bro can u tell me the gadgets u last used
What is the range
Good content, you should continue making videos
dud cane you make it with lora, long range?
Good idea. I'll consider it :)
cool, will be part 2 ?
What is the rang of this transmitter
So were is the code part video. Nice project
How much its range ?
Very nice project. I really need a 3d printer... 1 question why did you chose to short cut the positive side with a switch and not the negative, I thought this was more common
I dont think it should matter, but I have no good reason :)
How to make receiver of this transmitter please tell
Where's the programing video?
This will be a sharp controller if you ever write code for it!
Please make receiver for it and
Control any intresting thing using it.
I am waiting for it.
Greets from a medical engineer and hobby designer. I probably don't learn anything new, but I like your stuff and design. It is just relaxing to see your videos during lunch break 😅 Hexagon screws are looking very professional, I like it!
Keep it up!
Where's the code at?
Hola bro. No update yet! It’d be nice. Your videos are great
its past one year and still haven't gotten the software for the controller. gush 😞, i guess i have to write it on my own
Nice work! Really good engineering.... but, where's the code? ;) looking forward to it.. // P
Sir I need the reciver circuit sir
Bro I have been waiting for next part
Upload it soon 🔜
6:22
Ecxelente!!
please make receiver too . ok? and when?
make part 2 where u program it
I wish there was some code😢
Range???????
WHERES THE CODE?
Part 2???
Where is the Codeing video 📹👀🤔!!!?????????????
Bro please if possible make it's Next Part soon
As always, great Video and Content - i need a bigger printer :-D
Thanks a lot!
I don't have 3D printer
sir can you give the code?
thank you
自製萬歲
好手，’利害……！😄😄
you haven't been uploading since july... make more now......
cool iI liekd I need a code
great music , can you send music to me
Part 2
thank you so much!!!!!!!!!
make reciver for it..............come on!!!!!!!!!!!!!
OK still no code , thing is useless without the code.