ASTEROID 2018VP1 Air Burst or Impact November 2nd?

This asteroid impacting so close to the election may be interpreted as a message from God. Any guesses on the location?

Last Edited by Terces Egassem on 09/22/2020 09:08 AM

Astromut?

This garbage needs to stop. I have explained that the returned Christ Jesus and his angels on ships will not allow a catastrophic event.

Transcript:

september 21st 2020
00:03
as you're looking at the jpl model of uh
00:06
2018 vp1 that's the asteroid that's
00:09
going to
00:10
approach the earth very closely if not a
00:13
direct
00:13
impact on november the 2nd the day
00:15
before the election
00:17
i've got this backed up a couple of days
00:19
uh on the time here just so you can see
00:21
it
00:22
this is showing uh october the 19th
00:26
just so you can see the separation here
00:28
and what you've got is the earth
00:30
is uh in blue 2018 vp1 is in the white
00:34
orbit and has outstepped this thing
00:36
forward to november
00:38
the uh second which is showing here
00:42
uh the second at zero utc
00:45
time is the closest approach point three
00:48
nine o e
00:49
dash three a u we and this hasn't
00:52
changed
00:53
according to the jpl but the european
00:56
models are a little different it's
00:57
showing 3 632 miles
01:00
but that goes from the center of the
01:01
planet remember the oval mechanics
01:04
so that's about a 320 something
01:09
a mile problem in other words at the
01:12
minimum distance
01:13
it's going to strike the earth it's just
01:16
simply the earth is
01:17
wider than the distance
01:20
that this asteroid is approaching us
01:22
again 3 632 miles
01:24
but this is nasa now i want to go to the
01:28
the neo dys system and the more european
01:32
model
01:33
and it shows a much closer approach than
01:35
this even though this
01:37
is close enough it is the minimum
01:39
distance figuring so
01:40
but let's look at the european minimum
01:42
distance and you're going to see a
01:44
big change
01:47
now again this is the neo ds system dash
01:50
2
01:51
2018 vp1 the
01:55
section we want to look at is right here
01:58
and that is
01:59
november the 1st point 996 now just
02:02
before
02:03
uh midnight utc time and your
02:06
minimum distance is different point zero
02:10
zero zero zero zero one four oh and guys
02:14
if you put that into your au calculator
02:16
it'll show you thirteen hundred and one
02:19
miles you gotta remember again
02:21
the earth is 7917 miles
02:25
wide half of that is where you get your
02:28
um
02:29
38 so at 1300 miles from the center of
02:32
the planet
02:33
it's a much more likely scenario that it
02:36
will strike the planet now it's not as
02:38
large as a cherubinx
02:39
meteor maybe about 12 feet about i think
02:43
it's around 43 cubic
02:44
meters but guys again that is the size
02:48
from the jpl systems so if they're off
02:52
this far in their astronomical units
02:55
as far as the distance from the center
02:57
of our planet are they possibly off also
02:59
on their radar imaging
03:01
of the size of the rock but again this
03:03
will not be
03:05
uh probably an earth striking asteroid
03:09
it will hit our
03:10
atmosphere and you'll have a midair
03:13
burst
03:14
and it could create some problems with
03:16
that depending
03:17
on if it's over a populated area if you
03:19
remember the chair blinks meteor
03:21
the uh it was about three or four times
03:24
that size
03:25
but it exploded in a magnificent
03:27
fireball i think over three thousand
03:30
buildings had damage a lot of people got
03:33
hurt
03:34
so again i just wanted to update it the
03:37
n-o-d-y-s system has this thing much
03:41
closer i don't they're not updating the
03:43
size
03:44
but they were talking about a 30
03:46
magnitude which again would be about 43
03:50
cubic yards if you want to put it
03:53
in that way which would again it would
03:56
be
03:57
an aerial burst and possibly
04:00
a shockwave not as big as a share of
04:02
lynx
04:03
in russia but uh it's very interesting
04:06
that this is saying vp1
04:09
because sometimes when they number
04:10
instead of just vp and they say vp1 guys
04:13
there may be more than one
04:14
object you could have vp2 things like
04:16
that notice this the jpl model
04:19
database shows again this is jpl
04:22
the distance of 0.0000398u au
04:27
5800 kilometers from the center of the
04:29
earth which is less
04:31
than 63 71 kilometer radius
04:34
of the earth you see what i'm saying so
04:38
people say uh there's some guy comes on
04:41
who is every time i do an asteroid
04:43
update on this particular rock says your
04:46
calculations are off
04:47
i'm telling you i'm not if you if you
04:49
want to come in and say that please
04:51
put the math in to your comment okay
04:55
and then lightness if you don't mind but
04:57
again
04:58
there's this is orbital mechanics they
05:01
measure
05:02
the distance from the center of the
05:05
earth
05:07
and so we got a much larger
05:10
three times uh higher chance of impact
05:13
on that time
05:14
now let me say this about the sheriff
05:16
blinks meteor in russia
05:18
we were watching another asteroid come
05:20
in and it was
05:21
uh televised on certain channels and it
05:24
was
05:24
really talked about a lot but the
05:27
russian media hit at the same time but
05:29
on the other side of the planet
05:31
so these things do travel in pairs i'm
05:33
not saying this one is
05:35
but we do know what some of the other
05:38
people are saying about it
05:40
as it gets closer to that time we may
05:42
get a recovery from nasa
05:44
and recovery is that they haven't seen
05:46
it since 2018
05:47
okay and this is 2020 that's how it got
05:50
its name 2018 so they're waiting for
05:52
radar to recover the object get a better
05:55
look because it's coming much closer
05:57
than it did in 2018
05:58
the problem with that is it's coming
06:00
from
06:01
the sun and if you noticed in the jpl
06:05
model at the beginning
06:06
of the video if you want to back it up
06:07
and look at it it was striking
06:10
the earth from the sun's side was inside
06:14
the orbit of the earth so it would be
06:15
almost at
06:16
sunrise on that particular section of
06:19
the planet and if you want to go in
06:21
and put um november the second
06:24
zero utc time look at where the earth is
06:28
at that point
06:29
uh you may come close to figuring this
06:31
out we'll look at it closer and do some
06:33
more calculations
06:34
i'm still waiting on again what's called
06:36
the recovery of the object
06:38
and we'll have more info then but again
06:41
i was asked about
06:42
um were there any updates and this is
06:45
the only one i found guys but it's a
06:47
heads up
06:48
be safe

Bahahahaha! He IMMEDIATELY does the thing I called out in my video about this asteroid. "Guys you're looking at the JPL maawwdallll..." no you're not, you're looking at a goddamn 2-body orbit viewer that says in big bold letters not to use it for planetary encounter circumstances. I specifically said not to do this in my video a month ago on this asteroid.

He's such a fucking retard, he never learns. He doesn't even understand the basic geometry of the potential impact. He says look at where sunrise is occurring at 0UT to get an idea of where the impact would be. Wrong side of the planet dumbass. Fortunately, I generated a prediction and a map of where on earth impact is most likely to occur if it occurs.

Last Edited by Astromut on 09/22/2020 04:09 PM

Already covered this a month ago. I have some images now of where the asteroid would be if it were going to hit earth (good luck getting BPEarthwatch to ever calculate anything like that) and I'll be discussing those in my next video. I hope to have that up later tonight.

Here it is.

you are the one who needs to shut the fuck up.

this person is entitled to their opinion as are you.

you have no way of knowing that your right.

unless your a complete lunatic. which it sounds like you may be.

Okay... Why would actual angels need ships? I'm confused on that one.