How to Make Anything Remote Controlled with the RX480E Circuit!

In this video, I walk you through how to use the RX480E remote control circuit and a 4-channel remote fob to make just about anything remote-controlled. Whether you're a magician looking to create a dazzling effect or a hobbyist adding wireless functionality to your next project, this guide will show you how to get started.
You'll learn:
How to wire the RX480E circuit for your needs.
How to use TIP transistors to turn devices on and off.
The seven modes of operation for ultimate versatility:
Jog Mode: Press the learning button on the module 1 time, and after the remote controller learns, it enters jog mode.
Self-Locking Mode: Press the learning button 2 times, and the remote controller will enter self-locking mode after learning.
Interlock Mode: Press the learning button 3 times, and the remote controller will enter interlock mode after learning.
Two-Way Self-Locking + Two-Way Jog Mode: Press the learning button 4 times, and the remote control will enter this mode after learning.
Two-Way Jog + Two-Way Interlock Mode: Press the learning button 5 times, and the remote control will enter this mode after learning.
Two-Way Self-Locking + Two-Way Interlocking Mode: Press the learning button 6 times, and the remote control will enter this mode after learning.
Two-Way Interlock + Two-Way Interlock Mode: Press the learning button 7 times, and the remote control will enter this mode after learning.
This simple yet versatile setup opens up endless possibilities for remote-controlled magic and more. Don't forget to like, comment, and subscribe for more how-tos and creative ideas!
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#RemoteControl #RX480E #WirelessControl #DIYProjects #ElectronicsTutorial #MagicTech #TIPTransistors #4ChannelRemote #RemoteControlCircuits #HobbyElectronics #MakerProjects #HowTo

[@RandiRain]

Yes, I am aware the LED and the battery symbols are backwards. I kind of said I really couldn't remember. If I knew the video would get this many views, I would have made sure I got the symbols correct. You could knock me over with a feather. You do know I built the world's greatest flea circus, and the videos are on my channel? I built an animatronic diorama. I built a robot. A robot! I refurbish all kinds of stuff. But obviously people like learning how to make things remote control. Shows how much I know about this KZbin stuff.

[@The-KP]

459 videos over 14 years, and all of it magical, literally and electronically! You have some great, great work. Don't let the needless critics bother you, they likely haven't done anything like you've accomplished. Cheers, and I looking forward to your videos, always...

[@FixItStupid]

Tech. You Need A Blocking Diode on A Solenoid For The EMF Feed Back .... Just Found Your Ch New Sub

[@piratenu1]

Just don't get offended. Relax and improve. I love the way you explained and it's so cool ❤

[@Mavrik9000]

Is there a phone app that can be easily connected to those devices?

[@davideyres955]

I’m only 7 minutes in and I love your channel already. Subscribed.

[@barrybegley5379]

As a retired electronic technician and someone who has been involved in electronics from childhood, I NEVER tire of the "gadgetry" and wizardry that can come from this hobby. Greetings from Ontario, Canada.

[@stevenrichardson6793]

79 year old elec tech here. Ray MItchel is correct you should use a diode instead of a capacitor to clamp the back emf. In fact the diode will cause the motor to stop instantly since it acts like a direct short across the motor when it tries to "Generate" a voltage in the reverse direction..... Thanks for informing us about the RX480 ! 😁

[@waltahlgrim5508]

I agree without the diode on the coils and motors you will get a large voltage spike when it turns off that can damage your circuits. Note the Cap is a good Idea for electrical noise while the motor is running

[@demef758]

It's not actually a "short circuit," but a clamp that limits the CURRENT in the coil in a controlled fashion. By doing that, the voltage across the coil inductance is limited to the diode's forward voltage, about 0.7V, providing a path for the current running through the coil when it is energized (let's call it Io) to give it a place to go. The current will then be RAMP down from Io down to zero for a time equal to (L * Io) ÷ 0.7. This is a little understood reason for the diode clamp! Without it, the inductance will cause a flyback voltage to spike to unknown heights. Using a capacitor instead of a diode will cause a "ringing voltage swing" that will slowly dissipate the inductance current through the coil's resistance. A diode is the better way to go.

[@rok1475]

What do you do if the motor is connected via a circuit that can change direction ?

[@fleshTH]

​@@rok1475 you will need to use an H-bridge configuration.

[@waltahlgrim5508]

@@rok1475 If you google “H bridge motor driver” you will find the circuit diagrams. The short answer is when you change the polarity you need more than one diode integrated into the driver circuit.

[@rogerdeutsch5883]

7:00 probably one of the clearest & most succinct explanations of using a transistor to turn a motor on/off. Thanks for the great explanation.

[@omargarcia517]

The Right person can teach us anything.

[@Accumulator1]

Yes, the transistor is used like a mini relay switch.

[@paddyglenny]

You are simply brilliant! I'm a 65 yr old electronics curious person and you are the first person to successfully get me to understand what a transistor actually does! Thank you so much. Subscribed.

[@HenryBartlett-b1l]

If only more people could be so pragmatic. Really straightforward and practical. Thanks for posting.

[@LuckygoldstarConglomerate]

💯 Three adjectives that perfectly describe it. I subscribed today.

[@sunrisetacticalgear2676]

I went through an electronics school in the Navy 35 years ago. I have used the basic knowledge throughout my life, but have never created a project. Thank you for sharing a project without going into too much detail on sizing. You are a very good teacher. New Sub

[@billpoulos8599]

I too went through that same school in San Diego 40 years ago, and I have always kept a lot of that information with me and used it throughout my life that was an awesome School, my understanding it was 2-year College course and we did it in like a few months.

[@matthewhopson964]

as a model maker where we are trying to bring lighting and electrical features to models, but in as simple cheap and small way as possible, this loooks like a superb solution. thank you again for a brilliant videa.

[@RandiRain]

That kind of stuff is perfect for this circuit. You wouldn't want it to safeguard your house or anything, but it's perfect for what you want to do.

[@youhandle9]

I was doing very poorly on electronics classes. i wish i had someone this clear to explain things to us. We need more of these content than the universities and colleges.

[@BobBasshead]

I took up electronics in vocational school back in the 70's, I had the know how of assembling electronic circuits (built my Dynaco stereo equipment, etc) but failed the math involved in the course.

[@mrradio2187]

Oh how I wish all my former electronic instructors explained so clearly circuits and devices. I always thought I had some sort of mental block until I watched this video 50 plus years later! Thank you Randi!

[@Jose-Ricardo]

This is the first time I have ever seen anyone teach me electronics in such an understandable way! You are great! Thank you so much you earned a subscriber.

[@lastchance045]

I love your slow and easy style that still gets the point across! And extra points for not using distracting music

[@rickbiskit]

When I heard “So this is pretty sketchy…” you got an automatic like and a sub! Too many folks sterilize their videos and make them look like it was filmed in a laboratory but not you! The cobbling together of different used parts and seeing it work just made my day. You get two thumbs up and a gold star! 👍👍🌟

[@mahargleopenaws]

A real teacher at work, and knows how to explain things. Thank you Ma'am

[@Chris-hx3om]

She may know how to explain things, but her knowledge of the subject is very limited. Doesn't know which way to draw a battery symbol, doesn't know how to draw the LED symbol, doesn't even know much about transistors (symbol wrong, again: doesn't understand transistor numbering)... And I'm only 6 minutes in.

[@JP-ib2iz]

At least she has volunteered her time to teach, unlike you, to criticise? Lear to appreciate when it's well intended!

[@Chris-hx3om]

@@JP-ib2iz I'm sorry, do you know me? I have half a dozen videos up (under a different channel name) that teach people how to do things. One of the videos has almost a million views and another has over half a million. The rest have around 200 thousand between them. And I don't have any of my videos monetized either. I'm volunteering my time, she isn't. I have every right to critique any videos. And you have no right to say I can't.

[@mahargleopenaws]

@@Chris-hx3om I only see one video under your name. Please share your channel. I love to learn things

[@whistle3man]

Really nice video very well explained no monkey business no fluff no crazy music no long intro just great down to earth information thank you very much for posting.

[@EmilioVázquez-z3z]

Hi, from Uruguay, I congratulate you for you clear explanation and the way that you speak make easier to understand for people that English is not our main language. Thanks!!!

[@johntheoldmod]

Well Randi you don't need me to tell you how clever you are, the biggest thing here is that you explained all this in a way that I actually think I understood it, also your cool low key aproach is a very refreshing change from the back to front cap loud and brash types that seem to think we like to be shouted at.

[@KanalFrump]

Thanks Randi! Your videos are always inspiring and so genuine.

[@RandiRain]

Thank you very much. I wish someone would have explained it like this to me twenty years ago. That's about how long it took me to figure it out on my own.

[@RockieCoppolella]

Poetry in motion: The Bob Ross of electronics wielding magic before our eyes.

[@CMAenergy]

Years ago I studied electronics and learned everything as you mentioned You were very clear and for anyone should comprehend You remind me of some of my teachers who were also very clear, Well done,

[@TheMrRatzz]

I wish more channels would explain things without over complications. You have a new sub.

[@eveannwallis4939]

Thanks for this, it's a great video for those amongst us who do not have much or any electronics knowledge or experience. I especially like the part of your video that shows how to use a transistor as a switch, and also in this instance a replacement for a relay, I hope to show this video to others. Keep up the good work. Kindest Regards, Eve

[@alliecat.3]

Love it, I am starting my BA in Robotics and embedded systems electrical engineering. Your channel is giving me a better perspective of what I will be getting into. Much Love

[@joejoe-lb6bw]

This is great. I did electronics years ago in service. Now I'm ready to tackle a garage door open sensor project. Videos like this are bringing back that electronics 'muscle memory'. Thank you.

[@SantinoDeluxe]

magic and electromagnetism go hand in hand since the days of parlor tricks, i enjoyed learning this from a knowledgeable magician, thanks to the patrons that made it possible

[@ziggle314]

Electrical engineer here. Nice presentation. Thanks!

[@jondrew55]

Wow, this is the kind of stuff that would inspire me when I was a kid. Visual learning with solid examples. Yea, maybe there’s a boo boo here and there, but that’s part of the learning process.

[@Juan-b2e6k]

Marvelous Randi Rain and Thanks to all involved. Great job and lecture 😊

[@PeteVanDemark]

For someone who calls herself a magician, you are one heck of a good electronics instructor. Hope to see more electronics videos from you. I don’t think I could do a better job myself. Kudos to you! Nice work!

[@stevelloyd5785]

In the case of the solenoid or a relay, they are really inductors which produce a high voltage when switched off. Basically they oppose a change in current flow so when you switch off, it tries to suck current through the switch, resulting in a high voltage. You really should place a diode across the terminals to prevent damage to the switching transistor. It needs to be oriented so it does not bypass the current through the coil in normal operation. Therefore the current is drawn throught diode and allows energy to be dissipated without damaging anything.

[@scottfirman]

What an awesome video. I am restoring an RC fire boat upgrading it to hobby grade. I trashed the corroded electronics already. I have plans to add working spotlights and other assories to it. Watching this video has given me ideas. Thankyou for making a simplified video that will help me in my project.

[@mrradio2187]

If you are new to electronic circuits you would do well to subscribe to this amazing channel. I'm 74 and an electronic hobbyist since I was 12 years old. There are many excellent channels to choose from to learn electronic basics, tips and tricks but in my opinion this is one of the best!

[@Keith80027]

I would also put a flyback diode across any inductor source such as a motor or relay coil to discharge the inductor kick the motor or relay coil generates as the field collapses when power is removed.

[@waltahlgrim5508]

I agree without the diode on the coils and motors you will get a large voltage spike when it turns off that can damage your circuits. Note the Cap is a good Idea for electrical noise while the motor is running

[@REK1DZ]

You are the best teacher ever

[@shodan6401]

This is effing unbelievable! I've been looking for something like this for SO long. Raandi, you are the friggin' bomb! Thank you...

[@HobbyHalloween]

KZbin recommended your channel... you're doing hobbyist electronics and that's so awesome.

[@bouncehouseofficial]

Just finished my ELEC 101 class. Amazing teaching style/format and practical application demo. More please!

[@localbod]

Thank you for explaining this to those of us who are not that electronically knowledgeable. 👍😎

[@luismontano2684]

Hi there! I don't have a degree in electronic but I love so much how you explained the remote control system, thanks you so much For sharing a winderful knowledge For all! 🤩👍

[@JesseCase]

I just learned all kinds of good stuff! This is absolutely something that someone with little to no experience could do because you made it so easy to understand and follow along. Thank you!

[@ErikAndersson-k9g]

Thank you for this. The RX480E is really easy to use, more people should know about it! I used it to make a TAC2 joystick wireless, and together with a Raspberry Pi I have a cool little C64 emulator.

[@RandiRain]

That's cool.

[@antor44]

Best teacher for electronics.

[@RandiRain]

Thank you.

[@PakiNewsNetwork]

sounds like sarcasm :P lol

[@univera1111]

Is she into electronics. I hardly see women in the field

[@antor44]

She explains things in an easy way for beginners, or like me, I studied electronics but I have not practiced and barely know commercialized components.

[@menotu2920]

Mother of Electronics 😂

[@BAGUBAou812]

I really like your description of how a transistor works. It was one of the things I struggled with in the beginning. Your description is straight forward and spot on!

[@alleonhard261]

Way cool ! Thanks for walking through this. For someone who knows just enough to make us dangerous, this was cool. Would like to see more.

[@jerrymascorrojr.8319]

Great run through! Glad you caught the misplaced Emitter connection 😎🙏

[@unclerichard6729]

This was a very clear and easy to understand tutorial. I wasn't even looking for anything like this, it was just in the videos listed to the side of the video I was watching and I thought it looked interesting. Now I have ideas for a dozen gadgets I want to make. Thank you.

[@AM-dn4lk]

This was a really good tutorial. I absolutely enjoyed it and learnt plenty. I will try this project.

[@technodaz]

Great video as always , just remember these are totally unprotected and unencrypted so not really safe to use on anything important or something you don't want someone messing with. My friend waited outside my shop one evening and got my shutter down command....now likes to scare the crap out of me while outside having a smoke break.

[@RandiRain]

This is true. I do believe they have the rolling code, but that's not hard to get around.

[@technodaz]

@@RandiRain Yea our shutters don't and either does the one on my Diesel heater , but some do and there are ways to hack but you really would want to risk jail time to go about hacking them, but I'd still not have one remote my front door or something I don't want hacked. My friend hates them as he's very old school and says in his car driving thru town some days his cb radio screams at him. His own fault for having it turned up so loud!

[@raphaelmahumane1648]

I bet I could have turned to be better than what I am today, if only I had a teacher like you. Thanks for the video with practicals, rough sketch and the actual work done here!!!

[@josephsaucedo8691]

Thank you explain it easy enough for me and just about any one to understand. Thank you 💯👌👍

[@davidrosemond9012]

An excellent clear and concise explanation. Love that you have an old school Arm-a-tron on one of your shelves.

[@gregridgeway8790]

That was just so much fun to watch I can't believe it. The delivery was magnificent.

[@4211Rob]

I love your wonderful teaching process that is slower and methodical. This lets us newbies in! Thank you!

[@larrygilbert7273]

Cool video. Thanks! If you’re real concerned about switching negative, use a double pole single throw switch and switch both sides.

[@omargarcia517]

Can you do more electronic videos like this to teach us please 🙏. You are a great teacher.

[@Derfboy]

My goodness but that was an amazing tutorial!

[@depaulaletreiros]

Ótima👏👏👏, explicação vou seguir seu canal, eu sou do Brasil ..... estou amando esta tradução automática do GOOGLE

[@TeddyMonacelli]

Thanks for this video! I really appreciate how comprehensively you cover this circuit (and various output examples).

[@sharonjuniorchess]

I loved this practical explanation; first with the circuit diagram & then with the breadboard. The fact that I could follow what you were saying & understand it makes you a good teacher. If I want to build this circuit then it is up to me to make sure & check that I get everything the right way round. So ignore the nit pickers.

[@victorbuie4307]

Thanks for that video. I used to try and play with electronics some but never fully understood those simple things like you just explained. You explained how that worked and why so simply that I got it! I think the application part is where I failed to connect the dots in the past and this connected the dots.

[@Nose77904]

Thank you! I worked in electronics all my life and I really enjoyed this video.

[@voltampscircuits]

definitely worth a rewatch. The demonstrations were very useful.

[@mikedalakis5292]

Thanks for Introducing me to the RX480E and its capabilities. I'm sure it will come in handy at some time.

[@thearchibaldtuttle]

As an electronic engineer I like what I see!

[@mohamedghida9540]

thank you for that easy explanation for the circuit and the component of it also for the highlighting the use of it. love to see more

[@MVVblog]

Finally, one of your videos got the views it deserves 💪

[@timothyhowie6171]

This is such clear teaching. Great work

[@scootergem]

wonderful video! i've worked in electronics for most of my life and this cuts straight to the facts so that anyone could build and use this remote. much continued success. new subscriber. new fan!

[@armanzd.i.y.511]

Wow, I am not electrician, of all the video's that I've seen regarding electronics this is the clearest. I like electronics. I want to learn more, So I subscribed.. more power to your channel, hope you'll do more like this for a beginner like me. Thanks a lot❤❤❤❤👍👍👍👍

[@waela1075]

You explain it so simple, for any one to understand. I wish I had you as a teacher long time ago. Thanks a lot. Can you make some videos about the different electronic devices, their properties and when and how to use them in useful circuits?? 🙏🏻🙏🏻🙏🏻

[@dennisjoiner3717]

Wow, great demonstration! I need to remember this.

[@richsadowsky8580]

Randi, this was a great video. I hadn't encountered the RX480E yet and instantly thought of great uses. I found your explanation and demos very helpful. New subscriber now!

[@randyedwards3244]

Excellent job teaching this, based on your background I'm certain you took time to research this as well. That wasn't sarcasm as many would've totally been unaware of anything being necessary to add to the induction circuits. I'm certain I'll learn more interesting things from you, therefore I'm a New Subscriber. Great name too!

[@misterjaxon2559]

I just found you and subscribed. Glad this popped up. Very clear and informative.

[@th3t1ck94]

Thank you for the video Randi. I liked that you hooked up many different components and explained what would be needed to use them. Since this is the first video I've watched of yours I'll have to go fact check what you told me lol...

[@burnerjack01]

Been about 40 years, but as I recall, fly back spike protection from the motor coils such as a zener diode might be a fine addition.

[@tomaustin3901]

Thank you for making this. Seriously enjoyed it

[@tumultuouscornucopia]

Nice demonstration - right to the point. The only thing I would add, which I don't think you covered is that for anything electormagnetic it is not just noise but also the turn-off spike that is a problem. A diode across the load is much better to suppress that. A capacitor can do it, but you need to calculate how much energy you need to absorb to know how big a capacitor you need. The diode kind of works like the free-wheel on a bike - it just absorbs as much spike as there is. Those TIPs are a lot chunkier than necessary for a relay so are quite forgiving, but typically, if you drive a relay or solenoid with a transistor and you don't have something to suppress the turn-off spike, the transistor will die the first time you turn it off, or potentially worse, it will fail after just a few minutes of use.

[@RandiRain]

I'm pretty sure I talked about how a motor still turns after the power is removed, which makes it act like a generator. That's usually how I explain it. I've never had an issue using the TIPs, and I've not had anything on them before. No cap, no diode, and it was just fine. It depends on how nice the motor is. I've built many things with them. A lot have videos right here on my channel.

[@tumultuouscornucopia]

@@RandiRain Yeah, I eventually saw a comment lower down saying the TIPs have a built-in suppressor - so that makes it a really good choice of transistor. You would not get away with it using a transistor that didn't have this. You did mention the generator thing, and the cap is good for that. But the spike from a de-energising relay is much more problematic than the generator effect (theoretically the max voltage from a relay is infinite, the spike just keeps rising "until something starts conducting", which often means "until something breaks")

[@suvetar]

In general terms, it's also where you have a DC circuit, but there *may* be some AC there, after rectification for example ... the Cap will allow the AC wave to pass through it. I think this is why they call them filter caps, so it's not just for buffering reverse EM, but eliminating noise ... Even need them on 555 timers, super close!

[@etmax1]

Battery symbol is inverted, ie. the short bar is the negative. Also Kirchoff's first law says that in a series circuit there is only 1 current and that the sum of the voltages is equal to the total voltage so regardless of where the switch is located, the circuit will be off and there will be no current. If the battery decides to leak because of deep discharge that will happen regardless of the switch being off, it's chemistry of the battery and has little to do with position of the switch.

[@dalenassar9152]

For the inductive loads, you need to connect a DIODE in reverse across the coil. I'm not quite sure why you use a capacitor. Also these loads (relay, solenoid, motor...) really need to be run on something with much more capacity than a typical 9v battery...especially if they are 'latched' on! This will deplete such a battery in short order. OVERALL...NICE VIDEO!!

[@tomschmidt381]

Interesting tutorial. Several years ago I used a simple on/off remote (from eBay) to signal when mail arrived as our postal mailbox is on the other side of the street.

[@RandiRain]

I've thought of doing that for my brother who lives in the country and the mailbox is a good walk.

[@tomschmidt381]

@@RandiRain Guess I didn't save my post from yesterday. Our house is 600 ft from the road. I used a simple on/off RF remote (eBay). I installed the transmitter in a waterproof box at the mailbox and added some circuitry to simulate pressing the buttons and used a mag reed switch on the door. We have three utility poles along the driveway and mounted to receive on the pole nearest the road. We are lucky and have been able to get fiber internet so I was able to repurpose the old copper phone line to connect house to receiver. I used a simple microcontroller to illuminate a led in the kitchen when mail arrives and a pushbutton to reset it. It also resets automatically over night to get ready for the next day. It sends a text to my phone when mail arrives.

[@simonbertioli4696]

Really well presented... Excellent 👍

[@scififan698]

Nice one! Exactly what I need for my cat door closer!

[@sandrainthesky1011]

Haha! That's wierd I have that exact motor that I bought for a tobacco grinder, but before I built that I quite smoking! SO I still have the motor sitting here trying to find something to do. This gave me some ideas, thanks! These RF units are far superior to the ones I was using 10 years ago too. Need to invest in some cheers!

[@alabamacajun7791]

Wait magic, in this case you did not let the "magic smoke" out of those components. 👍 What is really great about Randi Rain is the videos are real, the magic is in the devices. Most you-toobers need to watch and learn from her.

[@thefpvmvp]

Well A New "turn on" for me has just been unlocked: Women explaining electronics.. lol but kidding aside, I found the pace of your explaining things and your honesty humbleness and attitude to be therapeutic as much as informative. Thank you! 👍🏼

[@peter-e2q]

Wow! So easy!! You’ve just opened an interesting door for me! Very well explain. Thank you.

[@byronlopez8776]

Buena explicación, gracias por compartir, gracias por ponerlo en idioma español 😊 un suscriptor mas 😊. Me gustó mucho su lista de personas a las que agradece también, muchas bendiciones y éxitos en este nuevo 2025 😁😁👍🏽👍🏽

[@hanssitte438]

Wonderful explanation and many good ideas! I will be back for more!

[@padraigparker1839]

Brilliant explanation thank you from Ireland

[@ichchemiker]

Very very clear! You're more than a magician!

[@Dubot-f1v]

When I built my first robot I was looking at something similar great idea!❤

[@STHelton1]

I genuinely learned something from this. Great job. I will be using these in some projects of my own.

[@RandiRain]

That's great. I'm glad it helped.

[@TheDivergentDrummer]

Kool vid. Thanks for your personal insight into this. Some transistors 'latch' rather easilly. Meaning just the capacitance of your finger in the circuit on the base can enable the transistor, meaning it stays 'on' so long as there is voltage / current present. So it would remain on, even with no signal on the IO pin after it was pulsed a single time. secondly, Keep in mind, IF the load was a coil in a relay, solenoid, motor etc, that is to be energized / de-energized, a capacitor is not the most effective way to snub that. When the field decays, it causes an EMF surge to be induced in the circuit in the reverse direction. Those voltage spikes can be devastating to devices upstream. While a small cap will absorb some of that, a reversed biases diode should be used across the coil to shunt that extra voltage to ground. A TVS diode would likely be a good choice. That is the theory anyway. Someone else with more experience can clarify that :)

[@charlied4001]

This is amazing. I actually understood everything.

[@niharranjanmahali8549]

Nicely explained thanks a lot, As i recently came across so many tutorials on this module but didn't find any information about my required application. But now my doubts are clear after watching this tutorial, again many many thanks.

[@YourOldDog]

Thank you very much for taking the time to do this. I have always wanted to find a simple way to do this.

[@rustylugnut755]

I was entertained and educated! Thank you. I just subscribed.

[@CCFIFresno]

I just loved watching and learning. Thank You

[@ValuedTeamMember]

1st time viewer This was quite enjoyable. It's GR8T to (finally) watch a video without the HYPE and being OVER PRODUCED. It was like stopping by to listen but not being allowed to speak (lucky you!). Thank you for the sub-worthy video Cheers from So.Ca.USA 3rd house on the left (please call before stopping by)

[@RandiRain]

I make an effort to try to keep things as concise as I can. I love watching these kinds of videos too, and it drives me crazy when they don't keep it going. I'm always saying, "Just show me you put all the screws back, you don't have to show me putting ALL the screws back."

[@ValuedTeamMember]

@@RandiRain Like my grandma would yell in church and my stepdad would say down at the mill; "BINGO! You Just Nailed it!"

[@AchroSec]

I never knew that corrosion originates from the negative terminal! Thank you!

[@RandiRain]

You're essentially electroplating the elements in the air. When electroplating, you connect the object you want to plate to negative.

[@AchroSec]

@@RandiRain Thank you! This explains so much! I suspect this will come in handy!