Conor fills in a path dug up for three years, explaining the tunnel ventilation and electrical setup in his project.
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Key Takeaways
- The path fill marks a major progress point after three years of work.
- The infrastructure includes electrical and drainage systems critical to the tunnel.
- Ventilation is provided by a dedicated pipe ensuring fresh air circulation.
- Temporary fixes like the concrete fill and steel sill improve usability.
- Conor provides detailed orientation to help viewers understand the project layout.
What the video covers
- Conor announces a significant milestone: filling in a path dug up for nearly three years.
- The path is a massive solid concrete section leading down to a tunnel.
- The dug-up area contains drains, free phase electric cables, and access chambers.
- Conor explains the orientation of the setup, including a ventilation pipe supplying fresh air to the tunnel.
- He mentions a fuse board above the free phase power entry point.
- The path has been inconvenient, especially when moving wheelie bins.
- A new steel sill has been installed to improve the passage.
- Conor emphasizes the temporary nature of the path fill as it will be pulled up later.
- He invites viewers to follow for more updates on this ongoing project.
- The video includes a brief tour around the site to help viewers understand the layout.
Chapters
- 00:00Introduction to the path fill milestone
- 00:11Explanation of the path's crookedness and temporary nature
- 00:19Description of the concrete path and tunnel connection
- 00:29Reason for the dug-up path: drains and electrical access
- 00:40Orientation and overview of the site layout
- 00:53Details on power, drains, and ventilation pipe
- 01:04Conor's relief at clearing the back passage
- 01:22Installation of steel sill and project wrap-up
Full Transcript — Download SRT & Markdown
Speaker A
Internet, something monumental is going to happen tomorrow. Well, at least for me anyway. This bit of path, which has been dug up for nearly three years, is finally going to get filled in. It's going to be smooth. Now, if you're looking at this
Speaker A
thinking, "Conor, that's a bit crooked. Straighten it out," I'm not going to, because this is all going to get pulled up at some point anyway. So, this is kind of a temporary bit anyway. I digress.
Speaker A
This essentially is a a massive solid bit of concrete, which goes all the way down to the tunnel. So, it's not just a little bit of chimblin. It's like it's proper forever. Anyway, so just to get your little bearings, the reason why
Speaker A
this has been dug up is because this is where the drains are, where all the free phase electric come in, and there are little access chambers and stuff like that. Very nice. And then this pipe here, take note of that. Right, so where is
Speaker A
that? Well, we come down here. Because I know people like to know the orientation of this thing. Ooh, magnet wall.
Speaker A
So, that bit of path chimblin up is up there. It's all up there. Basically, the free phase power coming in. There's a fuse board above it. And then the drains and stuff, which are all going that way. That pipe, which I said to you
Speaker A
to remember, comes down into here. That's the ventilation that surrounds the tunnel with freshness and fresh air. So, Conor is very happy. He finally gets his back passage clear after three years. Because this is really annoying, because every time you brought
Speaker A
like the wheelie bin down here or something, it was all like, it was terrible. And now it's a nice little steel sill running across there.
Speaker A
Boom. Anyway, follow for more internet on this fantastic project.
Topics:ConorColin Furzetunnel projectconcrete pathfree phase electricdrainsventilation pipesteel sillDIY projecthome engineering











