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Wow very scary when the wind picked up. Can you find a billboard tarp? Be careful. You can close the containers up w windows and doors yet either?! The house has come along ways and is very cool. ❤❤
Because you get rain and snow later on, I suggest you put plywood on top of the tubing and than the tarp, to give strength to the tarp from caving in between tubing, which it will in time almost certain. If you have the plywood covered you will be able to use that later of course and preserve it .
Mad respect for what you both are building! Truly ... impressed by each vid! Keep up your can do attitude bc that is fuel to keep you going until completion. You got this! 💜✨🌎✨💜
I applaud the work 👏 How tedious and redundant is most of that huh ? The house is going to be a testament of how hard and how the two of you over came and adapted and pushed forward together !! You two should be able to conquer anything as long as you work together to achieve the goal ! Thanks for sharing again 🙏
Not to be that guy but, 30ft in the air, working on a wet, slippery surface, with gusting winds and i didnt see one 5 point safety harness. Safety up!! Ok, I was that guy.
@@PacificPinesRanch No worries, it just caught me off guard when you said it. I just think it is great that you have enough footage to keep content coming so you both can have so time for yourselves.
Is that respirator using the correct cartridge? Purple is usually for particulate alone NOT toxic fume protection like the white fume protection paint booth/welder kind. Love the project vision. It’s fun to watch it coming together.
Question: why couldn’t you wield the roof beams in place when it’s wet out. Is it because of electric shock or not a good wielded joint. Also you could hang tarps on inside of 3rd and 2nd ceilings and hang down to floor areas on the outside of containers to stop water 💦 from getting in and reckoning floors. 🤷🏻♂️maybe. Great job so far guys 👍🏻
You can weld under water due to compressed gasses surrounding electrode to protect operator.. Otherwise water makes makes it too easy to get electrocuted and it (H2O) messes up the gas shield by turning into steam and ruining gas shield's effect on mig arc so it sputters irregularly. Some industrial robotic welders can weld in humid but not wet conditions using a flux shielding media like large sand granules that bury the arc and exclude oxygen from weld as it's formed.
have thought of just making temp doors over the openings out of plywood screwed to a piece of 3x2 across the door way that way if you do get a fine weather day you can carry on with the roof with out having to pull all the tarp off each time just a thought
The openings are so large it would be hard to close all of them without spending thousands of dollars in wood (this was during the time it was super expensive). We can work on other things while we wait it out.
Such a motivating work... determination is a must, but as you move into the program made and see things flowing the determination gets stronger...and in such a gorgeous surroundings ❤
I'm impressed by each of your video ! I applaud the work, it's insane to me, mad respect for what you both, you are building is impressive. Perseverance is the key of course, such a motivating work... determination is a must to have thanks for the sharing of your journey... Hi from France
I would add more some big rocks on the below foundation hillside , rain water could move the dirt from the bottoms, beautiful floors plane , , great project but for safe side ,
I have been watching for quite a while and I am wondering if you both came out of the corporate world where did you learn to weld and is this project engineered. I am enjoying your program.
Hello. I am happy that the construction of the building is progressing. How much progress have you made? Are you behind schedule or not? What kind of paint did you use after welding the galvanized cans? I am waiting for your response.
Just a silly question but why didn’t you put a tall tube support at the corner of the deck to the left of the house entrance up to the roof beam? Just curious. 🤷♂️ 😊
The four most commonly used types of personnel lifts are classified as Telescopic Boom Lifts, Articulating Boom Lifts, Slab Scissor Lifts, and Rough Terrain Scissor Lifts. The one you are showing is the telescopic boom lift.
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Viant's question needs more detail, we need the volume of container at what pressure to determine a weight.... At STP (standard temp & pressure at sea level ) each square inch of surface of Earth has approximately 14.7 lbs of pressure acting on it from all air above it being pulled down by gravity's force. In metric it's 10.1 N/cm2 OR... he could just friggin google it like we all just did ! My brain is full now, going to sleep !
I dont understand since you have all the tubing why you can not just get on with getting the roof done, because that doesnt seem in itself that time consuming of an issue at this stage.
The roof will take weeks to build since it's just us two. There is a lot of work to be done and we need it to be dry when we install the plywood and weld everything together, etc. It's a very large surface to set up and a lot of details.
For future reference, your ladder scares me. It is best if an extension ladder continues 3 feet higher than the roof you are trying to reach. This allows you to hold onto something when you are making the move from the ladder to the roof. I only say this because I care.
Weight of compressed air depends on the pressure, you can plug in the other parts of the calculation using the universal gas formula: pV=(m/M)RT. Since you want to find the weight, we can solve for m: m = M * (pV/RT) m = the mass (This is the weight we want to find) M = the molar Mass (assume 28.96 grams/mol) p = pressure, (you probably have a guage showing how many PSI, make sure to convert this into Pascals by multiplying by 6894.76) V = the Volume (This is the volume of the tank, you said 30gallons, = 4.8163 cubic ft = 0.1364 cubic meters) R = Universal gas constant (Use 8.314) T = temperature (make sure to convert to Kelvin from Celsius by adding 273.15) gonna assume average temperature of 68F Plugging in things we get: m = 28.96g * ((PSI * 6894.76) * 0.1364m³) / (8.314 * (293.15 Kelvin)) Simplifying we get something around: m = PSI * 11.17grams So whatever your pressure guage shows in PSI, multiply it by about 11 to get roughly how many grams it is... I think... Kinda doing back of napkin calculations here. Loving the progress on the build and love watching every update!
Milwaukee's 8" Metal Cutting Circular Saw (8" Metal Cutting Saw Milwaukee's 8" Metal Cutting Circular Saw delivers faster, cooler, cleaner, more affordable metal cutting. Forget the showers of hot metal chips and sparks that were once an aerial threat on metal construction jobsites. The 6370 shears the metal, producing a virtually spark-free wake and cool, burr and scorch-free edges that don't require post-cut finishing. Cool cut waste, in the form of metal shavings, is effectively contained with a durable magnesium blade shield and channeled into the saw's integral ChipTank. Cool cutting also means that materials can be handled almost immediately following a cut, reducing downtime. Driven by a powerful 15 amp (1-3/4 max HP), 3,700 RPM motor and equipped with a full grill of razor-sharp, cermet-tip teeth, the 6370 tears through tough cuts without hesitation. Count on up to 10 gauge sheets and 1/4 in. steel plate cuts, all day, every day. More extreme cuts, even up to 3/4 in. steel plate, are possible when proper operating techniques are used. Any way you slice it, cold cutting metal means value. Internal test results indicate that our new metal cutting blades last a minimum of 25 times a standard abrasive wheel. Specially-formulated cermet tip metallurgy and tooth geometry ensure these incredible blades cut faster, stay sharp longer, and resist more impacts. Translation? A significantly lower cost per cut ($0.20 versus $0.60), not to mention the savings associated with 1 versus 25 blade changes. To keep on target, the new 6370 features a set of on-board sight-line and blade point-of-entry indicators along with a slot in the saw's shoe for a rip fence. It is also the first and only corded metal cutting saw to feature a lower guard retraction lever. Plunge cuts, a frequent challenge for metal roofing contractors, are fast and furious with this exciting new tool. The lever's location, adjacent to the side handle, ensures that the user has both hands firmly on the saw throughout the cut. Beyond its capacity to cut solid, thicker gauge materials, the 6370, with a 2-9/16 in. cut-depth, screams through most corrugated metal roofing and decking sheets, structural, shape, grating and framing materials in one-pass. Insufficient cut depth means material must be flipped over and re-cut, usually a two-man operation. To ensure a smooth ride, the new 6370 is equipped with a set of serious comfort features. The tool's rear and side handles feature soft, tactile gripping surfaces and are designed to comfortably fit any user's hands. The side handle is canted forward to reduce wrist strain as well as wrapped completely to the motor housing, offering maximum comfort and control in any cutting orientation. Down-time is lost time so we've added valuable, time-saving features to the 6370. Removing the blade shield to discard cut waste or change blades is effortless with our exclusive, quick-release shield buckle. The remaining saw controls are conveniently located to ensure fast, effortless operation before, during and after the cut.
Depends on pressure, humidity and temp. Thanks ChatGPT! The weight of 30 gallons of compressed air can vary depending on factors such as temperature, pressure, and humidity. However, for a rough estimate, we can assume standard temperature and pressure conditions. At standard temperature and pressure (STP), 1 mole of any gas occupies a volume of 22.4 liters or 0.0224 cubic meters. One mole of an ideal gas at STP weighs approximately 28.97 grams (this is the molar mass of air). To convert gallons to cubic meters, we can use the conversion factor: 1 gallon = 0.00378541 cubic meters. Therefore, 30 gallons is approximately equal to 0.11356 cubic meters. Now, we can calculate the weight of the compressed air: Weight = (Volume of air) × (Density of air) The density of air at STP is approximately 1.225 kilograms per cubic meter. Weight = 0.11356 m^3 × 1.225 kg/m^3 ≈ 0.139 kg So, approximately, 30 gallons of compressed air would weigh around 0.139 kilograms or 0.306 pounds.
Like i said bla bla bla in the last video, why are you using those facedestroyer wheels, use flapdiscs!!!….but no! You still use those crap wirewheels….help me understand this
We use resin sanding discs when we need to clean up flat areas, but we have to use wire wheels or cup brushes when we need to clean up areas that the sanding discs can't reach (corners, edges, welds, etc). Sanding discs or flap discs don't go into crevices or angles.
![Felix "Unfair" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/Oswujxm2Ag0/mqdefault.jpg)
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Been subscribed since the first sono tubes and the foundation.
Wow very scary when the wind picked up. Can you find a billboard tarp? Be careful. You can close the containers up w windows and doors yet either?! The house has come along ways and is very cool. ❤❤
Thank you!! The tarp ended up being the cheapest and easiest way to get it covered. Thank you for the suggestion!! :)
You both are doing a great job
Thank you!! :)
that gonna be container mansion when all is said & done. good work J & V , on this episode
Thank you so much!! :)
Because you get rain and snow later on, I suggest you put plywood on top of the tubing and than the tarp, to give strength to the tarp from caving in between tubing, which it will in time almost certain. If you have the plywood covered you will be able to use that later of course and preserve it .
Thx for the tip!! We ended up putting some plywood up there to help with that issue. You will probably see it in the next few videos. :)
Thx for the tip!! We ended up putting some plywood up there to help with that issue. You will probably see it in the next few videos. :)
Mad respect for what you both are building! Truly ... impressed by each vid! Keep up your can do attitude bc that is fuel to keep you going until completion. You got this! 💜✨🌎✨💜
Thank you so much!!! :)
I applaud the work 👏 How tedious and redundant is most of that huh ? The house is going to be a testament of how hard and how the two of you over came and adapted and pushed forward together !! You two should be able to conquer anything as long as you work together to achieve the goal ! Thanks for sharing again 🙏
Thank you so much!! Lots of hard work but seeing the results keeps us going :)
Love it
Thank you! :)
😊😊❤ Very Good
Thank you!!
Great progress ! and Happy Fathers Day to your family's dads too !
Thank you so much!! :)
IT'S TUUUUUUUUBE TIIIIIIIMMMEEE!!!
Lol Yup! :)
Perseverance. Sometimes it's not that easy, but you two just keep plugging away and the results are looking great!
Thx so much!! :)
Nice job ❤
Thank you!! :)
Not to be that guy but, 30ft in the air, working on a wet, slippery surface, with gusting winds and i didnt see one 5 point safety harness. Safety up!! Ok, I was that guy.
I bet you're fun at party's 🎉
We wear the harness in future videos! :)
Winter! When was this filmed. It's the middle of June.
About a year and a half ago. I'll be doing a video explaining the timeline very soon.
@@PacificPinesRanch No worries, it just caught me off guard when you said it. I just think it is great that you have enough footage to keep content coming so you both can have so time for yourselves.
Gosh this working with metal is extreme! But I love watching your home come together!
Thx so much!! :)
Is that respirator using the correct cartridge? Purple is usually for particulate alone NOT toxic fume protection like the white fume protection paint booth/welder kind. Love the project vision. It’s fun to watch it coming together.
Thank you so much!! Yes it's a 6000 series filter for vapors and particulate. :)
Question: why couldn’t you wield the roof beams in place when it’s wet out. Is it because of electric shock or not a good wielded joint. Also you could hang tarps on inside of 3rd and 2nd ceilings and hang down to floor areas on the outside of containers to stop water 💦 from getting in and reckoning floors. 🤷🏻♂️maybe. Great job so far guys 👍🏻
Watching from Vancouver bc Canada 🇨🇦
You can weld under water due to compressed gasses surrounding electrode to protect operator.. Otherwise water makes makes it too easy to get electrocuted and it (H2O) messes up the gas shield by turning into steam and ruining gas shield's effect on mig arc so it sputters irregularly. Some industrial robotic welders can weld in humid but not wet conditions using a flux shielding media like large sand granules that bury the arc and exclude oxygen from weld as it's formed.
Thank you!! You can't get a good weld when there is water present. It messes up the process.
@@PacificPinesRanch you’re doing a fantastic job on your home. Love watching the process 👍🏻
have thought of just making temp doors over the openings out of plywood screwed to a piece of 3x2 across the door way that way if you do get a fine weather day you can carry on with the roof with out having to pull all the tarp off each time just a thought
The openings are so large it would be hard to close all of them without spending thousands of dollars in wood (this was during the time it was super expensive). We can work on other things while we wait it out.
Such a motivating work... determination is a must, but as you move into the program made and see things flowing the determination gets stronger...and in such a gorgeous surroundings ❤
Thank you so much!! The progress makes it worth every struggle :)
I'm impressed by each of your video ! I applaud the work, it's insane to me, mad respect for what you both, you are building is impressive. Perseverance is the key of course, such a motivating work... determination is a must to have thanks for the sharing of your journey... Hi from France
Merci beaucoup!! :)
I would add more some big rocks on the below foundation hillside , rain water could move the dirt from the bottoms, beautiful floors plane , , great project but for safe side ,
Thank you! Yes we will be doing something with that side of the house in the future :)
please, please guys what about harness, we love you guys so please be safe okay cheers Robert , Australia
We will definitely wear one for other parts of the project. Thank you! :)
Don't lose hope you will get it done and it will look amazing.. This is just one more thing to overcome....
Thank you!! :)
How far behind real time are your weekly videos?
Yeah….we are just now coming into summer not fall or winter
About a year and a half. I'll be doing a video explaining the timeline in the near future.
Question? Why not weld the galv tube to top of container 🤔
We will eventually but for now we have to wait.
So was this winter 2022 - 2023? As this is now Summer 2023, how far are you behind in your videos? Just wondering, but love your build!
Thank you! Winter 2021. I will make a video explaining the timeline in the near future! :)
I have been watching for quite a while and I am wondering if you both came out of the corporate world where did you learn to weld and is this project engineered. I am enjoying your program.
Thank you!! We are self taught and yes the house was engineered.
Weight of compressed air = volume multiplied by density ( volume in cubic meter)
Btw I enjoy watching this build
Thank you!! and thx for the info! :)
Hello. I am happy that the construction of the building is progressing. How much progress have you made? Are you behind schedule or not? What kind of paint did you use after welding the galvanized cans? I am waiting for your response.
Thank you! We don't really have a schedule, it is what it is. We used a 2 part marine paint for the galvanized tubes.
Just a silly question but why didn’t you put a tall tube support at the corner of the deck to the left of the house entrance up to the roof beam? Just curious. 🤷♂️ 😊
Honestly it was just for aesthetics. We thought about it and decided it would look better if it was cantilevered. Just personal preference :)
😊it looks great!👍🏻
Depends on tank volume, temperature, humidity, what psi and how far you are above see level.
Thx for the info! :)
It's beautiful and it isn't finished I am looking forward for the completion but please be careful on the roof
Thx so much! Will do :)
what are the dimensions of the galvanized cross-members, may i ask? 3x3? 4x4?
Thx for all the info! :)
Alternatively you can clamp a 2x4 to one side of a regular ladder. Says the guy with the artificial hip.
So the filming is about 18 months old, is the house now complete?
I wish... we are still working on it. We'll get there one day!
Do you have a sister? Asking for a friend 😂, you guys are getting after it. I love it
Lol Thank you!! :)
👍
Hello 🤠. Ça va être magnifique 😍 tel que c'est présenté. j'ai mon carton d'invitation pour l'inauguration 😅👍
Merci!!! :)
Enjoy watching your project take shape. Am sick of "Weld, grind, paint, repeat." Figure out something else to say.
The four most commonly used types of personnel lifts are classified as Telescopic Boom Lifts, Articulating Boom Lifts, Slab Scissor Lifts, and Rough Terrain Scissor Lifts. The one you are showing is the telescopic boom lift.
Thx for the info! :)
👍👍👍
Thank you!
30 gallons compressed air 4 pounds roughly
Thx for the info! :)
Hi why have you named it the ranch 😊
We like the name :)
How compressed is my answer.
🤔
Good answer :) ... Probably somewhere around 100 psi
Your saying winter is coming on when actually were in the summer, so how far are you ahead.
About a year and a half I think.. but as time goes by the gap of time will start to get smaller and smaller.
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am 121 😂❤
What did I learn so far in this series ? I learned to just build a pure metal structure and screw using containers completely.
The side structure will be built with parts from the other containers. It will all come together in future videos! :)
Viant's question needs more detail, we need the volume of container at what pressure to determine a weight.... At STP (standard temp & pressure at sea level ) each square inch of surface of Earth has approximately 14.7 lbs of pressure acting on it from all air above it being pulled down by gravity's force. In metric it's 10.1 N/cm2 OR... he could just friggin google it like we all just did ! My brain is full now, going to sleep !
Thx for the info!! :)
PERDON VEO QUE TE PUSISTE MASCARILLA👍
Mascarilla es muy importante :)
I dont understand since you have all the tubing why you can not just get on with getting the roof done, because that doesnt seem in itself that time consuming of an issue at this stage.
The roof will take weeks to build since it's just us two. There is a lot of work to be done and we need it to be dry when we install the plywood and weld everything together, etc. It's a very large surface to set up and a lot of details.
For future reference, your ladder scares me. It is best if an extension ladder continues 3 feet higher than the roof you are trying to reach. This allows you to hold onto something when you are making the move from the ladder to the roof.
I only say this because I care.
Thank you!! We changed it out for a larger one in the future. Thx for the tips! :)
you are building an aircraft carrier with an angled flight deck
Lol I guess you could say that!
61.7 lbs at ~200 bar (I just made this up) 😂😂
Lol sounds like a good guess :)
How high do you want you house?
Me: Yes.
Lol pretty much :)
Weight of compressed air depends on the pressure, you can plug in the other parts of the calculation using the universal gas formula: pV=(m/M)RT.
Since you want to find the weight, we can solve for m: m = M * (pV/RT)
m = the mass (This is the weight we want to find)
M = the molar Mass (assume 28.96 grams/mol)
p = pressure, (you probably have a guage showing how many PSI, make sure to convert this into Pascals by multiplying by 6894.76)
V = the Volume (This is the volume of the tank, you said 30gallons, = 4.8163 cubic ft = 0.1364 cubic meters)
R = Universal gas constant (Use 8.314)
T = temperature (make sure to convert to Kelvin from Celsius by adding 273.15) gonna assume average temperature of 68F
Plugging in things we get: m = 28.96g * ((PSI * 6894.76) * 0.1364m³) / (8.314 * (293.15 Kelvin))
Simplifying we get something around: m = PSI * 11.17grams
So whatever your pressure guage shows in PSI, multiply it by about 11 to get roughly how many grams it is... I think... Kinda doing back of napkin calculations here.
Loving the progress on the build and love watching every update!
Thx for the info!! :)
Milwaukee's 8" Metal Cutting Circular Saw (8" Metal Cutting Saw
Milwaukee's 8" Metal Cutting Circular Saw delivers faster, cooler, cleaner, more affordable metal cutting. Forget the showers of hot metal chips and sparks that were once an aerial threat on metal construction jobsites. The 6370 shears the metal, producing a virtually spark-free wake and cool, burr and scorch-free edges that don't require post-cut finishing. Cool cut waste, in the form of metal shavings, is effectively contained with a durable magnesium blade shield and channeled into the saw's integral ChipTank. Cool cutting also means that materials can be handled almost immediately following a cut, reducing downtime. Driven by a powerful 15 amp (1-3/4 max HP), 3,700 RPM motor and equipped with a full grill of razor-sharp, cermet-tip teeth, the 6370 tears through tough cuts without hesitation. Count on up to 10 gauge sheets and 1/4 in. steel plate cuts, all day, every day. More extreme cuts, even up to 3/4 in. steel plate, are possible when proper operating techniques are used. Any way you slice it, cold cutting metal means value. Internal test results indicate that our new metal cutting blades last a minimum of 25 times a standard abrasive wheel. Specially-formulated cermet tip metallurgy and tooth geometry ensure these incredible blades cut faster, stay sharp longer, and resist more impacts. Translation? A significantly lower cost per cut ($0.20 versus $0.60), not to mention the savings associated with 1 versus 25 blade changes. To keep on target, the new 6370 features a set of on-board sight-line and blade point-of-entry indicators along with a slot in the saw's shoe for a rip fence. It is also the first and only corded metal cutting saw to feature a lower guard retraction lever. Plunge cuts, a frequent challenge for metal roofing contractors, are fast and furious with this exciting new tool. The lever's location, adjacent to the side handle, ensures that the user has both hands firmly on the saw throughout the cut. Beyond its capacity to cut solid, thicker gauge materials, the 6370, with a 2-9/16 in. cut-depth, screams through most corrugated metal roofing and decking sheets, structural, shape, grating and framing materials in one-pass. Insufficient cut depth means material must be flipped over and re-cut, usually a two-man operation. To ensure a smooth ride, the new 6370 is equipped with a set of serious comfort features. The tool's rear and side handles feature soft, tactile gripping surfaces and are designed to comfortably fit any user's hands. The side handle is canted forward to reduce wrist strain as well as wrapped completely to the motor housing, offering maximum comfort and control in any cutting orientation. Down-time is lost time so we've added valuable, time-saving features to the 6370. Removing the blade shield to discard cut waste or change blades is effortless with our exclusive, quick-release shield buckle. The remaining saw controls are conveniently located to ensure fast, effortless operation before, during and after the cut.
Thanks so much for the info! :)
🧑🚒
Thx!
🇳🇴👍👍👌🥇
Thank you!
did you 2 see that now off grid w/ jake & nicole are building 6 container house? they must've ran out ideas. probably inspired by you.
I did not see that! Thx for the info! :)
163lb at 100 psi
Thx for the info! :)
Depends on pressure, humidity and temp.
Thanks ChatGPT!
The weight of 30 gallons of compressed air can vary depending on factors such as temperature, pressure, and humidity. However, for a rough estimate, we can assume standard temperature and pressure conditions.
At standard temperature and pressure (STP), 1 mole of any gas occupies a volume of 22.4 liters or 0.0224 cubic meters. One mole of an ideal gas at STP weighs approximately 28.97 grams (this is the molar mass of air).
To convert gallons to cubic meters, we can use the conversion factor: 1 gallon = 0.00378541 cubic meters. Therefore, 30 gallons is approximately equal to 0.11356 cubic meters.
Now, we can calculate the weight of the compressed air:
Weight = (Volume of air) × (Density of air)
The density of air at STP is approximately 1.225 kilograms per cubic meter.
Weight = 0.11356 m^3 × 1.225 kg/m^3 ≈ 0.139 kg
So, approximately, 30 gallons of compressed air would weigh around 0.139 kilograms or 0.306 pounds.
Thx for all the info!! :)
Like i said bla bla bla in the last video, why are you using those facedestroyer wheels, use flapdiscs!!!….but no! You still use those crap wirewheels….help me understand this
Good point. The only time I use wired is to get in pitted areas.
We use resin sanding discs when we need to clean up flat areas, but we have to use wire wheels or cup brushes when we need to clean up areas that the sanding discs can't reach (corners, edges, welds, etc). Sanding discs or flap discs don't go into crevices or angles.
What a load of !!!!
I fell asleep
Worst work ethic I have seen and it was speeded up 😮
👍👍👍
Thank you!!