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#01:
room.
It's got
a overhead crane,
not crane but a... rail
with some kind
of lifting device fastened to
it.
There's
three,
four tables.
This
is the main assembly area. ...
I don't see any kind of device here,
though.
Let me
try another room....
Have a.... area with,
uh...with interlocking jigsaw walls,
look like..., like big pad,
big padded walls.
And there's
a... there's a
door that's like got
a seal,
rubber seal
around it... And there's like a... looks like
a cylinder,
only it's more round,
like
a
egg.
And it's,
uh,
it's
dismantled.
It's got triangular,
triangular piston
like
piece
to
it,
where,
uh.
. .apparently something goes.
It's being assembled.
Uh,
it's
in
a very preliminary
stages of assembly.
#14:
Describe for me some of the other pieces and inner
workings
of this device.
#01;
It's very simple.
There's,
uh,
an
insert piece that's,
uh,
circular,
heavy metal.
It's got triangular section
with screw-in
ends.
It's empty.
This,
this slides
down
inside of a... a cylindrical opening
in the
egg shape.
The egg shape
is some other kind of... some other kind of
metal...
Some kind of fluid that's,
uh,
forced into the
walls
of the egg shape,
structure.
I
don't what kind of
fluid,
but it's empty also.
There's,
uh,
like an isolator
sleeve of some kind that screws down over the... over
the
end,
like inserts
on the end.
And this has got
a,
uh,
flat plate with
a star design,
like plugs
on the edges
that slide up and down
in grooves.
And then this whole
egg type shape slides into a... an outer shell that's
somewhere else in the building.
#14:
Describe this outer shell to me.
#01:
Outer shell
is... looks very much like
a 55 gallon
drum,
maybe larger.
And it's
got a... got
a bunt nose.
There's
electronics in the nose,
like some kind of
a two bat-
it would appear
to be two batteries and some electronics.
And it's,
uh,
very thick walled,
packed with something
gray.
It's
in another part of the building on
like
a
rack,
sitting
on
a rack...
Uh,
it's
got a.... just
a
pointed nose
on one side...
And,
there's something-
just
a minute
I'm- let's see if
I
can
get
a better look
at the other end.
#14:
Okay.
PAUSE
#01:
Okay,
there's,
uh...two,
uh... almost half moon shapes
on
the top.
Some kind of connector.
And on the back there's
this sleeve
like thing that goes
in the back.
And it's
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#01:
got
a deployable cloth of some kind.
Looks like some
kind of
a streamer.
It's
like,
almost like
a drogue type
chute.
. .drogue chute.
Think there's,
uh,
the makings
of two or three devices here,
and this one
is set up but
it's not... it has no isotope.
. .yet.
It's like it's
in
the earliest preliminary stages
of construction.
I
don't
see many people working here,
though,
other than
eight
or ten technicians. . .different rooms
It's not
like they're
in
a hurry...
That's
all
I
got.
#14:
Okay.
Going back to the inner workings
of the- this
device.
If you
can,
in some sort
of sequence,
describe
what happens- how this device
is triggered and what
happens technically through the interior
of this device
all the way through to point of detonation.
#01:
Okay,
just
a minute...
Shouldn't take a minute
to see
how this works.
#14:
Okay,
fine.
Take your time. ..........
.
#01:
There's
a,
there's
like
a circular wafer that's
mounted
edge
on the center of the triangular piston piece.
And
when the device is armed this wafer
is snapped back out
of the way,
and there's three unimpeded passages
to the
center.
Nothing else happens until the... the device
is
released,
at which time
a,
a proximity scanner
in the
nose becomes activated,
as well as
the,
uh,
some kind of
a hydraulic-
or not hydraulic,
but electric- system where
the isotopes that are planted
in the three piston areas
come together very rapidly.
Just prior to impact with
the ground the isotopes,
which are actually together,
come
close enough
to touch and they're flooded with something
from the exterior
of the chamber.
Oh,
and the whole sec-
tion becomes flooded under this high pressure.
There's
a,
like
a critical mass apparently
that's generated.
This is electronically monitored in conjunction with the
proximity of the device to
the ground.
And when
it
reaches proximity and mass approximately the same time
a high,
some kind of high energy charge
is detonated
in
the casing.
And this causes,
uh,
uh,
some initiation
of
a nuclear fission.
I
think the,
the fluid
is the,
uh,
it's got something to
do with the... uh,
see
it,
I
get
a
picture of two reasons.
Uh,
I
get,
uh.
. .something
to
do
with
fuel,
but it's
like
an inert
fuel,
like a contina-
continuing fuel
of some kind.
Some kind of hdro-carbon
or something that acts as the fuel
in
the fusion.
Uh,
it also... has
a... an,
like an instantaneous,
almost
short duration like
in seconds,
coolant
effect,
so that
the critical mass,
if it's reached one or two seconds
too soon,
can be held,
held like in abeyance,
until the
high energy charge goes off.
Uh,
that's about all
I
can
see that happens.
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#14:
Good,
very
good.
#01:
It's more complicated
than
that.
That's essentially
what
it
is.
#14:
#01 :
#14:
#01 :
All right.
I
have no further questions.
Is there anything
that,
uh,
you'd like to add or discuss?
This
is apparently,
these aren't very high yield devices.
They're more on
the range
of,
uh,
mmm.
. .tactical,
five,
five kiloton maybe.
. .or megaton,
or whatever.
They're
small,
they're very small compared
to,
compared
to what
you'd find in
a
ICBM they're,
they're,
uh,
they're
tiny.
But they tend to be
a little unwieldly
in size for some
reason.
I
don't
know if that's because of the technology
involved or
their .. .their very intention
of building
possibly
a dirtier weapon
or something.
I
don't understand,
but they're big and bulky but they're small yield.
That's all
I
got.
Okay,
I want you
to... I
have no further questions.
I
want
you
to relax and
I want
you to retain... and
I
know
this, may be difficult,
but retain all this imagery that
you've had
in your head.
I
think the... the drawings
that we are going to do at the end of this session will
be very important,
especially
the,
the
technical aspects
of
it.
So
I just want you
to lock this imagery
in,
and
we'll pause now.
Okay,
we're now ready for debrief at this time.
Okay,
the first thing-
I wanna make two things,
I wanna
say two things first before we start
to debrief.
I
got
an impression that the,
uh...that
this,
you
know,
while
this certainly
is
a bomb,
uh,
I'd said before that
it
was very small
in magnitude,
you
know,
like
a tactical
weapon.
But
I,
I
get
a stronger feeling that this
probably
is not
a weapon at all,
but more
of an
experimen-
tal
tool
that has interchangable,
it's built
in
a way that
it can
be mass manufactured,
and yet have interchangable
isotopes,
interchangable high explosive packages and
interchangable wafers,
these wafer type things.
And the
coolant can
be changed.
You
know,
it's like they can
run
through
a whole myriad of variables
in experiments using
this
thing.
And also
I
get
a feeling like there was
a fourth isotope,
possibly the wafer section.
And this
fourth isotope
is,
uh,
not radioactive.
So
I
don't know what
it
is,
but
I
wanted
to say that.
Uh... 'course
I'll point out what
the wafer
is and all that stuff when
I
go through the
drawings
here.
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On page
one,
this
is just
a picture graphic drawings
of the three sections of this
device..
The rear section
is
a... a,
uh,
deployable drogue chute.
And,
uh,
all
this
does
is slow the thing
down.
There's
a electronic
package... in
the nose,
and this
is fastened
by umbilical
cord
to the main body section,
as is the deployable
drogue chute electronically fastened to
the main body
section.
I
didn't draw
in any wiring
or the umbilical
cord
in these because they're just- it's just too com-
plicated.
This thing's packed fulla wiring.
There's also some kind of a proximity device in the nose...
I
don't know what kind
it
is,
it's
just
a proximity device.
And,
uh,
then there's the main body
of the... of this
device that contains all the stuff that
I
drew.
On top
of the main body there's
a... mount slots,
and these
have two functions.
One
is
to hang
'em
on aircraft,
and
I
think they're slides,
they're like double sided slides
that are magnetically operated.
When these- these also,
since they carry
a charge,
uh,
the charge can be varied,
and that's got something
to do with the arming
of this
triangular thing
in the- and
the removal
of the wafers.
And,
uh...then
the cute storage area which isn't part
of the main
body.
And on page two,
which
is plane
A,
this
is sort of
a
sideways cross section
of the... main
body.
There's
a
triangular section
there,
and what
it
is
is
it- this
allows rifling of isotopes, .. .these black things
on the
drawing are
isotopes.
Uh,
rifling these down
into the
central portion where
the wafer
is
located.
And this
wafer
I
felt
is probably the fourth isotope that's non-
radioactive.
When
this wafer
is inserted
in
the chamber
the center section
of this drawing,
the isotopes can't
meet,
so there's no critical mass achieved
by accident.
The wafer
is removed sideways and then these three iso-
topes can be rifled down against one another
in
the
centeii,
Uh,
the boxes behind the isotopes are electronic,...
activated,
and,
uh,
what
these are,
are devices
for
controlling the
isotope...
Then
the,
uh,
we'll
call
these,
these tube like things,
we'll call them the,
uh.. .isotope
tubes.
That's what they rifle down
to the chamber.
And
then there's this unique feature
on the sides like blocks
with some kind
of,
uh,
emission channels into the chamber.
The interior
of
this entire sphere has,
has
got some kind
of
a,
uh,
liquid
in
it.
And
I
can't ascertain what kind
it
is,
but this liquid
is packed around this entire device,
almost like a cartogenic type effect.
Like
a coolant
of
some kind.
Or- it's
there for some reason.
I-
I
sense
that part of the reason
is coolant.
And
at the precise point
which this stuff reaches critical mass this
liquid
is
popped
in to this chamber and gives
'em like
that one or
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#01:
two second delay
or slide time between when critical
mass
is achieved and when
the actual detonation
of the
high energy charge occurs.
And so we'll
call those,
uh,
liquid gates,
I
guess...
And then,
uh...the actual area that the isotopes go down
we'll call channels...
And,
uh,
then there's the- the
wall
of the interior sphere.
This
is what
I referred to
as the egg,
egg-shaped sphere
on the tape.
The,
uh,
ex-
terior shell,
which
is extremely
hard,
and
the,
uh,
high
energy explosive,
which
is,
uh,
packed all around the
outside edge.
Better
lay that
on
the table there so
I
can see what
words
I
used.
I'm gonna have to use the same words all
the way across here
I guess.
#14:
Okay.
#01:
Uh,
page three,
which
is plane
B,
is
a lenthwise cross
section
of the main body.
Shows how
it looks
from the
end.
And we have the high ex- the high energy explosive.
Uh,
these are other things on the end,
they're some kind
of electronic control packages.
I
don't know what they
do,
I
just sense that there was electronics
in all four
corners.
Again,
the outer shell
Uh,
what'd we call
these,
liquid gates...
And then,
uh,
the only thing
you can see here now are wafer control.
. .control units.
And the wafers from this side look like tubes of some
kind cross sectionaly.
These slide horizontally back and
forth.
They actually meet together
to form a solid wall
so that the isotopes can't penetrate the wall
or anything
And then
the,
uh...the,
uh,
isotope controls. .. .and then
the isotopes ...
Oh ,
yeah ,
okay
Page four is sort
of
a angular three dimensional.
And
I
tried
to cut away everything so that you could see kinda
how
it was nestled into this main body section.
So we
call
this outer shell.
This
is sort of
a cut away view,
I
guess you'd call
it.
Isotope control .. .high energy ex-
plosive.
. ,uh
liquid gates.
. .liquid.
. .wafer control.
.
and wafer...
And that's essentially
it.
That's what
it
looks like...
I
don't,
I don't,
if you want me to... to
write out
a,
uh,
numeric listing
of firing sequence or
something-
#14:
Yeah.
#01:
-I
can
do that.
#14:
That would
be
a vital point.
#01:
I don't think we have to put anything on
tape,
I'll
just
write
it
out
in
a sequential step fashion,
and it can be
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#01:
included with the drawings as page
five.
Other than
that
I can't think of anything else
to
add.
Other than,
uh,
there's
a,
there's,
of course,
all
the parts and
pieces
for three
or
four devices
in this building
right
now,
and one of the devices obviously
is under construction
but it's,
it's in it's initial stages of construction,
and it'd probably
be at
least
a month and
a half before
this thing
is
finished.
That's all
I
got.
#14:
Okay.
Did you perceive any devices that might
be near
completion?
#01:
No.
I
didn't,
I didn't sense that at
all.
As
a matter
of
fact
I sensed that there wasn't very many people
in
the building working.
That of course may have to do with
our time versus their time.
#14:
Right.
#01:
You
know,
I
don't know...
#14:
Okay,
End
of session.
o r~r* r>j r"
* *T*
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TARGET CUING
INFORMATION
REMOTE VIEWING
(RV)
SESSION D-82
1.
(S/NOFORN)
In
a pre-session brief,
the viewer
targeted against the "Assembly Building"
,
located at
SG1A
2.
(S/NOFORN)
At the beginning
of the session the remote viewer was provided
with the following map reference and UTM coordinate:
SG1A
NOT RELEASABLE
TO FOREIGN NATIONALS
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RDP96-00788R00040051 0001 -2
SUBJECT,
unconfirmed Source Information
Provided
for/and
Pertaining
to
the. Assembly Building at
82) (Source *Ol)
SG1A
(U) The
following information applies
•
Q.
(s/nofoRn) Source described, in detail, an experimental
, nuclear
device
ichich
tuas m various stages of assembly.
Indosure*1
is an over-
all drawing of this device and
its three major Components..
Indosure
js a Cross-Section
dracomg of the main body of this device
.
Inclosure
is a
length “Coise ^ cross - section drawing of Same device. Tnclosurc
is a
Cut *auiqy
, perspective view of the major component parts of
device
.
b.
(S/Moforn) Source also described, in detail
,
the Sequence of
events
necessary
to detonate
this device
. (see Indosore * 5)
C. (S/noforn)
Source felt that a number of inner components
of this
device have been
mass - manufactured ^and d ifferent combinations can be
put together to produce various results.
d, Cs/nofoRm) Source felt that this coas a
loui -yeild, experimental
type device,
rather than an actual Weapon.
S, Cu) A
complete transcript
tail! be provided as soon as
possible.
(k
. Ct/aX,
Inclosures
As
stated
>
MURRAvY
B. WATT
LTC, Ml
Project
Manager
6C0RET
Classified By
:
ms&, dami -Ish
DATED
:
054&30 JUL 76
REviEw ON*.
October
2.000
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