Andrew, this is very similar to antennas we used to use back in the 80s on news gathering vans to shoot a microwave signal back to the studio on around 2300 MHz. And some of us ham operators used to make these to shoot video to each other across town. The difference is that we made waveguides from coffee cans. A small hole drilled in the can 1/4 wave from the back of the can and a 1/4 wave of center conductor of 50 ohm coax protruding into the can made up the driven element. The can was then inserted into a short section of PVC pipe just larger diameter and a PVC cap glued on. This made for a rigid mount of the long all-thread rod which contained 20 or 30 washer discs of the proper size and spaced with plastic spacers. Nuts only at each end of the rod which was about 3 or 4 feet long. Lots of gain and narrow beam width. Sorry, I don't have dimensions to give you but you may not be far off with your project. I suspect that by inserting your parasitic elements down into the waveguide may introduce some unwanted reflection and SWR. I would shorten the waveguide and then mount the parasitic elements out on the end of the waveguide tube.
A 10db increase but still not as good as the canntena build here: goo.gl/3eVHtj so I will leave it up to you if you want to build your own. I will continue to work on improving this though as I have some more ideas.
Andrew - Sir - I have said it before .... and I shall say it again ...I trully Believe you are a stellar Maestro of Antennas, Wifi, Transmitters and Recievers - All of your creations show INTELLEGENCE, Intuition and Outstanding "Outside the Box" thinking - I just wish I had the funds to buy some of your Designs and WELL THOUGHT OUT PLANS ... You ROCK Sir ! ... No DOUBT in my mind at all - Your's AYE !!
Im really curious, have you ever considered taking apart one of these antennas in Ubiuiti routers and analyzing them? How do they work so well at such tiny sizes?
In a conductive space like you have, the wavelength is not the same as free space. You effectively have a capacitively coupled loading on the ends of the elements. A much larger diameter tube would likely do better. The area over which you take the RF energy is about equal to the tube's cross section. The efficiency with which you then bring it into the COAX is the big thing to optimize.
You will find that when you are attaching the center wire of a coax to your driven element if it's a flat plane such as this, the best match to the coax needs to be experimented with. If you have a spectrum analyzer, connect the coax to the analyzer and aim the antenna at a known signal source and touch the center wire of the coax to various areas of the driven element. You will find that you get a much stronger signal on some areas of the driven element than others due to a better impedance match. Once you have found a place with the best match, solder the center wire to that point. Excellent series of videos and very interesting.
Firstly, thank you so much Mr Andrew for all the exceptional work that you do for us, secondly, I have a question about the diameter of the discs that we must use, on the video you use discs of 34 mm but on the pdf you use 32 mm discs.
Hello I just wanted to say that your video is great and the end product looks great. I would like to ask if you think that this general setup would be effective for a 900 MHz antenna and how are you calculating the dimensions of the parasitic and active elements. Also how do you determine the dimensions for the can you wish to use. Thank you advance for any information you can give me on this. I am currently looking at building one and just need to calculate the dimensions that I need.
My new favorite diy antenna channel! Very informative with all sorts of designs and REAL TESTS! Thank you so much! Im making the antenna from the “My New Favorite Antenna” video. Quick question. If I want to make the antenna from this video but for 5ghz wifi, what diameter should my circular elements be? Thanks!
I'm wondering if the reason the original design used a drive element 5mm larger and parasitic elements 3mm larger than your design is because the original plans called for a 4mm threaded rod. Perhaps the original designer intended for the builder to use a non-metallic rod, but he used a metal rod instead. Is it the overall diameter of the circular element that matters or is it the cross sectional length of metal that should be measured? I'm sure I'm not saying it right, but perhaps the original calculations take into account that there's a hole in the middle of the circular elements.
Hi, great video, but I have a few questions. 1) Why shouldn't I use washers as the circle elements to build my WiFi gun...is thinner material better? 2) If I were to use washers, how does that affect my spacing? What I mean is, is the spacing measured between the two facing surfaces, or since the washers are significantly thicker, should the spacing be measured center to center? Thanks.
The antenna thing really works. Even the ukrainian youtube team named kreosan did this (70 Decibels was the max). The farthest is 7 to 12 kilometers from their experiment location to the target Wi-Fi. The reception is cut when snowing but can receive the signals.
Well done, Mr. Andrew. If it possible, please update the document (in PDF) the exact thin of the element & the diameter of axes, please. Because my English is not good, especially in listening. Thank you very much.
I have a recommendation for you experimentation. Try with one or two parasitic elements, and separation between reflector form active elements. That can be better about, from my experiences experimentation.
hey there andrew, i was just wondering if you could mabe send me a link or a list or something where i could buy all the items u use to build your wifi antenna's such as the coaxial cables,heat shrink tubing, double sided copper clad board...etc oh and especially the stainless steel toilet brush holder for the cantenna designs. Thank you again for your content your awsome!
The difference between the metal threaded rod and plasctic threaded rod: all dishes are circuit short cut onto the metal one. All dishes are isolated from each other onto the plastic one, so, i think there is a problem with the metal one: you solder the ends of the cable one way onto a short cut (metal), the otrher way you solder the ends onto isolated dishes, like a capacitor. Can you explain the sense of these two extreme difference?
Ok so I have a question on the dimensions used for the WiFi gun. Aren't the diameter of the directors supposed to be just a fraction under the length of a half wavelength? The frequency of WiFi starts at 2.4Ghz, meaning half it's wavelength should be 58-62mm. The directors in the WiFi gun is 37mm. Any reason why?
Any idea where one can get the toilet brush holder he uses in some of these videos? I looked up walmarts catalogue and couldn't find anything that looks like that one, cheers
In fact, you don't need to find that kind of cylinder. You can find an ideal paper cylinder and stick a layer of tin platinum paper on the outside, which can also play the same role.
What job do all the parasitic elements do if they are all seperated from the can? You only seperated the driven element from the reflector in previous antenna?
Yagi antenna has a wider range and cantina narrow range as you explain in your last video now you have to merge two design together with how is the range?
@andrew mcneil, can you please help out?, your diagram on the cantenna had the scale 20 X 20. How do I apply this to the precut disc diameter? Many thanks.
i would like to see the signal strength difference between this antenna and the ordinary built in adapter in my laptop, but no he just gives us a signal strength wuote when the router could be 20 feet away
I would like to build this kind of antenna (with or withough the can) for my local 800MHz LTE connection because it seems a little easier to make than other directional designs. Are sizings available for 800MHz, or is there a good online calculator which could provide that?
Andrew, could you please show how to solder wire to the stainless steel. I was trying a lot in a different ways, but unsuccessful to make a proper soldering. Thank you!
These are not true stainless steel they are a mix with a lot of tin. I have come across some that just will not solder even when buying from the same store. I got 10 of these last year same make same store and two of them would not solder.
pilipoff Anytime soldering a steel or iron part, use flux and it'll be easy. Flux paste or acid flux, plumbers flux or hydrochloric acid - each will do the job, but be careful with the acid.
Your diagram doesn't have a length & width measurement for the can, is it important? Dose it mater if the can is aluminum or another material? What type of tube are you using? Can I use a stack of soup cans for the tube? I like to get my details together, less chance mistakes on my part. I need an electronics for dummies book. :(
His design has the driven element at 1/2 wavelength and the others at 1/4 wavelength. 2.1 GHz is 143 mm & 1.8 GHz is 167 mm. You’ll also want to change your spacing. If you look up yagi spacing calculator, find one that lets you choose all of your variables, such as number of elements, diameter of parasitic elements, frequency.
I have a question. I was looking to make something of this design for my parents when they are trailer camping during their summers. Is there a way that this can be connected to a wifi router in their trailer so it can be used for multi devices?
i was thinking of making this one but i would like to do it with my Xiaomi Mi Wifi Repeater Pro but its antenna is built to it (unlike from the video that you can disassemble or remove the amtenna). Would it be fine if sattelite/cable tv wire is Twiddled to the repeater antenna directly? can i get signal with that (of course with the same directional antenna design) please i hope and ill be very glad if someone read this and answer my question. (sorry for the wrong grammar)
wonder if the "waves" are not blocked too much because round elements, just a thought that it might reflect too much before it hits the driven. At the moment testing my 2,4 sector antenna which stated as 16dbi and 90 degrees radiation pattern , so far very interesting result with 40+ wifi points while my phone pickup about 10. Need to find spare time to inspect the inner what should have 8 cone-shapes on some board and seperated H and V connectors.
A few people have said that maybe using less elements may make it perform better I will give it a go when the weather warms up as it does make sense when you think about it.
yup, would be so nice for a long distance test in some open land to avoid all kind of reflections. Agree the weather needs better first lol, here tons of rain in Holland, all coming from UK as wind is from west hehe
Hello andrew can you give me a link to your store? Tried the other video that you have uploaded and the link seems dead.. If you could pm me a link or just post one here it would be very appreciated.
Do you half to use coaxial cable or will any copper wire work ? I'm want to attach it to a WiFi extender antenna if that makes sense if anyone can tell me that would be great thanks
Please could you direct me to a video to help with home WiFi. Typically, we have the Virgin router and I want to boost the signal. I've used a bt router as attachment repeater, but it would be great if the signal was much stronger. Thanks in advance. BM
I have a TP-LINK model TL-WR840N router. I want to send signal to a repeater 2 floors bellow where the router is. The router has 2 antennas directly welded onto the board without a connector on the antennas. I need maximun signal strength in the direction of the repeater. Is it a good idea to weld this kind of conector ( www.ebay.es/itm/Antena-Pigtail-Cable-F-Female-To-Y-Type-2XCRC9-Right-Angle-15cm-Para-Huawei/163024015983?hash=item25f4fd126f:m:meW5gXQ8227U467x5RFSVrQ ) to both outputs and have them conected to a wifi gun or should i only connect the wifi gun to a single output? Will the signal be stronger with both outputs connected to a single wifi gun or will that make the router go crazy and don't work at all?
Andrew, this is very similar to antennas we used to use back in the 80s on news gathering vans to shoot a microwave signal back to the studio on around 2300 MHz. And some of us ham operators used to make these to shoot video to each other across town. The difference is that we made waveguides from coffee cans. A small hole drilled in the can 1/4 wave from the back of the can and a 1/4 wave of center conductor of 50 ohm coax protruding into the can made up the driven element. The can was then inserted into a short section of PVC pipe just larger diameter and a PVC cap glued on. This made for a rigid mount of the long all-thread rod which contained 20 or 30 washer discs of the proper size and spaced with plastic spacers. Nuts only at each end of the rod which was about 3 or 4 feet long. Lots of gain and narrow beam width. Sorry, I don't have dimensions to give you but you may not be far off with your project. I suspect that by inserting your parasitic elements down into the waveguide may introduce some unwanted reflection and SWR. I would shorten the waveguide and then mount the parasitic elements out on the end of the waveguide tube.
... y después despertaste.
A 10db increase but still not as good as the canntena build here: goo.gl/3eVHtj so I will leave it up to you if you want to build your own. I will continue to work on improving this though as I have some more ideas.
andrew mcneil Great video Mr Andrew. Many thanks..
May I have your website url to go over it please ?
Sincere regards
Jad D.
andrew mcneil Great video Mr Andrew.
All the luck
Andrew - Sir - I have said it before .... and I shall say it again ...I trully Believe you are a stellar Maestro of Antennas, Wifi, Transmitters and Recievers - All of your creations show INTELLEGENCE, Intuition and Outstanding "Outside the Box" thinking - I just wish I had the funds to buy some of your Designs and WELL THOUGHT OUT PLANS ... You ROCK Sir ! ... No DOUBT in my mind at all - Your's AYE !!
Im really curious, have you ever considered taking apart one of these antennas in Ubiuiti routers and analyzing them? How do they work so well at such tiny sizes?
Also, what is the total db of this antenna? It's 10db more, but more than what?
In a conductive space like you have, the wavelength is not the same as free space. You effectively have a capacitively coupled loading on the ends of the elements.
A much larger diameter tube would likely do better. The area over which you take the RF energy is about equal to the tube's cross section. The efficiency with which you then bring it into the COAX is the big thing to optimize.
I love the way you go explaining things during the video and in the end there's no doubt left... You're the best!!
Thanks PU4ALZ but some people think I talk to much! LOL
Sometimes "too much" is just what we need. Thanks for that
No exception.. another great video from you Andy, when it’s come to WiFi in Andy I trust:) thank you.
Thanks Hassan
Yes Mr Andrew,your work is ever- excellent ,thank you!
You will find that when you are attaching the center wire of a coax to your driven element if it's a flat plane such as this, the best match to the coax needs to be experimented with. If you have a spectrum analyzer, connect the coax to the analyzer and aim the antenna at a known signal source and touch the center wire of the coax to various areas of the driven element. You will find that you get a much stronger signal on some areas of the driven element than others due to a better impedance match. Once you have found a place with the best match, solder the center wire to that point. Excellent series of videos and very interesting.
Firstly, thank you so much Mr Andrew for all the exceptional work that you do for us, secondly, I have a question about the diameter of the discs that we must use, on the video you use discs of 34 mm but on the pdf you use 32 mm discs.
I think you need a way to match the antenna. Measuring the VSWR would be a good start. 🙂
Just curious do you have an over abundance of toilet brushes now lol
I prefer to use paper.
Hello I just wanted to say that your video is great and the end product looks great. I would like to ask if you think that this general setup would be effective for a 900 MHz antenna and how are you calculating the dimensions of the parasitic and active elements. Also how do you determine the dimensions for the can you wish to use. Thank you advance for any information you can give me on this. I am currently looking at building one and just need to calculate the dimensions that I need.
My new favorite diy antenna channel! Very informative with all sorts of designs and REAL TESTS! Thank you so much! Im making the antenna from the “My New Favorite Antenna” video. Quick question. If I want to make the antenna from this video but for 5ghz wifi, what diameter should my circular elements be? Thanks!
Eles provavelmente terão metade do comprimento e espaçamento.
I'm wondering if the reason the original design used a drive element 5mm larger and parasitic elements 3mm larger than your design is because the original plans called for a 4mm threaded rod. Perhaps the original designer intended for the builder to use a non-metallic rod, but he used a metal rod instead. Is it the overall diameter of the circular element that matters or is it the cross sectional length of metal that should be measured? I'm sure I'm not saying it right, but perhaps the original calculations take into account that there's a hole in the middle of the circular elements.
Hi, great video, but I have a few questions. 1) Why shouldn't I use washers as the circle elements to build my WiFi gun...is thinner material better? 2) If I were to use washers, how does that affect my spacing? What I mean is, is the spacing measured between the two facing surfaces, or since the washers are significantly thicker, should the spacing be measured center to center? Thanks.
You need a nanoVNA
The antenna thing really works. Even the ukrainian youtube team named kreosan did this (70 Decibels was the max). The farthest is 7 to 12 kilometers from their experiment location to the target Wi-Fi. The reception is cut when snowing but can receive the signals.
@@raptoroz5807 im sorry i cant read Russian😟😟
Awesome! Thanks for the detail.
Is there a part list to exact pieces you need to build the antenna? Thank you
Well done, Mr. Andrew. If it possible, please update the document (in PDF) the exact thin of the element & the diameter of axes, please. Because my English is not good, especially in listening. Thank you very much.
I did a logarithmic, for that frequency 2.4ghz, and it was excellent with a good gain.
Hi Andrew, is this not just a Yagi???
How is this really different from a typical Yagi?
No different from a typical Yagi exept works in the same way.
Andrew Mcneil. Great video Mr Andrew. Many thanks..
May I have your website url to go over it please ?
Sincere regards
Many thanks Andrew.
These was really helpful.
Regards
Great concept I feel like trying this but don't think we didn't notice the bird buddy watch 5:12 he straight flips us all off 😏🤣🤣
Nice! Great work and research! I have a question: Can a "antenna" be circular polarized?
yes
Hi Andrew, great video . I'm looking for a long range antenna to help poor schools to have an intranet , with homemade antenna do you recommend me?
Hello.
I want to know how many millimeters is the thickness of that copper?
I need to know
I have a recommendation for you experimentation. Try with one or two parasitic elements, and separation between reflector form active elements. That can be better about, from my experiences experimentation.
Thanks Eddie will give it a go in the future some people have said that fewer may be better when using a can
Great Andrew! I really appreciate your work!
Thanks Yoloman
I'd love to see you do some GPS antennas.
In British and Scottish : Cut becomes Coot and Nut becomes Not. In Indian : R become Doodle :-D It is funnny, Not Fonny, how people talks.
hey there andrew, i was just wondering if you could mabe send me a link or a list or something where i could buy all the items u use to build your wifi antenna's such as the coaxial cables,heat shrink tubing, double sided copper clad board...etc oh and especially the stainless steel toilet brush holder for the cantenna designs. Thank you again for your content your awsome!
thanks
Should be able to get 16-24 miles with this. I would remove 1 or 2 plates on the big end.
The difference between the metal threaded rod and plasctic threaded rod: all dishes are circuit short cut onto the metal one. All dishes are isolated from each other onto the plastic one, so, i think there is a problem with the metal one: you solder the ends of the cable one way onto a short cut (metal), the otrher way you solder the ends onto isolated dishes, like a capacitor. Can you explain the sense of these two extreme difference?
Ok so I have a question on the dimensions used for the WiFi gun. Aren't the diameter of the directors supposed to be just a fraction under the length of a half wavelength? The frequency of WiFi starts at 2.4Ghz, meaning half it's wavelength should be 58-62mm. The directors in the WiFi gun is 37mm. Any reason why?
I have been asking myself the same question. Have you perhaps found out why?
Any idea where one can get the toilet brush holder he uses in some of these videos? I looked up walmarts catalogue and couldn't find anything that looks like that one, cheers
In fact, you don't need to find that kind of cylinder. You can find an ideal paper cylinder and stick a layer of tin platinum paper on the outside, which can also play the same role.
I have made wifi gun according to your scheme. It doesn't make any difference in wifi signals.
Plz tell me the solution.
What you do exactly? Only the gun, or the two
What job do all the parasitic elements do if they are all seperated from the can? You only seperated the driven element from the reflector in previous antenna?
Yagi antenna has a wider range and cantina narrow range as you explain in your last video now you have to merge two design together with how is the range?
Maybe it will work properly
So it doesn't matter that the passive discs are not attached to a metal rod?
hi sir can i use this measurement and make antenna without can
@andrew mcneil, can you please help out?, your diagram on the cantenna had the scale 20 X 20.
How do I apply this to the precut disc diameter? Many thanks.
i would like to see the signal strength difference between this antenna and the ordinary built in adapter in my laptop, but no he just gives us a signal strength wuote when the router could be 20 feet away
you do a great job. can you tell me what frequency it is most efficient at, like 1800hz?
Nice. Thank you for the video!
Your welcome Israel
grate video sir again i really like it
I would like to build this kind of antenna (with or withough the can) for my local 800MHz LTE connection because it seems a little easier to make than other directional designs. Are sizings available for 800MHz, or is there a good online calculator which could provide that?
Aren't Pringles cans lined with aluminum,they should work too!
whut it help to make the flat disk curv like a disch
I wonder how would it do on parabola/sat dish...
Can i used a pringles for the pipe and cover it with metalic tape. Thus make it the same?
Thank u I learned so much from you your my idol please continue your great work more power
Andrew, could you please show how to solder wire to the stainless steel. I was trying a lot in a different ways, but unsuccessful to make a proper soldering. Thank you!
These are not true stainless steel they are a mix with a lot of tin. I have come across some that just will not solder even when buying from the same store. I got 10 of these last year same make same store and two of them would not solder.
pilipoff
Anytime soldering a steel or iron part, use flux and it'll be easy. Flux paste or acid flux, plumbers flux or hydrochloric acid - each will do the job, but be careful with the acid.
HI, what is the coex cable connected to before the computer???? enjoyed this very much....
Its connected to an ALpha wifi adapter
how well is the penetration of your yagi cantenna? is it more than other antennas out there?
Your diagram doesn't have a length & width measurement for the can, is it important? Dose it mater if the can is aluminum or another material? What type of tube are you using? Can I use a stack of soup cans for the tube? I like to get my details together, less chance mistakes on my part. I need an electronics for dummies book. :(
can i use insulating tape to isolate the parasitic elements from base axis?
how i can calculate the diameter for 1800mhz and 2100 mhz for 4g connections
His design has the driven element at 1/2 wavelength and the others at 1/4 wavelength.
2.1 GHz is 143 mm & 1.8 GHz is 167 mm.
You’ll also want to change your spacing. If you look up yagi spacing calculator, find one that lets you choose all of your variables, such as number of elements, diameter of parasitic elements, frequency.
I have a question. I was looking to make something of this design for my parents when they are trailer camping during their summers. Is there a way that this can be connected to a wifi router in their trailer so it can be used for multi devices?
Great videos ! I have learned a lot thanks. But would like to know what is the program you use for testing ?
vistumbler is a freeware program
@@dirkmechant5027 Thanks
i was thinking of making this one but i would like to do it with my Xiaomi Mi Wifi Repeater Pro but its antenna is built to it (unlike from the video that you can disassemble or remove the amtenna).
Would it be fine if sattelite/cable tv wire is Twiddled to the repeater antenna directly? can i get signal with that (of course with the same directional antenna design)
please i hope and ill be very glad if someone read this and answer my question.
(sorry for the wrong grammar)
wonder if the "waves" are not blocked too much because round elements, just a thought that it might reflect too much before it hits the driven. At the moment testing my 2,4 sector antenna which stated as 16dbi and 90 degrees radiation pattern , so far very interesting result with 40+ wifi points while my phone pickup about 10. Need to find spare time to inspect the inner what should have 8 cone-shapes on some board and seperated H and V connectors.
A few people have said that maybe using less elements may make it perform better I will give it a go when the weather warms up as it does make sense when you think about it.
yup, would be so nice for a long distance test in some open land to avoid all kind of reflections. Agree the weather needs better first lol, here tons of rain in Holland, all coming from UK as wind is from west hehe
Hello! How many centimeters for the thickness of copper disk ?
really nice and descriptive videos. Is it possible to build these antennas for 5.8ghz.
Question, could you use something like this to get a better digital tv signal?
Parabolic Yagi Cantenna?
Where do you get the cans? I have looked everywhere to no avail.
4:44 screw them together and put on drill them sanding it to make it more round shape...
hi andrew, can i implement this design for 4g antenna ?, what is the size of the detail?, thanks
+andrew mcneil How much signal do you get with stock antenna?
nice
will attaching the can-tena to a satellite dish increase signal strength?
yes
Wow great
Hello andrew can you give me a link to your store? Tried the other video that you have uploaded and the link seems dead.. If you could pm me a link or just post one here it would be very appreciated.
Thank you Mr. andrew McNeil
Is it possible to use the
copper allowance? Aluminum
In making the antennae
You can use aluminum but would have to find a way to connect the coax
what diameter which perfect for the 2,4GHz wifi?
if I use can with different diameter, do the diameter of main driven is stay on 63mm ??
what frequency does the wifi gun run on, because I was looking for one that worked on 5Ghz.
2.4
great job, please for next video make sectoral 2,4GHz ...> 12DBi
excellent!!, how can i build a 5ghz wifi directional antena for rocket m5 ?
Hi, can you please tell what is the thickness of copper sheet?
0.5mm
any antenna design for 4G signals?
Do you half to use coaxial cable or will any copper wire work ? I'm want to attach it to a WiFi extender antenna if that makes sense
if anyone can tell me that would be great thanks
There's no PDF.
How can you connect to mobile?
Please could you direct me to a video to help with home WiFi. Typically, we have the Virgin router and I want to boost the signal. I've used a bt router as attachment repeater, but it would be great if the signal was much stronger. Thanks in advance. BM
I must have missed it in the video what gauge was the copper you used?
0.5 mm
Could you redesign a USB powered 2.4 GHz long range antenna off e bay to work off a router with external power supply...
Me Me ex
How far that can transmit?
Nice!!
your elements aren't completing the circuit though ?
ruclips.net/video/fao1KKwmps0/видео.html
very good :)
what software are you using to get your readings?
www.vistumbler.net/
@@andrewmcneil thanks for the rapid response and solid info!
Nice
nice!
Materials sir?
I have a TP-LINK model TL-WR840N router. I want to send signal to a repeater 2 floors bellow where the router is. The router has 2 antennas directly welded onto the board without a connector on the antennas. I need maximun signal strength in the direction of the repeater. Is it a good idea to weld this kind of conector ( www.ebay.es/itm/Antena-Pigtail-Cable-F-Female-To-Y-Type-2XCRC9-Right-Angle-15cm-Para-Huawei/163024015983?hash=item25f4fd126f:m:meW5gXQ8227U467x5RFSVrQ ) to both outputs and have them conected to a wifi gun or should i only connect the wifi gun to a single output? Will the signal be stronger with both outputs connected to a single wifi gun or will that make the router go crazy and don't work at all?
CAN YOU GAVE ME 1 OF YOUR INVENTION WOW I SUPER IDOLIZE THAT
Give me the antena..
Great