The Unlikely Crystal Palaces – Melted Steel and Glass – Downed by DEW

Glass and Steel does not burn by regular fire. Only Phyre by Directed Energy Weapons DEW can account for all evidence.

https://www.youtube.com/watch?v=h8KvW6cUMeA

20260125

The Unlikely Crystal Palaces

Transcript

Click to reveal
Hey everybody, welcome back for another
0:15
video. Today we're going to be talking
0:17
about mass production oldw world style
0:20
and a focus is going to be on the
0:22
Crystal Palace of London because there's
0:24
been some new revelations come out about
0:26
the Crystal Palace and its construction.
0:29
So, I thought it was really interesting
0:30
and I'm going to share it with you guys.
0:32
So, let's get into it. Now, the Crystal
0:34
Palace of London was a very impressive
0:37
structure and we're told that it
0:40
initially was located in central London,
0:43
but then it was eventually moved to a
0:46
different part of London. And there are
0:50
some really pretty amazing stories
0:53
behind how it was moved, how quickly it
0:56
was moved, how quickly it was actually
0:59
reconstructed. So, we're going to dig
1:01
into that because it's really a
1:03
fascinating subject with regards to some
1:05
newer information. But we're told that
1:08
the firm that dismantled the original
1:11
Crystal Palace after the 1851 Great
1:14
Exhibition was Fox and Henderson. And
1:17
the amount of material that we're told
1:20
that was transported over a really short
1:24
period of time, relatively anyway, 21
1:26
days, using 300 carts and horses, but
1:31
they transported
1:33
17 to 18,000 tons of iron, glass, and
1:38
other materials. So quite the trek. Over
1:42
20 miles by road. So that in and of
1:45
itself very impressive, but also just
1:48
the glass which I believe they estimate
1:52
to have been about 400 tons of that 17
1:56
to 18,000 tons. But they transported
1:58
almost 300,000 panes of glass. And this
2:02
glass, it wasn't even an inch thick. It
2:05
was 1 16th of an inch. So just very
2:10
impressive feat just transporting all
2:12
this. Nevertheless, the big focus of
2:14
this video is when they actually
2:17
transported it according to the official
2:19
history. We're told they constructed it
2:21
in a grander fashion in 190 days. And
2:26
even the mainstream was wondering how
2:29
did they do it so quick. So, back in
2:32
2024, there's been some studies that
2:35
have come to the conclusion that it's
2:37
due to mass production. And we're going
2:39
to get into that, but I should just
2:40
mention just like a lot of these crystal
2:42
palaces, after it was moved to its new
2:45
location, it burns down by unknown
2:48
causes as far as what caused the fire to
2:51
break out. But in 1936, it burns to the
2:54
ground, unfortunately. And I believe the
2:57
only remnants of the fire was this one
3:00
water tower which gets demolished. It's
3:03
no longer around. And this is just some
3:05
of the ruins of the Crystal Palace from
3:07
the 1950s. Again, not much left, but the
3:12
actual mystery of how it was built so
3:15
fast. Turns out standard screws cracked
3:20
173-y old architectural mystery because
3:23
again, how was it built in just 190
3:26
days? So historians and researchers have
3:29
finally solved this long-standing
3:31
mystery behind one of Victorian
3:34
England's iconic architectural wonders.
3:37
The answer, simple standardized nuts and
3:40
bolts. So your standard nuts and bolts.
3:44
Who knew? The Crystal Palace. Turns out
3:47
it was the first building to utilize
3:50
this Witworth standardized screw thread.
3:53
So this structure was using what
3:56
eventually became known as the British
3:58
Standard Witworth or BW in 1905, but it
4:03
was the first building to actually use
4:06
this standardized screw thread back in
4:10
1851.
4:11
So 50 years before this standardized
4:14
screw thread became the standard, it was
4:17
being used at the Crystal Palace in
4:20
1851.
4:21
And that is pretty fascinating because
4:24
again they didn't find this out until
4:27
2024 that this structure was using this
4:32
standardized screw thread. So really
4:34
interesting to me and it's estimated
4:37
that there would have been around 25 to
4:40
30,000 pairs of these nuts and bolts
4:42
using the standardized screw thread. So,
4:45
and we're going to get into like why is
4:47
that so odd? Because again, we're told
4:50
that there wasn't a lot of
4:51
standardization in the 1800s with
4:53
respect to some of these construction
4:55
materials. So, just interesting. But of
4:57
all the Crystal Palace buildings that
5:00
are left, only the base and foundations
5:03
of the south water tower exist, which
5:06
dates from when the Crystal Palace was
5:09
rebuilt. So, that still visibly exists.
5:12
So they actually had traces of some of
5:15
these columns and they found some of
5:18
these nuts and bolts. So they measured
5:20
the screw threads and they could tell
5:22
that it matched up with this
5:24
standardized screw thread that was
5:27
implemented in 1905. So just really
5:29
interesting. Uh researchers discovered
5:31
the use of the Witworth screw thread at
5:34
the site in Sydenham both in the remains
5:37
of the building in the nearby South
5:39
water tower that was designed by
5:42
Islamabard Kingdom Brunell and prior to
5:46
the Witworth innovation no two screws
5:49
across different manufacturers had the
5:51
same thread we're told. So, what's
5:54
really what stuck out to me is the forms
5:56
of screw threads used in the Crystal
5:58
Palace buildings have not been recorded
6:01
in any of the surviving drawings. And
6:05
furthermore, none of the rare existing
6:07
bolt threads have been measured,
6:09
recorded, and published until 2024. So
6:13
just it speaks to the fact that there
6:16
was probably way more standardization in
6:19
these old world structures and it's
6:22
something a lot of us have probably
6:23
already suspected but I think this is
6:25
what this is showing and just some
6:27
random images of the water tower
6:30
associated with the crystal palace and
6:32
this is the figure who constructed that
6:35
water tower we're told but just an
6:37
interesting bit of information that's
6:39
come out about the crystal palace is the
6:42
use of these standardized screw threads
6:44
that were mass- prodduced five decades
6:47
or so before it even becomes a standard.
6:50
So really interesting to me and yeah
6:52
these crystal palaces a lot of them of
6:56
course they end up being destroyed by
6:58
fire but a lot of them take on the shape
7:01
of ecclesiastical structures in
7:04
architecture like the crystal palace in
7:06
New York. Uh it had this uh Greek cross
7:10
plan and also the garden palace in
7:13
Sydney, Australia, which was inspired by
7:15
the crystal palace which also just gets
7:18
destroyed by fire. But I was designed
7:20
with a cathedral-like crucifform
7:22
cross-shaped structure. So a lot of
7:24
these crystal palaces very interesting.
7:27
Most are destroyed by fire and just even
7:30
their shape possibly leads down
7:32
different rabbit holes. So, I kind of
7:34
just wanted to share some of these
7:36
thoughts and this new information on the
7:38
Crystal Palace. And I think I will
7:41
pretty much leave it here. But yeah, not
7:43
much left of the Garden Palace from
7:46
Sydney, Australia. Just these gates
7:48
basically and some molten glass. But
7:51
that's about all I got for you for
7:52
today. I do want to give a big shout out
7:54
to my channel members. Thank you for all
7:56
your help and support. Greatly
7:57
appreciated. As well as my patrons.
7:59
Thank you for all your help and support
8:01
as well. It's also greatly appreciated.
8:03
So until next time, take care. Bye.

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