I am a full-time trader. Support to earn extra income every day. *** If you need support for daily trading signals, or if you want to copy from the ad, you can open an account using the following link. + If you want effective trading signals, register with DOO Prime:my.dooprimeapec.com/vi/links/go/33957 + If you want to copy from ad, register with Exness:one.exnesstrack.net/a/cneq3igfzi *** Note: + After registering, please contact Ad for support in joining the signal group. and install copy. - Support: facebook.com/khac.hung.1291/ - Support phone number: 0978346963
I remember putting my cassette player (I know, I'm old) into an empty dresser and opening the drawers. this was in 1970 something and the sound was amazing.
I still have a cassette deck. But your idea of the doors is not new. I have a Kriesler stereogram from 1968 with sliding doors at ends over the speakers. So it looks just like a nice cabinet when not in use.
You are not old.... I had an 8 track in my first car. 😉 I still use an 8 track in my workshop. I have an old stereo from early 70s that way I don't have to worry about theft or damage. Many years ago my father would pick up 8 track tapes for me at yard sales for ~$0.10.
I wonder what the theory is? Why do you need such a long duct? After all, we all know how the tube distorts any sound. If the emphasis is on amplifying low frequencies due to resonance in the pipe, then I would like to see a method for calculating the diameter of the pipe, its length and the number of elbows, which are highly undesirable in acoustics. Otherwise, there will be no amplification compared to a conventional phase inverter, but we will only get a distorted, colored sound that is very far from the sound engineer's idea.
Similarly, I was wondering if you calculated the overall length of the ducts, to make sure that their output is perfectly in phase with the output of the woofer.
I think after a certain amount of tube the gains are diminished. We use to build subwoofer boxes,use different diameter and length of pipe to tune the boxes.
@@Alex-yr4qi чтобы звук стал воистину аудиокакафильский, нужно к унитазу огромный рупор как у патефона присобачить, а в унитаз впиндюрить ширик 150 ГДШ. Вот тогда вообще сказка а не звук будет 😝😂😂😂👍
remove the fittings pipes, &all then give 4 inch one pipe length 20 cm locate just bottom of near same woofer ( not back I mean front ), put glass wool inside box all sorround so you Will get more deep smooth bass 🙏
Did you mean, to use only ONE 4" pipe, 20cm long and on the front, lower part of the box? Does it matter the size of the box, as dimensions of this project were not given?
I like watching videos about speaker designs on small speaker systems to get maximum bass output because I would like to use the same designs but on a much larger scale with 12 inch subs. Videos like these gives me ideas. Thanks for uploading.
the vent should be on the front... the box is huge you can put the mid and high range as well, insides of the box should have the sound absorber too you can use carpet or foam material. The effort is brilliant....
Specs and dimensions? For different sizes speakers say like 10 or 12 inches? Ty for the video. I’d probably use different adhesives in my opinion. What about the vibration after time? The PVC will generate rattling sounds correct? if the PVC isn’t properly secured or braced? Sorry for all the questions just curious on the science of it all. Very interesting. Thank you again.
I believe you would need a crossover for the speaker to only drive the lower frequencies for it to actually be a dedicated subwoofer. Even then you still need a woofer (speaker) that is rated down to 20hz or at least down to 50hz for it to be classed as a subwoofer.
A few things come to mind. 1. The Xmax of that speaker is likely not sufficient to handle the wavelength desired by such a port. 2. There will be all sorts of unusual resonant frequencies heard with this un-reinforced construction method: tubes, ports, cabinet. 3. The enclosure and the desired port tuning frequency do not appear to be well matched. 4. The port length and diameter do not appear to be well matched. 4. There are bound to be phase issues, here.
how do they appear unmatched? why do you think your calculations are more accurate, as if he didn’t do them beforehand. i’m sure they must sound like shit for him to keep building them. the length of that port is critical for lows. doubt he just winged it for the sake of views.
У чела остались обрезки труб после ремонта сантехники и он решил забубенить ролик для впечатлительных. Результат достигнут, суб собран. ХайФая никто не обещал. В мире стимпанка идея прижилась бы 😎
Скинул я этот ролик спецу и однако ... : Я: -"Прокоментируй пожалуйста эту контрукцию. Ты в этом разбераешься." Он: -"Это туннельный фазоинвертор, самый высший класс акустического ящика..." Я: -"Эта конструкция может выдавать красивые басы?" Он: -"Ну типа самые глубокие".
I am missing the insulaton troughout the box, under the rim of the speaker, the connector, around the pipe exhoust. Everywhere where it can wistle/blow. Otherwise this is a great build with much details around the woodwork :) (I also would use a bit thicker cable, i am not sure about the power of this speaker, but it doesnt cost much) I also built speakers without any calculations when I was young, but propably its worth it. Anyway the satisfaction of listening to a speaker which you built on your own makes it the best in the world :)
I guess the theory is the PVC Tubes funnel the Bass, but the length distance the air travels causes a delay better Bass. In the 80's instead of baffles or tubes, I used two or four woofers in a car in 1982. Never made a box square but they had a few angles if not rounded backs so the bass does not just bounce against a flat area never sounded as good. Woofers that required a large box to perform correctly, I reverse the polarity some how worked great.
I feel like you would want to separate the tube chamber from the speaker because the vibration would be on the outside of the tube and the inside therefore canceling out resonance.
I would call it a rattling wave damper. Look at the device of the pipe of the old gramophone. 📯 Gradual diameter transition and proper swirl to gently remove other noises. The volume of the box must be in proportion to the room so as not to create resonance. And some polyurethane foam inside
Please add thick cotton liner on all the walls inside the box. Add some rubber gasket ring in between Speaker & Box before screwing up. Pure Bass Sound in fact True Bass Sound will come. You will love it. And yes I loved this project idea. Love from Bharat to you 👍🏾
It's possibly a cross between a ported box and a transmission line, but it goes against the accepted methodology for making either . Maybe it could be considered to be a 7 ft long pipe speaker. Maybe a bass reflex box with a 7 ft. long port However, I wouldn't be surprised to find an empty cabinet of the same size (without the ducts), with a hole in the cabinet having the diameter of the pipe, could sound similar.
Gran trabajo! sólo hubiera preferido que las salidas de aire sean hacia el frente, para que no rebote el aire expulsado si se coloca el equipo cerca de una pared quedando limitados. Felicitaciones!
Now attach the speaker to the pipe to protect the speaker fully and fill the box around the pipe with cement/concrete/epoxy resin slowly to prevent any air bubbles and to make the pipe as RIGID as possible so that it prevents vibrations that causes the pipe to rattle over a period of time
@@tonywa9343 Once placed in the right place they don't require to be moved a simple wheel board would help to find out the right place The point is purity of sound clarity not your sarcastic remarks which you are accountable for because that is your responsibility
Pulled the words right out of my mouth. Hoewever, simple sand will do. Finally, just using a long tube "waveforming" is not enough. The tube has to be tuned, if not, you get lower but smeared bass. Also, the ports need to be tapered, if not, it will also "chuff". Its easier to simply make a bass reflex enclosure, the bigger the box, the lower the bass. You can also add a passive radiator for additional extension.
Gran trabajo, me parece una excelente propuesta para controlar el réflex, no sé si calculaste el drenado para llegar a esos diámetros y recorridos considerando sus curvas, así como el volumen del cajón. Pero se escucha sensacional. Felicidades
@@user-jb5uf1dl9o между прочим, во время поворота - звучание заметно изменялось. То есть, по меньшей мере, у автора микрофон был стерео. Но пластиковые трубы, согласись, против чугунных не пляшут!
Bose use to make a speaker like that in like the 80s or 90s. In the commercial they’d cut the speaker in half to show the same tube like structure inside. I’ve always wanted to make one.
Happy 2023. Good luck to us all. I did this using a 3" PVC pipe with the same 3 u-joints and 2 L-joints and I am pleased with the outcome using an 8 inch mid-bass.
Интересно сделано, но из за такой длины труб фазоинвертора и большого количества изгибов вместо хорошего баса получится искажённое бубнение. Лучше бы вы сделали тот же короб со щелевым фазоинвертором или четвертьволновым резонатором, в крайнем случае с трубой Войта
You are all missing the point here, ignorants! This dude deserves credits and respect, for the soul reason alone; He is a maker, a builder! He create on his own terms and skill level, that makes sense to him. This way he achieves valuable experience and knowledge about making a speaker. In the end he will know what really works in practice, in real life and not what most of you guys, think you know about theory from reading a book!
I use this same type of tube system for my car. But the chamber where the speaker goes is also tube. The guy here still used a box though. It’s my favorite and best for anything below 25Hz! My tube complete tube system is about 25lb compared to a conventional bulky square box that needs bracing would be 80lbs which for a daily vehicle sucks. Ever since I discovered tube systems, it’s all I use for Bass systems!
The length of the vent should match the resonant distance from the woofer to the ears so that there is no frequency cancellation when the sound hits the back wall and is reflected forward.
What do you even mean? The output from the port is shifted by 180 degrees from the output of the driver so you never get cancelation between the driver and the port at the tuning frequency and up. It doesnt matter how long the port is, the length affects just the tuning frequency.
Go on the diyaudio forum, the have a section on subs, and there's some VERY knowledgeable people on there, only too happy to help anyone, no matter if you're a beginner or not.
If you cut the MDF on a cnc machine, why do all the sanding and grinding? Why the last bend on the port? It only directs the opening chose to the front... Why not place the port openings on the front and not the back? Why make two ports and not just one? Did you do ANY calculations to the port and the length? I have NO suggesting as to what you should make next, but I would suggest anything else than a speaker enclosure!😝
Great idea, especially for those of us who don't have a CNC machine to make the pathway out of wood. I wonder if this would work well with just one pipe instead of 2. Any math wizards out there?
I doubt that this sounds good at all. What did he even use to calculate/tune the box and how do you know if the phase of the sound wave is "in phase" with the speaker. This is nothing more than a cool looking box. There is software out there that I used as far as 30 years ago that will calculate the box tuning and length of port. Those elbows in the port have a lot to do with the sound being produced. Try a software called bassbox pro, its has all the design parameters.
@@jmac213stuff Crap MDF material, the poorest soldering, thinnest wire, holding the PVC together with hot glue(!). Definitely *not* good craftsmanship.
The bass is equivalent to that of a semi-open box in which the front sound waves stand out. Rear waves are attenuated by the ultra long ducts (acting as a very low pass filter), so not cancelling frontal ones. This is why most of the sound energy is delivered frontally and centered around the high bass (40 - 60 Hz), close to the natural resonance frequency of the speaker. In this frequency range the box behaves close to a big closed box. The ducts aimed at very deep bass (lower than 30Hz) have no main function in this system, neither the speaker is able to deliver it. All this is a waste of time and plumbing, in my view. And lack of knowledge of minimal speaker building principles either. I will not leave a like which is of course the main aim of this misleading video.
Such type of speakers were made by Sonodyne Company but instead of plastic pipes they filled the box with coir and thermocol and cotswool and the output was astounding.
What is that subwoofer tuned to? I ask because it looks like quite long ports for a box that big, although in a small box you end up needing a really long port just to get a low tuning with adequate port area, which is why many use passive radiators. I've made boxes for 6 x 9 speakers and with 1.1 to 1.2 cubic feet each and 2 2.5" ports I think that were about 8 inches long, the tuning came out around 50 Hz which was low enough for a bass and mid woofer like a 6 x 9. I've also accidentally tuned a big PA speaker to 11 Hz when messing around with ports I had no idea of Helmholtz frequency calculations for (which means it wasn't providing significant boost in the useable range).
@@jasonmelo9379 in this big a box, you don't need that long a port to get low, especially if it's not particularly wide. The "11 Hz" PA speaker was an H//H Pro 150. I added a piece of cardboard pallet wrap tube to the hole where the bullet tweeter was. Later I entered the paramaters in Hornresp, given the box was just over 100 litres (4 cubic feet). This enclosure will function as a large sealed box, although maybe in the single digits there might be some boost, although the displacement of this driver is likely not enough to take advantage of it. You'd get better SPL just tuning to 40 Hz. Edit: I just did the calculations for 4 cubic foot box with a 4" wide pipe 12" long and it comes to between 24 and 25 Hz in half space. Still too low though for the type of speaker I wanted, which was a party/PA speaker for maximum punch above 50 Hz. Quadrupling or maybe 5 or 6 x port area would have got me there.
Yes that is the downside with all pipes/ports. Everyone is used to that sound quality degradation when it is the norm when most of the speakers due to space constraints and the wish of having something small that should sound bigger.. If we on the other side want no compromise and with sound quality. Then skip the ported enclosure go with open baffle and big driver!
Так вот почему каловая масса из рф в Украине в первую очередь унитазы срывает и домой везет. Акустику создавать стало быть. Прав был Герман Греф, ох прав
If you do, definitely use a better driver (subwoofer) with a bigger magnet, better terminals, better quality rubber surround that allows the cone to move with greater excursion, and use thicker-gauge high-quality speaker cables for both the internal wires & connection to the amp. I'm not sure what kind of amp this is, but it doesn't seem to move the driver cone very far, this could be the fault of the amp, the speaker itself, the wiring, incorrect impedance (Ohms- for example car audio equipment almost always runs at 4 ohms, unless subwoofers are specifically made to run at less, like 2 ohms/ 1 ohm because the lower the impedance the more power it can pull from the amp, as long as the amp can handle it as it will generate more heat & require greater electrical current. Most decent modern car amps are made to easily withstand this kind of power draw & heat. Condider this also: I'm) it could just need level/ frequency adjustment at the crossover/ filter
That's an enthusiastic build. The extremely long ports will create excessive planar drag. Group delay will be high. Get a copy of some good software and speak with someone who understands it. If you can model port velocity, mutual coupling, group delay & other easily overlooked parameters, your results will improve dramatically.
There's a reason that deeply tuned sub boxes are big. The tuning on this is no doubt low, but at any volume, the ports will be noisy, and because of the multiple non-smooth curves, they won't be very effective... But hey, it looks cool.
It is far less expensive to simply buy two drivers, put them in an appropriately sized sealed box and equalize the bass response. You get a bass response that rolls off less than this design does below the port resonance and you get accurate bass with low group delay that a ported design can never have. Modern accurate hifi speaker designs don't use ports, open transmission lines or passive radiators.
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*** Note:
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Biggest success of this project is the near 10millions view.
you can buy a lot of speakers with that many views.
Прекрасный , пластиковый звук😁😁
они тупые. как говорил Задорнов.
This video is a great example on how McDonald’s sells the most hamburgers of any hamburger joint, but they’re the worst hamburgers.
I remember putting my cassette player (I know, I'm old) into an empty dresser and opening the drawers. this was in 1970 something and the sound was amazing.
toi ngi la lam de cho vui thoi chu thuc te la lam ong hoi bang ong nhua nhu vay theo toi ngi la khong hay.day la y kien chu qoan cua toi thoi
I tried that as well and it did make a difference.
I still have a cassette deck.
But your idea of the doors is not new.
I have a Kriesler stereogram from 1968 with sliding doors at ends over the speakers. So it looks just like a nice cabinet when not in use.
I still have my cassette tapes and players in my house. Surprisingly, they still play. 😅😅😅
You are not old.... I had an 8 track in my first car. 😉 I still use an 8 track in my workshop. I have an old stereo from early 70s that way I don't have to worry about theft or damage. Many years ago my father would pick up 8 track tapes for me at yard sales for ~$0.10.
Такой системы из каланизационных труб я еще не видел :)
Потому что смысла нет, только для таких видео... Задержка из-за большой длины трубы будет и возможно сопение
@@user-dl7me3md8p да и ящик тоже великоват. Для такого динамика хватило бы и сливного бачка (как раз в тему видео было бы)
@@adambisultanov76 думаю унитаз будет хорошим объемом для динамика, а выпуск унитаза фазоинвертор
@@user-dl7me3md8pthings probaly tumed to -20hz😂
I wonder what the theory is? Why do you need such a long duct? After all, we all know how the tube distorts any sound. If the emphasis is on amplifying low frequencies due to resonance in the pipe, then I would like to see a method for calculating the diameter of the pipe, its length and the number of elbows, which are highly undesirable in acoustics. Otherwise, there will be no amplification compared to a conventional phase inverter, but we will only get a distorted, colored sound that is very far from the sound engineer's idea.
Yes. I do agree with you. But, you should also appreciate his creative idea.
Similarly, I was wondering if you calculated the overall length of the ducts, to make sure that their output is perfectly in phase with the output of the woofer.
Arinjudenki mindathirunnu kaanu
I think after a certain amount of tube the gains are diminished. We use to build subwoofer boxes,use different diameter and length of pipe to tune the boxes.
The size of box determined how many elbows he needed for the length of duct he wanted to produce his desired resonance...
Чугунные трубы сделали бы звук гораздо винтажнее!!! Верьте мне!
Дарю идею!
чугунная секционная батарея !!!
А если мощный динамик вставить в унитаз, вообще сабвуфер получится😂
@@Alex-yr4qi чтобы звук стал воистину аудиокакафильский, нужно к унитазу огромный рупор как у патефона присобачить, а в унитаз впиндюрить ширик 150 ГДШ.
Вот тогда вообще сказка а не звук будет 😝😂😂😂👍
Всё это замечательно! Но вместо лабиринта нужно подключить канализационную систему всего дома!
На ютубе уже есть видео, как парень ставит динамик вместо канализационного люка 😂
I take it, there's no crossover, so it's a full range speaker. Very nice construction. Very soothing to watch
Thats a woofer not a midrange
obviously, it's not even a subwoofer
Didn't hear the subwoofer sound.
That's the point
What is that? 6”?
@@NickkaDUBthat's what she said
@@mridulkrishansharma5394😂😂
@@mridulkrishansharma5394 For me it’s more like she says, “What is that, 6” soft”?
remove the fittings pipes, &all then give 4 inch one pipe length 20 cm locate just bottom of near same woofer ( not back I mean front ), put glass wool inside box all sorround so you Will get more deep smooth bass 🙏
Did you mean, to use only ONE 4" pipe, 20cm long and on the front, lower part of the box? Does it matter the size of the box, as dimensions of this project were not given?
I agree. I did the same thing with my Kicker ES 12" . It really produced a deep soothing bass.
@@fiqueporaqui4" port on a 4" speaker lmao
I like watching videos about speaker designs on small speaker systems to get maximum bass output because I would like to use the same designs but on a much larger scale with 12 inch subs. Videos like these gives me ideas. Thanks for uploading.
Amazing! The bass sound little bit punchier.💥💥💥
Прикольно получилось..... теперь можно взять резиновые тапки и сыграть на этих трубах что то из Blue Man Group!)))))))))
I feel love!!!!!
Посвящается фетишистам лампового звука😀
the vent should be on the front... the box is huge you can put the mid and high range as well, insides of the box should have the sound absorber too you can use carpet or foam material. The effort is brilliant....
It makes no difference, bass is not directional.
@bobverney4903 it does make a difference for group delay and when you put the speaker against a wall to use room gain.
Genial parabéns vou tentar fazer um dessa amigo
not good as u people but this system according to me will not boost lf. a folded horn type will be much better option.
Specs and dimensions? For different sizes speakers say like 10 or 12 inches? Ty for the video. I’d probably use different adhesives in my opinion. What about the vibration after time? The PVC will generate rattling sounds correct? if the PVC isn’t properly secured or braced? Sorry for all the questions just curious on the science of it all. Very interesting. Thank you again.
Valeu irmão ficou top e já apreendi parabéns
PARABENS !! eu aqui consegui sentir a QUALIDADE dos GRAVES .. muito bom imagina ai perto da Genial caixa de SOM .. PARABENS !!
I believe you would need a crossover for the speaker to only drive the lower frequencies for it to actually be a dedicated subwoofer. Even then you still need a woofer (speaker) that is rated down to 20hz or at least down to 50hz for it to be classed as a subwoofer.
A few things come to mind. 1. The Xmax of that speaker is likely not sufficient to handle the wavelength desired by such a port. 2. There will be all sorts of unusual resonant frequencies heard with this un-reinforced construction method: tubes, ports, cabinet. 3. The enclosure and the desired port tuning frequency do not appear to be well matched. 4. The port length and diameter do not appear to be well matched. 4. There are bound to be phase issues, here.
My first intuitions were something similar. If you want a TL, you'll build that. :)
for best results the port should be in the face of the box and a certain length and width,
this person has good craftmanship and designs but doesnt have a clue how speakers and subwoofers work,
how do they appear unmatched? why do you think your calculations are more accurate, as if he didn’t do them beforehand. i’m sure they must sound like shit for him to keep building them. the length of that port is critical for lows. doubt he just winged it for the sake of views.
Very nice ! I don't know to do a comparison with a commercial one, but I guess this is very unique and good quality, right ?!
m.ruclips.net/video/2XAiuqrHkK0/видео.html
Why do you think so?
Just imagine the bass if you used an actual woofer!
Lol
Stuff a dd 506 or 606 in that bastard and watch it rattle the hot glue loose
And maybe a crossover to filter out anything over 100 hz
A skilled plumber
У чела остались обрезки труб после ремонта сантехники и он решил забубенить ролик для впечатлительных.
Результат достигнут, суб собран. ХайФая никто не обещал. В мире стимпанка идея прижилась бы 😎
А фанэру - подобрал на свалке
Скинул я этот ролик спецу и однако ... :
Я: -"Прокоментируй пожалуйста эту контрукцию. Ты в этом разбераешься."
Он: -"Это туннельный фазоинвертор, самый высший класс акустического ящика..."
Я: -"Эта конструкция может выдавать красивые басы?"
Он: -"Ну типа самые глубокие".
@@JR-nh4kb ну то есть эта фанерная штука типа крутой фазоинвертор ?
@@keramzitJo
Это мне сказал человек, который сам ещё ~25 лет назад собирал подобное на заказ.
I am missing the insulaton troughout the box, under the rim of the speaker, the connector, around the pipe exhoust. Everywhere where it can wistle/blow. Otherwise this is a great build with much details around the woodwork :)
(I also would use a bit thicker cable, i am not sure about the power of this speaker, but it doesnt cost much)
I also built speakers without any calculations when I was young, but propably its worth it.
Anyway the satisfaction of listening to a speaker which you built on your own makes it the best in the world :)
Nothing better than to hear your own design of a speaker actually work and sound sweet.. I make car sub enclosures . Good work
बेहद शानदार वीडियो सिंपल और सावधानी के साथ पूरा देखने की जरूरत प्रदान किया
Muito bom gostei. vou copiar sua ideia ficou show.
I guess the theory is the PVC Tubes funnel the Bass, but the length distance the air travels causes a delay better Bass. In the 80's instead of baffles or tubes, I used two or four woofers in a car in 1982. Never made a box square but they had a few angles if not rounded backs so the bass does not just bounce against a flat area never sounded as good. Woofers that required a large box to perform correctly, I reverse the polarity some how worked great.
If you use a compression bit vs just up or down spiral fluted bits, you can get much cleaner cuts, in less time.
Làm cái ống hơi cho đã đi r cuối cùng cái loa nghe còn thua cái loa ống hơi bth nửa😂
Wow! What an invention And yes it does put out some base Well thought out
m.ruclips.net/video/2XAiuqrHkK0/видео.html
m.ruclips.net/video/2XAiuqrHkK0/видео.html
I feel like you would want to separate the tube chamber from the speaker because the vibration would be on the outside of the tube and the inside therefore canceling out resonance.
Que frecuencia lograste sacar con este proyecto? Hay aplicaciones que ayudan a entonar nuestros diseños
m.ruclips.net/video/sAzSEqnM6Yw/видео.html
Sounds great 🔊
As the loudspeaker is a full range one, I would have used a low and high frequency crossover in parallel to the speaker .
I would call it a rattling wave damper. Look at the device of the pipe of the old gramophone. 📯
Gradual diameter transition and proper swirl to gently remove other noises. The volume of the box must be in proportion to the room so as not to create resonance. And some polyurethane foam inside
Please add thick cotton liner on all the walls inside the box.
Add some rubber gasket ring in between Speaker & Box before screwing up.
Pure Bass Sound in fact True Bass Sound will come.
You will love it.
And yes I loved this project idea.
Love from Bharat to you 👍🏾
It's an odd sort of transmission line.
I like it.
Basically like a Bose Radio
It's possibly a cross between a ported box and a transmission line, but it goes against the accepted methodology for making either .
Maybe it could be considered to be a 7 ft long pipe speaker.
Maybe a bass reflex box with a 7 ft. long port
However, I wouldn't be surprised to find an empty cabinet of the same size (without the ducts), with a hole in the cabinet having the diameter of the pipe, could sound similar.
Gran trabajo! sólo hubiera preferido que las salidas de aire sean hacia el frente, para que no rebote el aire expulsado si se coloca el equipo cerca de una pared quedando limitados. Felicitaciones!
Linda caixa e ficou com um timbre super bacana, Topiss[ima ! Parabéns
Great job I love it keep it up
Olá. O profissional em epígrafe deveria trabalhar com COMPENSADO, no lugar desse papelão, chamado MDF. A acústica ficaria muito mais substancial.
Parabéns achei muito interessante
Awesome. Where do you find small speakers with xmax large enough to pull this off?
Top muito bom mesmo
Now attach the speaker to the pipe to protect the speaker fully and fill the box around the pipe with cement/concrete/epoxy resin slowly to prevent any air bubbles and to make the pipe as RIGID as possible so that it prevents vibrations that causes the pipe to rattle over a period of time
И главное - никакой музыки🤣
And then buy a engine hoist, so you move it about the room
@@tonywa9343
Once placed in the right place
they don't require to be moved
a simple wheel board
would help to find out
the right place
The point is purity of sound clarity
not your sarcastic remarks
which you are accountable for
because that is your responsibility
Pulled the words right out of my mouth. Hoewever, simple sand will do. Finally, just using a long tube "waveforming" is not enough. The tube has to be tuned, if not, you get lower but smeared bass. Also, the ports need to be tapered, if not, it will also "chuff". Its easier to simply make a bass reflex enclosure, the bigger the box, the lower the bass. You can also add a passive radiator for additional extension.
@@tonywa9343 😂😂
Gran trabajo, me parece una excelente propuesta para controlar el réflex, no sé si calculaste el drenado para llegar a esos diámetros y recorridos considerando sus curvas, así como el volumen del cajón.
Pero se escucha sensacional.
Felicidades
En que ayuda esos tubos ? Tengo un parlante video similar y quisiera hacerlo como del.video.
А как ты звучание оценил? Неужели через свою аппаратуру?
Через наушники слушал, умственно неполноценный?
Дружище, заметь пожалуйста, я тебя не оскарблял. А твой негатив скорее тебя ставит в ряд неполноценных. Задумайся.
@@user-jb5uf1dl9o между прочим, во время поворота - звучание заметно изменялось. То есть, по меньшей мере, у автора микрофон был стерео.
Но пластиковые трубы, согласись, против чугунных не пляшут!
Bose use to make a speaker like that in like the 80s or 90s. In the commercial they’d cut the speaker in half to show the same tube like structure inside. I’ve always wanted to make one.
I didn't know that PVC pipe can be useful for bass resonance 😀👍
me too
Happy 2023. Good luck to us all.
I did this using a 3" PVC pipe with the same 3 u-joints and 2 L-joints and I am pleased with the outcome using an 8 inch mid-bass.
Интересно сделано, но из за такой длины труб фазоинвертора и большого количества изгибов вместо хорошего баса получится искажённое бубнение. Лучше бы вы сделали тот же короб со щелевым фазоинвертором или четвертьволновым резонатором, в крайнем случае с трубой Войта
You are all missing the point here, ignorants!
This dude deserves credits and respect, for the soul reason alone; He is a maker, a builder! He create on his own terms and skill level, that makes sense to him. This way he achieves valuable experience and knowledge about making a speaker. In the end he will know what really works in practice, in real life and not what most of you guys, think you know about theory from reading a book!
You're the OP with an alternative account.
Mantap kak... 👍luar biasa...
I had a set of tuned speakers. they use an o-scope , generate a tone , adjust the tube length until the tone is just right.
I use this same type of tube system for my car. But the chamber where the speaker goes is also tube. The guy here still used a box though.
It’s my favorite and best for anything below 25Hz!
My tube complete tube system is about 25lb compared to a conventional bulky square box that needs bracing would be 80lbs which for a daily vehicle sucks. Ever since I discovered tube systems, it’s all I use for Bass systems!
It's bullshit ....
Systems has valves are stoves I use integrated amplifiers stable on two hom By car
@@zip.gianni4045
You are ignorant.
Where can I learn about this? There has to be more people doing that.
@@zip.gianni4045 what?
Perfect for that amplifier!!!!
Merci beaucoup pour la vidéo 📹
Uh Lala
"Good speakers have tubes?" "Hold my beer!"
Very nice experience 🇹🇿🙏
BBBravoooo, bravo you are a big master, very pleazure for me to see this, tnx. and ful respectfull from old BG.
The length of the vent should match the resonant distance from the woofer to the ears so that there is no frequency cancellation when the sound hits the back wall and is reflected forward.
Can you go more in depth about what you are saying,. Just trying to learn more. Thanks bro 🙏
Yes that’s what all the 1970’s speaker building books instructed you on, complete with mathematical formulas.
What the hell does that even mean ? Someone help me I have 12in sub 4 6×9 pioneer speakers
Hi what is the formula for the relationship between frequency and length?
What do you even mean? The output from the port is shifted by 180 degrees from the output of the driver so you never get cancelation between the driver and the port at the tuning frequency and up. It doesnt matter how long the port is, the length affects just the tuning frequency.
I have a 10" subwoofer. Could you please give any idea to get the most punch sound?
Go on the diyaudio forum, the have a section on subs, and there's some VERY knowledgeable people on there, only too happy to help anyone, no matter if you're a beginner or not.
Very creative interesting concept worth it I doubt it.
That Good Kreasi...I Like your kreativitas 👍
Dadi Arep Pesan seng koyok Mini Compo Ono layar sentuh e👍👍👍
Verdaderamente GENIAL
If you cut the MDF on a cnc machine, why do all the sanding and grinding? Why the last bend on the port? It only directs the opening chose to the front... Why not place the port openings on the front and not the back? Why make two ports and not just one? Did you do ANY calculations to the port and the length?
I have NO suggesting as to what you should make next, but I would suggest anything else than a speaker enclosure!😝
I've seen this guy do some things that leave me scratching my head, always.. But it's a good way to kill time 🤣
Waste time you mean..?
he is legend in his own way🤣
Die komplette Konstruktion ist absoluter Schwachsinn! … 👎
PVCを使えば、より簡単につくれそうですね！
Great idea, especially for those of us who don't have a CNC machine to make the pathway out of wood. I wonder if this would work well with just one pipe instead of 2. Any math wizards out there?
I doubt that this sounds good at all. What did he even use to calculate/tune the box and how do you know if the phase of the sound wave is "in phase" with the speaker. This is nothing more than a cool looking box. There is software out there that I used as far as 30 years ago that will calculate the box tuning and length of port. Those elbows in the port have a lot to do with the sound being produced. Try a software called bassbox pro, its has all the design parameters.
@Mac Cleba Another one? I have plenty, what is that supposed to mean? just because someone records their project, its doesn't male them and expert
@@jmac213stuff Crap MDF material, the poorest soldering, thinnest wire, holding the PVC together with hot glue(!). Definitely *not* good craftsmanship.
Создание этого ящика стоило 10млн просмотров в ютюбе!
Создай ты действительно классную акустику сюда никто бы не вошел!
Молодец мужик!
the phase inverter output must be in front, otherwise it will dampen the bass in antiphase with the speaker
в данном чюде, это без разницы😆😂😂😆😂чисто столярно-канализационное видео...
just a waste of materials... no sense video...
The bass is equivalent to that of a semi-open box in which the front sound waves stand out. Rear waves are attenuated by the ultra long ducts (acting as a very low pass filter), so not cancelling frontal ones. This is why most of the sound energy is delivered frontally and centered around the high bass (40 - 60 Hz), close to the natural resonance frequency of the speaker. In this frequency range the box behaves close to a big closed box. The ducts aimed at very deep bass (lower than 30Hz) have no main function in this system, neither the speaker is able to deliver it. All this is a waste of time and plumbing, in my view. And lack of knowledge of minimal speaker building principles either. I will not leave a like which is of course the main aim of this misleading video.
Wouldn't pvc glue make this project a lot easier?
மிக அருமையான தயாரிப்பு
Good simple design.. 👍
Such type of speakers were made by Sonodyne Company but instead of plastic pipes they filled the box with coir and thermocol and cotswool and the output was astounding.
What is that subwoofer tuned to? I ask because it looks like quite long ports for a box that big, although in a small box you end up needing a really long port just to get a low tuning with adequate port area, which is why many use passive radiators. I've made boxes for 6 x 9 speakers and with 1.1 to 1.2 cubic feet each and 2 2.5" ports I think that were about 8 inches long, the tuning came out around 50 Hz which was low enough for a bass and mid woofer like a 6 x 9. I've also accidentally tuned a big PA speaker to 11 Hz when messing around with ports I had no idea of Helmholtz frequency calculations for (which means it wasn't providing significant boost in the useable range).
With a port that long I assume it's tuned to 5 Hertz 🤣🤣🤣
@@jasonmelo9379 in this big a box, you don't need that long a port to get low, especially if it's not particularly wide.
The "11 Hz" PA speaker was an H//H Pro 150. I added a piece of cardboard pallet wrap tube to the hole where the bullet tweeter was. Later I entered the paramaters in Hornresp, given the box was just over 100 litres (4 cubic feet). This enclosure will function as a large sealed box, although maybe in the single digits there might be some boost, although the displacement of this driver is likely not enough to take advantage of it. You'd get better SPL just tuning to 40 Hz.
Edit: I just did the calculations for 4 cubic foot box with a 4" wide pipe 12" long and it comes to between 24 and 25 Hz in half space. Still too low though for the type of speaker I wanted, which was a party/PA speaker for maximum punch above 50 Hz. Quadrupling or maybe 5 or 6 x port area would have got me there.
Very talented 😊😻😍
I have always liked tube equipment 🙂
the downside of such a long bass pipe is that the sound out of the pipe is delayed in relation to the sound out of the bass speaker
Yes that is the downside with all pipes/ports. Everyone is used to that sound quality degradation when it is the norm when most of the speakers due to space constraints and the wish of having something small that should sound bigger..
If we on the other side want no compromise and with sound quality. Then skip the ported enclosure go with open baffle and big driver!
What frequency is it tuned to?
Shroom frequency
@@nigelm.steele9329 I like it, posting from Colorado, though it has been a minute since I did some.....
Hola Muy buen trabajo, pero podría publicar un bosquejo con las medias de la caja? de antemano gracias
Good morning
Необычный фазоинвертор. Несколько странно, что он имеет выход в тыл. Фронтально, было бы много выигрышнее, думаю.
А ЕСЛИ ТУДА ЗАСУНУТЬ УНИТАЗ , ЖЕЛАТЕЛЬНО ПОСЛЕ 25 ЛЕТ ИСПОЛЬЗОВАНИЯ В ОБЩЕСТВЕННОМ ТУАЛЕТЕ, ЗВУК БУДЕТ ПРОСТО ШИКАРНЫЙ. НУ ПРОСТО КОСМОС.
Они так и делают. Только нам не показывают, думают что мы им завидовать будем.
@@ZiminRZ
кто такие "они" и кто такие "мы"?
Jajajajaja... You're absolutely right ! ...
Так вот почему каловая масса из рф в Украине в первую очередь унитазы срывает и домой везет. Акустику создавать стало быть. Прав был Герман Греф, ох прав
Thank you very much!
Thank you for donating $
m.ruclips.net/video/2XAiuqrHkK0/видео.html
ĺk0popo
Hey. Well worth the trouble. Sounds great
Sounds great
que top da vontade de fazer uma igual
If you do, definitely use a better driver (subwoofer) with a bigger magnet, better terminals, better quality rubber surround that allows the cone to move with greater excursion, and use thicker-gauge high-quality speaker cables for both the internal wires & connection to the amp. I'm not sure what kind of amp this is, but it doesn't seem to move the driver cone very far, this could be the fault of the amp, the speaker itself, the wiring, incorrect impedance (Ohms- for example car audio equipment almost always runs at 4 ohms, unless subwoofers are specifically made to run at less, like 2 ohms/ 1 ohm because the lower the impedance the more power it can pull from the amp, as long as the amp can handle it as it will generate more heat & require greater electrical current. Most decent modern car amps are made to easily withstand this kind of power draw & heat. Condider this also: I'm) it could just need level/ frequency adjustment at the crossover/ filter
That's an enthusiastic build.
The extremely long ports will create excessive planar drag. Group delay will be high.
Get a copy of some good software and speak with someone who understands it. If you can model port velocity, mutual coupling, group delay & other easily overlooked parameters, your results will improve dramatically.
There's a reason that deeply tuned sub boxes are big. The tuning on this is no doubt low, but at any volume, the ports will be noisy, and because of the multiple non-smooth curves, they won't be very effective... But hey, it looks cool.
It is far less expensive to simply buy two drivers, put them in an appropriately sized sealed box and equalize the bass response. You get a bass response that rolls off less than this design does below the port resonance and you get accurate bass with low group delay that a ported design can never have. Modern accurate hifi speaker designs don't use ports, open transmission lines or passive radiators.
so creative and beautiful
Nice video, well done, thank you for sharing it with us :)
Not gonna work. Sorry, it's a bad build.
It's poor quality of phone's bandwidth
You're here because you're cheap. Want better, buy better.
Failure
Hay quá bạn ơi 🎉
சிறப்பு தம்பி 👍 💐
very nice content sir.thanks for sharing us
Geniale Veramente Geniale Bravoo 😃
Mantappp boss 👍👍
Bom de mais
Superb.💝💝💝💯💯💯👍👍👍🙏🙏🙏🙏🙏
So creative 😍