Anyone know what size screws he’s using?

what a job brother!!!

BEAUTIFUL PUP !

This genius took out a load bearing wall. You can easily tell where the ceiling joists run and he took it out without reinforcing anything. This house will have major probelms as it ages. If you are unsure get a structural engineer out and make sure

Good job, I’ve done the same thing for the first time in my life and three different places in my house and I got a good few chuckles at seeing someone else makes the same mistakes for the first time! I like the video

A really beautiful Marble machine, first class work!

Great job. But if you keep cutting wood like that, you're going to lose a finger or two.

I know this is an older video and you might not reply to this post but how did you keep your doors from warping with the seasons if you glued and screwed all your tongue and groove? No floating boards?

I extracted an audio track of the demolition sounds of this video at a normal speed and normal pitch.

2 sheets of clear plexiglass....

You will probably never read this, but I would like to make a few design tweak suggestions that I've been experimenting with, showing great results. One of your biggest problems, is that your system is not very efficient because you run water over the ice. The friction of the water in itself heats it up and causes the ice to absorb this ehat and melt faster. The second biggest problem, is that you do not have an efficient surface area to capture the warm air and condensation. Here is the suggested revised model: A. Coolerbox Unit 1. Coil 3 meters 1/4" copper tube inside the coolerbox. (outside to inside, top to bottom.) Both ends to point outside the box. This will be your Cooler Coil. 2. Place a Water bottle (300ml) into the coolerbox and mount it. Extend 2 copper pipes -also leading outside the box. This will serve as your water reservoir. (You will thus have 4 points sticking out of the coolerbox.) 3. On the outside, have your waterpump ready. B. Fan Unit For the fan, you will need to do a bit of preparation. This will ultimately be your Fan Coil. 1. The fins: This step is not compulsory, but it will boost your cooling efficiency tremendously. As mentioned, one of the biggest problems of your system, was that it did not have an efficient surface area. Adding fins will multiply your surface area. Copper sheets will work best because copper (385 W/m·K) has almost double the thermal conductivity of aluminum (205 W/m·K)...but aluminium will also work great. You will need approximately 27 strips (less actually) of 0.2mm Copper Foil sheets measuring 2cm to 3cm wide, and 18cm tall. (Or 54 strips that are 9cm tall). You will end up using much less than this. As mentioned, copper works great, but it is expensive, so you can also use aluminium -which you can get from empty soda cans for free. Simply cut off the top and the bottom (giving you a cylinder) and then make a slit to have a sheet. Just roll out the sheet with a rolling pin until they're flat. These sheets are 9cm tall. Now, simply cut them into 2cm wide (9cm high) strips -giving you 10 strips per can. Drill holes slightly smaller than 1/4", about 3cm apart. (It is important that they are a little less than 1/4" because they need to fit tightly around the copper tube in order to maximize the heat transfer. 2. Take 3 meters of 1/4" copper tube. From this, 2 meters will form the cyclic for your fan's grid with 0.5 meters at each end extending to be connected to the Cooler System. Work your copper tube throug the first row of holes in the fins, keeping the fins between 1cm and 2cm apart. Then bend your copper tube upward and work it through the next row. Continue this zig-zag work until you're completed 2 meters. You will now have something resembling a car's transmission radiator. This goes in front of your fan's grid. C. Perparation and Operation 1. Put 3 icepacks in the bottom of your coolerbox. 2. Fill your coolerbox with water and add salt. Salt added to water lowers the freezing point, which is a phenomenon known as freezing point depression. For example, a typical salt solution with around 10% salt by weight will freeze at about -6°C to -8°C, instead of the normal 0°C. This means that the water in the cooler box will not freeze as easily, allowing it to remain in a liquid state at lower temperatures, resulting in more effective cooling. Where 10% salt solution will lower it between -6°C and -8°C, a 20% solution will lower it to between -8°C and -10°C. Water expands when it freezes though, so be sure to leave enough space to provide for that. 3. Next, simply put your coolerbox in the freezer and let it freeze solid. 4. When your coolerbox is ready, bring it to the room, and plug it in as follows: a. Water pump's Inlet to Cooler Coil's outlet. (You need tot use a pump with a 350ml/hour capacity or more. I personally prefer brushless pumps, because it is simply more efficient.) b. Water Pump's Outlet, to Water Container's Inlet. c. Water Container's Outlet, to Fan Unit's Inlet. d. Fan Unit's Outlet, to Cooler Coil's inlet. This system should give you between of 5°C and 9°C cooldown and drastically lower the humidity in the air as well. The ice will also take a lot longer to melt because your water flow is now no longer causing direct friction on the ice. I recommend having to prepared coolerboxes, so that the one can freeze while the other works.

This was absolutely awesome. I consider myself a very smart guy but putting together a modular plan can be nerve wracking. I find that people that come up with this can envision it in their brains and put it to paper. Looking forward to starting this project really soon in my basement.

Well done 👍

I really love the french cleat table saw upgrade. Do you think it's possible to do it on your smaller modular workbench design?

Major miss at 4:00

i love organising too, great tip to add guide blocks to steer the carts

Super

You've got quite a young helper there! One thought: would there be a benefit to actually fastening the poles to the wall?

Great seeing your projects again! Otto is precious!

Hmmm This wall is falling over, I'm not paying to get it fixed properly so I am going to bodge it...... This area is going to be a play area for my kids 😮😯😲 Is it your walnor your neighbours? Now you done this if it falls over you have left yourself liable. What if it now falls on your neighbours property or your neighbour who is now liable?

I wish I could have my dog in the work shed with me, I turn around for 2 minutes and he's chewing on wood or eating a screw that fell to the ground.

Throw some anodes on the steel and bury them a foot away. It will prolong the buried steel from moisture and make sure it lasts longer. Love the idea. Nice work.

Cool Mexico jersey!

Nice work, great dad. I think I would’ve rented an excavator, braced the wall, dug out 20 feet along the base and filled it back in with ready mix and a pump truck. But I don’t know if it would work.

Drywalling is super easy

6:42 this is how you look when you mix and pour concrete. Not like others videos where there is a little smudge on the forehead.

I can’t remember from which culture. But I seem to remember they a pets paw prints in concrete or clay brings good luck to you and your builds.

Really enjoy the home projects👍

Your neighbor when the wall falls over the other way

There you are! Hi!

WHAT A JOKE--without STEEL diagonal braces located at the ends of the two legs the upright will slowly bend inward from the wall's pressure. Concrete buttresses or abutments would be far superior-more work for sure-but dependable

forget having the kid hold it up - send your wife

Not pretending to be an expert on this, but considering you’ll make a playground underneath it, wouldn’t it be safer to rebuild it from scratch?

As a Florida Man the mobile shade tent is doing the Lord's work

Gald to see you post again! Great work on the fence. Otto helping out was adorable.

Chat to your neighbor, put some threaded rods with nuts through the wall, to tie the wall to those posts, it will be much more stable. Moving the wall back will compromise the stability in the opposite direction. But great idea on the fix.

So glad you're back! Otto will be a great helper to woodworking for you in the future!

You missed the opportunity to get Otto's footprints and handprints in the concrete. Good to see how he has grown. Merry Christmas

Nice Work !!! 👍👍👍

Good to have you back and wow, has your boy grown! I remember when your wife was still pregnant with him! Can’t wait for the playground build!

Impressive work!

The wall isn't bolted to those uprights? What's to stop it falling in the other direction? Why are the uprights not evenly spaced considering the whole thing is vulnerable? This looks terrible dude- it'll work for a while no doubt, but it's a hack-job beyond belief... :-/

"Hi, my name is Ben, I've been MIA for a few months, hello again."

Your boy has grown. Nice to see you back

My kids are in their 20s now. We still spend time together. You are doing it right, having him out there with you.

Are you planning to secure cement screws through the supports to the wall? Also, did you cap the supports at the top to keep them from filling with water and rusting away from the inside when it rains? Good, cheaper solution than rebuilding the entire wall.

Having mixed concrete that way I understand how much effort was required. Otto is a great helper, great job dad. He'll remember those moments when you're gray.

Finaly , back to us 😅

Great job!!!

1:47 Quote of the day: "It's crucial that it doesn't jIgGle JiGgLe at all."