Very interesting to see differences in construction material sizes and your electrical boxes being round make so much sense. Here in North America, all the receptical and switch boxes are pretty much rectangular making cutting the wall panels or drywall more tedious.
Europe has mostly brick build houses and it would suck to cut rectangular holes by hand in to the stone/brickwork (I'm sure the Brits can confirm) Round boxes are easy to cut with a diamond hole saw and a decent drill, at the company I work for it's a purpose made HILTI core drill. One apprentice cuts the holes and the next one uses a chaser that cuts channels in the brick that is connecting the outlet, now the wiring has a place to go and you only need nails to hold the wire temporarily until the plasterer covers it up. Back in the day there was a type of flat cable that was directly nailed on the naked brick and then covered in plaster. Terrible stuff, and only used because it made construction cheap and fast. Replacing the cables in German wall is more difficult but less often needed because the plaster and brick immobilize the cables and protect it thermally and keep out the water. In Austria they use hollow plastic piping to connect there boxes and pull in the singles like in US industry. That is technically also legal and possible in Germany but not really used. One more major difference is that every outlet needs RCD/GFCI protection in Germany and we get 3 phase power from our grid to the house/building. A normal 16 amp circuit can provide approximately 3600W and with 3 phase you can power anything that you ever wanted. All this to say, there are major differences and I don't believe that the average American would be willing to finance a similar installation, houses are already unreasonably expensive, this would add to it by a lot :(
Installation of "nail protection plates" over the stud penetrations is also helpful, and is actually required by code in the US when the penetration is less than 1.25" from the edge.
Remodeled our garage last year. Wiring is cemented in brick wall and then plastered over. I put up rails to hang artwork and with the last hole, drilled into the wire. Power cut out so I know it's damaged. But it's not run in preflex, so I'd have to cut into the wall again to replace it... It was the final socket in the loop luckily, so I've disconnected it. But yeah, this reminded me of that fuckup 😅
As someone who is himself quite involved in various constructions (mainly core renovation), I find this really interesting and have already gained some new ideas :) Thanks!
I really like that you’ve divided up the videos the way you have. I feel like many people would make each video a separate step like video one is all the demolition work, video two is all the framing, video three is all the insulation and osb, video four is all the paint, etc. That is a fair way to do it and I wouldn’t judge another creator but I do like this way more just because we get to see more of the process and get a lot more content out of it but also because it keeps the scale of the project visible. If the whole series was just 5-6 videos where each one is one type of work it would put parts of it out of order and make the scale seem much smaller, it would feel as if it was a 1-2 week project. Keeping everything in order like this and making each video contain roughly the same amount of total work both makes it easier to understand the process of all of it but also it is easy to remember this is a months long project when we’re on part 11 and there’s still multiple unfinished areas and only 3 finished areas. I’m really loving this series and I’m always so excited for the next video. Can’t wait to find out what’s planned for the shared space next to all the workshops.
Seeing all this video equipment I'd recommend for your own space installing some sort of extractor fan, i.e. a small bathroom extractor, to create some underpressure, so that the sawdust from your shop doesn't penetrate the whole building. With negative air pressure in your room, their cleaner air would flow into your shop, not your dusty air into theirs. Don't ask me how I found that out.
great job! Tip: next time just drill a big hole for the router bit and use the router to cutout holes in the walles for doors, windows or to cut a sheet that is already on the wall. Now you make a mess twice. First jigsaw then router for the same hole.
hay m8 love the videos i am sure you have thought of it but i do have a suggestion. i see on the one wall you linked all the power points together . less of a problem on this office as it all looks low draw but for your one i would suggest that every other point on a second circuit . when doing work you always end up using power points in the same place and will end up hitting the circuit limit with 2 high current devices at once . extractor and drop saw at same time for example , will not necessarily hit limit put will give a voltage drop on start up ect . the other option is try to have all IT devices or sensitive equipment on one circuit and all motor start high current on the other . also i see he is using bamboo labs printers . have you seen louis rossmanns new video and code to get your keys since they have just shut down control on them ? any rate love your work your drill press video is still one of my favs keep up the good work and cant wait to see the next stage
Interesting studio and workspaces. Beautiful. I've worked with OSB as wall flats for my haunted house, and I used some joint compound to smooth out the texture, of course for my purposes I planned on putting wallpaper on the wall for that Haunted Mansion look, but I missed your previous episodes where you decided to use OSB and not drywall. I do know that OSB affords you strength to freely mount things to the wall without a lot of wall anchors... so I'm assuming that is your reason, it makes sense for a workshop, not so much for a living space... And I know why OSB... it's the cheapest material, the cabinet grade stuff was easily 3x to 4x more expensive. I'd like to see what you guys are doing, it looks great!
@@MHAnything right, thought so. Anyway, the spaces look great I'm always interested in how others arrange their shops/studios as I have several creative spaces in my home for various purposes and recently updated a studio with a slat wall and green/white/black backgrounds, the acoustics are fantastic!
Hi Marius, a question: have you taken note where the supporting poles of the structure are and where the electrical cables pass? If you want to hang something on the wall and so you can use the supporting structure and avoid drilling where wires pass.
In the United States we use 1 1/4 in, about 31mm screws to attach our sheeting. That makes it so if you drill a 3/4in or 19mm hole in the center of the stud the screw can not reach the cable because it's not long enough.
@barry99705 which code requires nail plate no matter what? NEC 300.4 says anything close to the edge of the stud that 1 1/4in needs one. But I'm not completely versed in NEC code. Also not all states follow the same version.
It’s almost the same here in Sweden (40 mm) and I thought it was the same in Germany. And we never put cables loose in the wall. Always in pipes, and always at the top or bottom of the wall when it comes to horizontal cables.
As a Company you have to follow building laws but I if you do it by yourself no one cares but your insurance doesn't pay ever then your fuck up causes damage
Very nice! I am sure you will enjoy your new spaces. Eine Frage... Is it common practice to put OSB behind drywall in residential walls too, or is this just something that is done in business/industrial settings?
Is it required to run electrical cables in conduits inside flammable materials? I am no expert on German Codes and Standarts, but in my country we would have used metal hoses or metal pipes to be up to code or at least PVC corrugared pipes.
@0:40 why on worth would you sand the OSB? @6:53 you really should have left a gap between the existing wall. To help isolate the sound as much as possible. That is, if you're going to be running loud tools. Otherwise, I'm sure they appreciate the extra OSB/insulation.
Irgendwie musst du von A nach B kommen. Die Installationszonen sagen 30cm vom Boden und von der Decke für horizontale Leitungen. Sie haben nicht daran gehalten, aber ob ich jetzt 30 cm über dem Boden oder in der Mitte der Wand meine eigene Leitung vergesse und reinschraube macht auch keinen unterschied mehr. Installationszonen sind im Grunde für jedes andere Gewerk damit man weiß wo man nicht rumstochert...😂
It made for three similar-sized workshops that have theirace and integrate the existing posts so they are not in the way. doors in one pl Plus, a decent-sized shared space
the Installationszone died from the Anblick of the waagerechte cables. Wenn ein deutscher Elektriker die Installation macht, kann man sehr zuverlässig sagen, wo Leitungen sein werden. Die Steckdosen waagerecht zu verbinden ist eine schlechte Wahl, senkrecht nach unten oder oben wäre sicherer. Gut möglich, dass die Leitungen auf dieser Höhe auch in Zukunft immer wieder beschädigt werden. Denn Profis wissen wo sie nicht schrauben sollten, also schrauben sie dann dort wo eure Leitung ist :D
für euern Trockenbau letztes Video gelobt .. eure Elektrotechnik ist dafür murks .. es gibt Grundregeln zum Kabel verlegen (Installationszonen), in welchen Bereichen der Wände die Kabel rein kommen, um eben genau sowas wie rein bohren zu verhindern, und diagonal verlegt man schon mal gar kein kabel weil keiner mehr verfolgen kann wo es lang geht .. Auf-Putz in Kabelschächten finde ich allgemein immer am besten, weil man da immer ran kommt ohne Wände öffnen zu müssen .. speziell wenn Dosen an unübliche Stellen soll
Sometimes when you’re very early to a video on TH-cam, the quality is bad… I don’t know if the video isn’t fully uploaded or what… but it happens whenever you view a brand new video. Try watching again now and you’ll see it looks fine.
Crazy that you guys cover your walls in OSB before putting drywall up. Seems like a massive waste of money, unless you are hanging heavy things that can't be put on the studs. Any now you are just painting exposed OSB? That's awful. European construction is just bizarre.
Very interesting to see differences in construction material sizes and your electrical boxes being round make so much sense. Here in North America, all the receptical and switch boxes are pretty much rectangular making cutting the wall panels or drywall more tedious.
It's never to late to change the world and make America great again 😂
Because almost all American outlets are double, I guess.
Europe has mostly brick build houses and it would suck to cut rectangular holes by hand in to the stone/brickwork (I'm sure the Brits can confirm)
Round boxes are easy to cut with a diamond hole saw and a decent drill, at the company I work for it's a purpose made HILTI core drill.
One apprentice cuts the holes and the next one uses a chaser that cuts channels in the brick that is connecting the outlet, now the wiring has a place to go and you only need nails to hold the wire temporarily until the plasterer covers it up.
Back in the day there was a type of flat cable that was directly nailed on the naked brick and then covered in plaster.
Terrible stuff, and only used because it made construction cheap and fast.
Replacing the cables in German wall is more difficult but less often needed because the plaster and brick immobilize the cables and protect it thermally and keep out the water.
In Austria they use hollow plastic piping to connect there boxes and pull in the singles like in US industry.
That is technically also legal and possible in Germany but not really used.
One more major difference is that every outlet needs RCD/GFCI protection in Germany and we get 3 phase power from our grid to the house/building.
A normal 16 amp circuit can provide approximately 3600W and with 3 phase you can power anything that you ever wanted.
All this to say, there are major differences and I don't believe that the average American would be willing to finance a similar installation, houses are already unreasonably expensive, this would add to it by a lot :(
@ImrePólik A single round electrical box does accommodate double outlets. In fact I believe most are doubles these days.
@@KalleKilponen not in Germany they don't!
Maybe the Swiss socket but not the German or the French type.
Spray paint the electrical runs over the insulation, should make for a high visibility indicator of where not screw.
Installation of "nail protection plates" over the stud penetrations is also helpful, and is actually required by code in the US when the penetration is less than 1.25" from the edge.
7:47 MAKERA CARVERA AIR SPOTTED 😍😍
Be glad the cable wasn't energized! Been there!
Gotta get this on a t-shirt for future videos: "Hey Marius, stop that shit!" 😂🤣😅
Remodeled our garage last year. Wiring is cemented in brick wall and then plastered over. I put up rails to hang artwork and with the last hole, drilled into the wire. Power cut out so I know it's damaged. But it's not run in preflex, so I'd have to cut into the wall again to replace it... It was the final socket in the loop luckily, so I've disconnected it. But yeah, this reminded me of that fuckup 😅
As someone who is himself quite involved in various constructions (mainly core renovation), I find this really interesting and have already gained some new ideas :)
Thanks!
I really like that you’ve divided up the videos the way you have. I feel like many people would make each video a separate step like video one is all the demolition work, video two is all the framing, video three is all the insulation and osb, video four is all the paint, etc. That is a fair way to do it and I wouldn’t judge another creator but I do like this way more just because we get to see more of the process and get a lot more content out of it but also because it keeps the scale of the project visible. If the whole series was just 5-6 videos where each one is one type of work it would put parts of it out of order and make the scale seem much smaller, it would feel as if it was a 1-2 week project. Keeping everything in order like this and making each video contain roughly the same amount of total work both makes it easier to understand the process of all of it but also it is easy to remember this is a months long project when we’re on part 11 and there’s still multiple unfinished areas and only 3 finished areas. I’m really loving this series and I’m always so excited for the next video. Can’t wait to find out what’s planned for the shared space next to all the workshops.
Nice
Seeing all this video equipment I'd recommend for your own space installing some sort of extractor fan, i.e. a small bathroom extractor, to create some underpressure, so that the sawdust from your shop doesn't penetrate the whole building. With negative air pressure in your room, their cleaner air would flow into your shop, not your dusty air into theirs. Don't ask me how I found that out.
great job!
Tip: next time just drill a big hole for the router bit and use the router to cutout holes in the walles for doors, windows or to cut a sheet that is already on the wall.
Now you make a mess twice.
First jigsaw then router for the same hole.
I commented that a few times on other videos. My router isn't powerful enough.
@@MHAnything Use a smaller bit.
6mm is much more easy for the router.
That's a lot of work, you guys make it look easy.
hay m8 love the videos i am sure you have thought of it but i do have a suggestion. i see on the one wall you linked all the power points together . less of a problem on this office as it all looks low draw but for your one i would suggest that every other point on a second circuit . when doing work you always end up using power points in the same place and will end up hitting the circuit limit with 2 high current devices at once . extractor and drop saw at same time for example , will not necessarily hit limit put will give a voltage drop on start up ect . the other option is try to have all IT devices or sensitive equipment on one circuit and all motor start high current on the other . also i see he is using bamboo labs printers . have you seen louis rossmanns new video and code to get your keys since they have just shut down control on them ? any rate love your work your drill press video is still one of my favs keep up the good work and cant wait to see the next stage
Stefan's Studio look very professional !
5:42 I recognize a Hörmann garage door when I see one (or at least a good imitation)
Interesting studio and workspaces. Beautiful. I've worked with OSB as wall flats for my haunted house, and I used some joint compound to smooth out the texture, of course for my purposes I planned on putting wallpaper on the wall for that Haunted Mansion look, but I missed your previous episodes where you decided to use OSB and not drywall. I do know that OSB affords you strength to freely mount things to the wall without a lot of wall anchors... so I'm assuming that is your reason, it makes sense for a workshop, not so much for a living space... And I know why OSB... it's the cheapest material, the cabinet grade stuff was easily 3x to 4x more expensive. I'd like to see what you guys are doing, it looks great!
You basically answered all your questions about why OSB in the workshops
@@MHAnything right, thought so. Anyway, the spaces look great I'm always interested in how others arrange their shops/studios as I have several creative spaces in my home for various purposes and recently updated a studio with a slat wall and green/white/black backgrounds, the acoustics are fantastic!
you are having too much fun with that recip saw
Coming along nicely
Great job!!
Really cool to this all coming together bit by bit.
Do you offer visitor tours? :D
looking awesome!
Hi Marius, a question: have you taken note where the supporting poles of the structure are and where the electrical cables pass? If you want to hang something on the wall and so you can use the supporting structure and avoid drilling where wires pass.
Yeah, we took photos of all wires in the wall before closing them
I‘m wondering, since you seeming to have nor windows in all or some of the studios, if you thought about Ventilations or fresh air supply?
In the United States we use 1 1/4 in, about 31mm screws to attach our sheeting. That makes it so if you drill a 3/4in or 19mm hole in the center of the stud the screw can not reach the cable because it's not long enough.
An then someone comes along with a shelving installation! Longer screws. 😬 Modern code now requires nail plates.
Code still requires nail plates. We also have to get an electrical inspection before closing off the walls.
@barry99705 which code requires nail plate no matter what?
NEC 300.4 says anything close to the edge of the stud that 1 1/4in needs one.
But I'm not completely versed in NEC code. Also not all states follow the same version.
It’s almost the same here in Sweden (40 mm) and I thought it was the same in Germany.
And we never put cables loose in the wall. Always in pipes, and always at the top or bottom of the wall when it comes to horizontal cables.
@VarionJimmy it is interesting to find out how other countries do electrical work.
A sharp breadknife is great for cutting insulation batts
no drywall and plaster this time?
2:10 Definitely happened to me, however, without consequences. Just a close call... THINK before every screw! 😅
Think before you screw is a good life rule in many scenarios.
Circuit was live when I did it!
Jeszcze Gaśnica i czujniki dymu i system alarmowy przeciwpożarowy.
what is that insulation made from? Looks easy to work with and really dense.
Woodfiber or weed
Correction. The grey cabel is an cabel and inside the cabel. You have the wires. so the blue, brown and green/yellow is wires....
Yay🎉
at 0:39 please tell me I'm not the only one who thought to themselves "huh, that's a weird place for a window".
2:08 the man in black…. 👽
Great work! I thought 50% gray was the best color for studio walls to make color grading videos easier? Either way looks awesome!
I'm not sure what the codes are in Germany but here in Sweden we always run electrical cables in flexible "hose".
In the Netherlands either rigid of flex pvc pipes too
As a Company you have to follow building laws but I if you do it by yourself no one cares but your insurance doesn't pay ever then your fuck up causes damage
Very nice! I am sure you will enjoy your new spaces.
Eine Frage... Is it common practice to put OSB behind drywall in residential walls too, or is this just something that is done in business/industrial settings?
Is it required to run electrical cables in conduits inside flammable materials? I am no expert on German Codes and Standarts, but in my country we would have used metal hoses or metal pipes to be up to code or at least PVC corrugared pipes.
Why such long screws?
Are you allowed to make your own electrical installations in Germay? Here in Denmark it requires a license.
I’m sure your insurance company appreciates your going back to check.
Are there links to the colleagues channels somewhere?
As this channel si so entertaining, I would like to take a look for the other channels :)
You must have spent a fortune in OSB. Why not double sheets of drywall ?
OSB is better for the shops in the long run. Mounting stuff everywhere
@0:40 why on worth would you sand the OSB? @6:53 you really should have left a gap between the existing wall. To help isolate the sound as much as possible. That is, if you're going to be running loud tools. Otherwise, I'm sure they appreciate the extra OSB/insulation.
What are the R values and sound isolation values for your insulation?
Hey Maurius! What is that palm sized wire stripper you've been using?
I've linked it in the description
Deswegen legt man Kabel immer von oben nach unten und nicht quer durch die Wand
Irgendwie musst du von A nach B kommen. Die Installationszonen sagen 30cm vom Boden und von der Decke für horizontale Leitungen. Sie haben nicht daran gehalten, aber ob ich jetzt 30 cm über dem Boden oder in der Mitte der Wand meine eigene Leitung vergesse und reinschraube macht auch keinen unterschied mehr. Installationszonen sind im Grunde für jedes andere Gewerk damit man weiß wo man nicht rumstochert...😂
@12Cortana ich hab mich bei der Renovierung Dean gehalten und ohne ging es auch nicht mehr heute
Could you explain why you chose that Floor plan? Thanks! Nice Videos!
It made for three similar-sized workshops that have theirace and integrate the existing posts so they are not in the way. doors in one pl Plus, a decent-sized shared space
What type insulation did u use?
Looks like wood fiber insulation, I put up some in my own house and it looks exactly like it.
Does anyone know what’s the tool he uses to desleeve the cable?
I've added it to the link list in the description
Sorry should have checked there, thanks!
Ah, the classic driving a screw straight into the power cable... we love it (not).
What is Stefan's channel name I'm not familiar with his work? Same with Robin?
@@CNCKitchen & @@RobinReiter
@@CNCKitchen Thank you.
I could not follow all vids. How well dampen the walls sound? I mean three youtubers working there!?
FYI your playlist the videos all out of order
Oh, thanks. I'll get that fixed
the Installationszone died from the Anblick of the waagerechte cables.
Wenn ein deutscher Elektriker die Installation macht, kann man sehr zuverlässig sagen, wo Leitungen sein werden. Die Steckdosen waagerecht zu verbinden ist eine schlechte Wahl, senkrecht nach unten oder oben wäre sicherer. Gut möglich, dass die Leitungen auf dieser Höhe auch in Zukunft immer wieder beschädigt werden. Denn Profis wissen wo sie nicht schrauben sollten, also schrauben sie dann dort wo eure Leitung ist :D
für euern Trockenbau letztes Video gelobt .. eure Elektrotechnik ist dafür murks .. es gibt Grundregeln zum Kabel verlegen (Installationszonen), in welchen Bereichen der Wände die Kabel rein kommen, um eben genau sowas wie rein bohren zu verhindern, und diagonal verlegt man schon mal gar kein kabel weil keiner mehr verfolgen kann wo es lang geht .. Auf-Putz in Kabelschächten finde ich allgemein immer am besten, weil man da immer ran kommt ohne Wände öffnen zu müssen .. speziell wenn Dosen an unübliche Stellen soll
What's up with the terrible video quality?
Sometimes when you’re very early to a video on TH-cam, the quality is bad… I don’t know if the video isn’t fully uploaded or what… but it happens whenever you view a brand new video.
Try watching again now and you’ll see it looks fine.
@@DanteYewToob Interested. It was much better toward the end.
Schön und gut, aber wie man seinen Job bei Liebherr für so ein Projekt kündigen kann werde ich nie verstehen.
Crazy that you guys cover your walls in OSB before putting drywall up. Seems like a massive waste of money, unless you are hanging heavy things that can't be put on the studs. Any now you are just painting exposed OSB? That's awful. European construction is just bizarre.
Some guys DIY-ing a shop is not european construction
An American named MAGAMAN uses words like crazy, bizarre and awful. Exactly my kind of humor. 😂