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From YouTube: Getting started on the QO-100 amateur radio satellite
Description
Getting operational on the QO-100 geostationary amateur radio satellite was originally my project for the winter of 2019/20 but the coronavirus lockdown has given me the opportunity to finish my project.
This is a description of my setup for QO-100, using a LimeSDR mini, cheap 2W 'wifi' amplifier, and POTY antenna with a 90cm dish. I also give a brief introduction to the satellite for beginners. Please be aware there are many other ways of getting QRV on the satellite - the equipment here shouldn't necessarily be your shopping list!
Correction: The 3cms downlink is at 10.489.5GHz, not 10.6GHz. Everything I say here still applies, however!
References:
M1GEO's blog post (also includes details of the Wifi amp modification): https://www.george-smart.co.uk/2019/03/limesdr-edup-pa/
POTY antenna source: https://www.passion-radio.com/satellite-qo-100/poty-antenna-762.html
Lime Mini SDR: https://limemicro.com/products/boards/limesdr-mini/
BATC WebSDR for QO-100: https://eshail.batc.org.uk/nb/
STL file for 3D printing the LNB holder: https://www.thingiverse.com/thing:4078518/files
SDR Console: https://www.sdr-radio.com/console
Thanks to M1GEO, M0WUT and M0VFC for their assistance getting me started!
A
Hello,
everyone
I'm
Dom,
m0b
I
left,
and
some
of
you
have
been
asking
me
about
the
equipment's
that
I've
been
using
to
experiment
with
the
qo
100
satellite
recently,
so
I
thought
I'd
put
together
a
little
video
to
explain
what
I've
been
doing,
but
before
we
get
stuck
into
the
equipment,
let's
go
inside
and
have
a
little
look
at
some
of
the
theory
behind
the
satellite
cure.
100
is
an
amateur
radio
satellite
launched
at
the
end
of
2018
and
which
has
been
operational
since
February
2019.
A
Now,
of
course,
radio
amateurs
have
been
building
launching
and
communicating
via
satellites
for
decades.
So,
what's
novel
about
this
one?
Well,
it's
in
a
geosynchronous
orbit.
All
previous
amateur
radio
satellites
have
been
in
low-earth
orbits,
which
means
they
rise
and
set,
and
you
have
to
track
them
across
the
sky.
A
Slots
are
limited
because
there's
only
a
small
belt,
where
you
can
put
the
satellites
and
consequently
there's
high
competition
for
them
all
the
broadcasters
and
other
commercial
communication
satellites
all
want
to
be
in
a
geosynchronous
orbits
because
well,
you
wouldn't
want
to
have
to
have
a
motorised
satellite
dish
on
the
side
of
your
house
and
even
then,
to
only
get
TV
pictures
for
a
few
minutes.
Every
couple
of
hours
would
you,
so?
How
is
q100
got
one
of
these
precious
positions
or
qo?
A
100
is
actually
a
couple
of
amateur
transponders
that
are
carried
on
a
commercial
broadcast,
TV
satellite
known
as
as
hale
it's
a
satellite
that
carries
a
lot
of
TV
programs
to
the
Middle
East
operated
by
the
state
of
Qatar
and
it's
Qatar.
That's
allowed
amateurs
to
add
a
couple
of
extra
transponders
to
the
satellite,
and
indeed
the
qo
in
the
name.
Qo
102
down
stands
for
Qatari
Oscar
you'll.
Remember
that
all
amateur
radio
satellites
are
called
Oscar
orbiting,
satellite
carrying
amateur
radio,
one
of
the
results
of
being
in
a
geosynchronous
orbit.
A
If
the
satellite
is
extremely
high
above
the
Earth's
surface,
giving
a
massive
covering
rain
coverage
range,
extending
from
the
tip
of
Brazil,
covering
the
whole
of
Africa
Europe
and
the
Middle
East,
the
Indian
subcontinent,
and
even
as
far
as
the
west
of
Thailand
there's
even
a
cure.
100
station
near
the
coast
of
Antarctica.
Now
all
of
that
coverage
is
accessible
from
a
relatively
simple
setup
and
without
the
vagaries
of
hf
propagation.
By
the
way,
if
you're
watching
this
from
North
America,
sorry,
you
don't
get
to
play
with
cue
100,
it's
below
your
horizon.
A
It's
hail
too,
and
the
cue
100
transponders
located
into
position
known
as
26
degrees
east,
which
is
to
say,
if
you
were
standing
at
the
North
Pole
standing
on
the
Greenwich
Meridian,
the
satellite
would
appear
to
be
26
degrees,
east
of
South
180,
minus
26
is
154,
so
the
satellite
would
appear
to
be
at
an
azimuth
of
154
degrees
from
North
Pole
here
in
the
South
of
England
near
the
Greenwich
Meridian.
It's
it's
an
azimuth
of
about
147
degrees.
A
Now,
as
I've
said
a
couple
of
times
already,
there
are
actually
two
amateur
transponders
carried
on
cue.
100,
one
of
them
is
the
narrowband
transponder
for
voice
and
for
narrow
bands,
digital
communications
and
the
other
is
the
wideband
transponder
for
digital
amateur
TV
signals.
The
principle
of
operation
is
the
same
for
both,
but
as
you'd
expect,
you
need
rather
more
power
to
use
the
wideband
transponder,
which
I
don't
have
so
I
won't
be
covering
it
today
for
both
the
narrow
and
the
wideband
transponders
they
act
similarly
to
cross
band
repeaters,
the
uplink.
A
What
you
transmit
on
to
the
satellite
is
around
13
centimeters,
so
around
2.4
gigahertz,
the
downlink.
What
the
satellite
transmits
back
on
is
on
3
centimeters,
so
around
10
point
6
gigahertz.
Now
those
bands
sound
scary
to
an
HF
operated
by
like
myself,
but
the
useful
thing
is
that
the
2.4
gigahertz
frequency
is
similar
to
Wi-Fi
and
Bluetooth,
so
there's
loads
of
common
equipment
that
can
be
repurposed
and
similarly
10.
Point
6
gigahertz
is
near
enough.
The
Hertz
downlink
frequency
of
broadcast
satellite
TV,
so
we
can
repurpose
equipment
there
too.
A
The
cure,
100
repeater
repeats
a
whole
chunk
of
spectrum,
500
kilohertz
on
a
narrowband
transponder
and
the
whole
8
megahertz
on
the
wideband
transponder,
which
means
many
QSOs
can
happen.
At
the
same
time.
On
the
narrowband
transponder,
the
BAM
clang
resembles
that
of
an
HF
band
plan
with
CW
at
the
bottom.
Then
data
modes
then
SSB
and
then
there's
this
mixed
mode
and
special-purpose
section
at
the
top
of
the
band.
Please
note
that
no
transmission
should
exceed
the
2.7
kilohertz
bandwidths
of
a
standard
SSB
signal,
so
you
shouldn't
be
using
a.m.
A
or
FM
on
the
satellite.
The
low
and
the
high
ends
of
the
transponder
are
marked
with
a
beacon
and
you
obviously
shouldn't
transmit
outside
the
frequencies
contained
between
these
two
beacons.
The
higher
beacon
may
change
mode
in
the
future
is
actually
an
experimental
beacon.
So
the
one
in
CW,
in
the
middle
of
the
SSB
band,
there's
another
middle
beacon,
which
is
the
PSK
beacon.
All
three
beacons.
Have
a
five
kill
hurt
guard
band
either
side
of
them,
so
you
should
transmit
immediately
around
to
beacon
frequencies.
A
The
PSK
beacon
is
a
useful,
constant
carrier
source
which
will
be
a
little
later
on
to
stabilize
our
receive
frequency.
The
PSK
beacon
also
carries
telemetry
data
about
the
satellite
in
the
same
format
as
that
used
by
the
AO
40
satellite.
So
you
can
use
the
AO
40
receive
program
to
decode
it,
and
this
advise
you
do
periodically
decode
the
telemetry
data,
because
the
mailbox
may
contain
important
announcements
about
changes
to
the
band
plan
or
other
restrictions
in
force.
A
You
decode
the
band
plan,
literally
by
feeding
the
audio
of
the
PSK
beacon
to
AO
40
receive
the
other
thing
you
really
need
to
know
about
operating
on
cue.
100
is
that
you
need
to
be
able
to
listen
to
the
downlink
while
transmitting,
fortunately,
that's
easy
with
a
setup
like
mine,
13,
SEMS
and
three
sims
are
far
enough
apart
that
you
don't
need
any
special
filtering,
although
hearing
yourself
with
a
fractional
delay
can
be
a
little
off-putting
at
first.
The
main
reason
is
to
ensure
you
aren't
transmitting
too
much
power.
A
Your
signal
shouldn't
ever
be
stronger
than
the
three
beacons.
If
it
is
too
strong
to
the
satellite,
a
siren
sound
will
be
injected
on
top
of
your
transmission.
So
if
you
hear
yourself
coming
back
with
a
siren
on
top,
you
need
to
stop
and
turn
down
the
power.
Luckily,
my
setup
isn't
anywhere
near
strong
enough
to
trigger
that
siren,
but
I
have
heard
it
on
other
people's
signals.
A
few
times
remember
we're
effectively
guests
on
this
commercial
satellite,
and
if
we
don't
play
nicely,
we
may
not
get
a
similar
opportunity
in
the
future.
A
Okay.
Well,
that's
the
theory.
How
do
you
actually
get
going
on
the
cue
100
satellite
ball?
Obviously,
we've
got
the
dish
here,
but
a
lot
of
the
magic
is
actually
in
this
box
here.
So,
let's
open
that
up
and
I'll
talk
you
through
what
I'm
using
okay.
So
let's
talk,
first
of
all
about
how
receive
works
receive
is
probably
the
simplest
thing
to
get
started
with.
You
don't
even
need
one
of
these
big
90,
centimeter
dishes,
45
centimeter
mesh
dish-
is
absolutely
fine
for
receiving
here
in
the
South
of
England.
A
So
first
thing
is
you
need
one
of
these,
which
is
a
standard
domestic
television,
lnb
purpose
of
an
lnb
is
normally
to
take
the
satellite
signal.
Domestic
satellite
television
tends
to
be
it's
about.
11
gigahertz
I
want
to
do
is
to
take
that
down
to
about
900
megahertz
for
domestic
television,
which
it's
gonna
be
a
lot
easier
to
send
down.
Coaxial
cable,
your
losses
are
not
going
to
be
anywhere
near
as
high,
fortunately,
the
downlink
from
q102
about
ten
point.
A
Six
gigahertz
is
within
the
range
of
most
of
these
allenbys
more
or
less,
and
we
can
then
just
get
the
signal
down
to
about
seven
hundred
and
thirty
megahertz
and
I
should
say
that
everything
I'm
showing
you
here
is
just
one
way
of
doing
it.
It's
absolutely
possible,
for
example,
to
modify
the
lnb
and
get
it
down
to
the
70
centimeter
amateur
radio
band
instead,
but
I'm
using
a
line
mini
SDR,
which
means
I've
got
fixed
utility
I
can
very
easily
just
tune
into
the
seven
hundred
and
thirty
megahertz
where
the
Allenby
is
coming
out.
A
What
I
would
say
is
if
you're
getting
one
of
these
make
sure
you
get
a
PLL
and
B.
There
are
a
couple
of
types
out
there
for
domestic
television.
It
doesn't
really
matter
how
frequency
stable
the
P
the
LMB
is.
It
carries.
The
transponders
are
very,
very
wide
band.
Very,
very
strong
and
Sophie's
ability
is
not
major
issue.
When
you're
tuning
into
an
SSP
see
more
CW
signal.
Psk
signal,
your
fluency
stability
is
much
more
important,
so
a
PL
lnb
is
definitely
what
you
want.
A
So
normally
your
V
would
be
mounted
about
here
at
the
focal
point
of
the
dish,
although
just
at
mine
is
actually
back
here,
we'll
come
back
to
the
reason
why
the
domestic
television
lnb
and
because
it
comes
out
of
it
and
is,
is
bringing
me
of
the
cue
100
signals
at
about
713
megahertz
as
I
say
so
inside
my
magic
box
of
tricks.
Let's
follow
what
happens
to
that
signal
is
coming
in
on
the
coax
here
and
the
first
thing
it
hits
is
going
to
be
this
thing
here.
A
A
So
what
that's
now
going
to
go
into
the
input
into
of
the
line
minute
SDR-
and
you
almost
have
added
some
heat
sinking
onto
this
line
mini
and
is
also
a
fan
back
here
as
well,
and
that's
because
the
line
mini
can
get
very,
very
hot
if
it's
working,
particularly
on
a
transmit,
the
receive
signal
is
then
just
sent
down
the
USB
cable
where's
that
gone
it's
down
here,
down
the
USB
cable
to
the
software
for
decoding.
Now
this
is
a
USB.
Three
cable
gives
much
higher
bandwidth
than
USB
to
its
model.
A
I
mean
the
SDR
uses,
but
you
do
need
to
be
aware.
The
maximum
length
of
cable
that
specifies
in
USB
three
is
that
three
meters,
so
that's
going
to
limit
where
you
can
put
your
laptop
relative
to
your
dish,
although
obviously,
then
there
are
ways
around
that
in
terms
of
sending
USB
over
things
like
IP,
that's
kind
of
out
of
scope.
A
So
that's
that's
always
on
the
receive
side.
Let's
take
a
look
at
the
transmit
side
and
again
the
basis
of
it
is
again
the
line
mini
SDR.
That's
going
to
be
doing
our
transmission
coming
out
of
the
TX
port
here
into
this
piece
of
cable
along
here,
and
that
then
goes
into
these
two
one
there
and
one
there.
A
A
It
was
quite
scary,
so
definitely
want
to
use
a
decent,
a
voltage
regulator
for
5
volts
and
thanks
to
mg
Rho
W
UT
for
pointing
that
out
to
me
so
anyway,
the
signals
it's
come
out
of
the
the
last
of
these
of
the
step-down
of
these
drive
boards.
Those
into
this
piece
of
coax
well,
then,
on
the
lid
of
the
device.
Just
for
cooling
reasons
goes
into
the
side
of
this
now
this
is
marketed
on
eBay
as
an
8
watt,
Wi-Fi
amplifier,
now
two
things
with
that.
First
of
all,
it's
not
8
watts.
A
We've
had
it
open
the
the
bits
inside
its
maximum,
it
could
possibly
do
is
2
watts,
and
you
wouldn't
want
to
use
this
on
Wi-Fi
either.
It's
not
going
to
be
type
of
proved,
and
particularly
in
Europe,
it's
it's
not
advisable
to
use
that
on
Wi-Fi.
The
other
thing
to
know
about
these
is
saw
where
they
very
cheap,
because
they're
designed
for
Wi-Fi,
they
have
a
very,
very
design
for
a
very
fast
transmit/receive
changeover
cycle,
which
isn't
really
suitable
for
use
with
SSB
and
CW.
A
So
easiest
thing
to
do
is
that
there's
a
very
simple
mod.
You
can
do
details
in
the
description
below
where
you
just
put
a
small
solder
brakes
between
two
pins
on
one
of
the
chips
and
that
will
lock
it
permanently
in
to
transmit,
which
is
absolutely
fine.
You
know
SSP
NCW,
it's
not
going
to
be
a
signal
there.
If
we're
not
transmitting,
so
we
can
lock.
The
ampere
permanently
in
transmit
signal
then
comes
out
of
the
amp
on
this
piece
of
coax.
A
This
is
going
to
be
your
main
piece
of
coax
going
into
your
dish,
so
you
want
to
make
it
a
is
shorter,
run
as
possible.
We're
at
13
70
really
got
2
watts.
We
don't
want
to
be
losing
very
much
power,
so
keep
it
short
and
decent
quality
coax.
Well,
this
stuff
is
CRF
200,
which
is,
is
a
Chinese
clone
of
the
lrf
200
and
and
fairly
decent
stuff.
A
It's
still,
though,
the
one
point
four
to
five
meters
I've
got
here,
has
a
loss
of
about
naught
point
five:
five
decibels
per
meter,
so
I'm
still
going
to
be
losing
probably
about
half
of
what
or
so
of
power
by
the
time
he
gets
in
to
the
antenna.
So
talking
off
the
antenna.
Let's
take
a
quick
close
up
off
this
antenna.
It's
a
it's
a
potty
antenna
as
it's
known
as
a
patch
of
yeah
antenna,
and
let's
take
a
quick,
closer
look
at
how
that
works.
A
A
So
this
piece
here
is
the
reflector
and
the
not-quite
circular
cutout
of
the
metal
is
what
gives
us
the
circular
polarization
there's
needed
for
the
satellite
this
piece
by
the
way,
it's
just
a
lens,
to
help
focus
for
the
waveguide
going
back
to
the
receiving
end,
be
oh
by
the
way,
the
red
bits
here
and
also
there's
a
red
holder.
That's
just
holding
the
waveguide
into
the
lnb
holder.
A
These
are
3d
printed
designs
out
on
the
internet,
thanks
to
rob
m0
vfc,
who
were
put
together,
3d
prints
for
me
now,
one
thing
I
should
say
just
from
a
safety
perspective.
It's
a
I
wouldn't
want
to
be
standing
him
right
here
when
I
was
transmitting
this
I
say
the
90
centimeter
day
and
the
what's
that
sir
produced
at
the
patch
antenna.
It's
this
dish,
which
is
got
and
a
gain
of
about
26
DB.
I
we're
going
to
be
looking
at
about
500
or
so
lots
of
ERP.
A
That's
going
up
into
the
sky,
so
were
fortunate.
It's
got
a
fairly
high
angle
of
takeoff,
which
means
that
by
the
time
you
get
to
the
other
side
of
the
road,
it's
gonna
be
way
above
the
health
of
the
tops
of
houses,
but
I
wouldn't
want
to
be
standing
right
here,
as
I
say.
The
other
thing
I
should
mention
is
that
but
time
you're
getting
up
the
dishes
of
this
source
of
diameter.
The
launch
of
the
dish,
the
slightly
more
difficult,
is
to
get
it
exactly
bang
on
the
where
the
satellite
is.
A
It
is
just
a
pinpoint
in
the
sky.
So
if
you've
got
a
45
centimeter
dish,
it's
gonna
be
quite
easy
to
find
that
signal.
It's
not
quite
so
much
so
directional,
these
big
diameters,
certainly
if
you're
getting
up
to
the
sort
of
1.2
meter
diameter
dishes
which
you're
going
to
need
to
do.
If
you're
going
to
get
onto
that
white
band
transponder,
then
you're
going
to
be
needing
to
have
very,
very
precise
alignment
of
your
dish.
A
Now
one
very
annoying
thing
to
just
be
aware
of
with
these
wife
amplifiers
is
that,
like
most
Wi-Fi
equipment,
are
they
on
one
side?
Use
reverse
polarity
SMA,
so
this
is
the
normal
RF
input
to
it,
and
that
is
a
normal
SMA
sockets,
that's
a
an
SMA
female!
It's
got
the
socket.
It's
got
the
thread
on
the
outside
ring,
whereas
on
the
other
side
the
RF
outside
is
a
SMA,
a
reverse
polarity,
SMA
or
RP
SMA.
This
is
actually
the
female
RP
SMA.
A
It's
got
the
plug
in
the
middle,
unlike
what
you'd
normally
find
with
a
female.
So
this
is
an
RP
and
reversed
polarity,
but
it
has
that
screw
thread
on
the
outside
as
well
in
the
female
really
important.
To
be
aware
of
this.
It
completely
threw
me
at
one
point:
when
that
I
tried
to
connect
together
a
package
lead
one
for
a
female
SMA
into
a
male
SMA
RP
SMA,
and
that
the
result
was
that
there
was
actually
no
central
connector
at
all.
A
Okay,
so
I've
now
come
back
inside
and
we're
ready
to
start
setting
up
the
alignment
mini
SDR
with
SDR
console.
So
do
that
first
thing:
I'm
going
to
do
is
to
click
on
definitions
and
then
search
for
mile
I'm
SDR.
It
has
been
found,
that's
good,
so
we'll
add
it
to
the
list
now.
I
could
just
leave
it
like
that.
A
But
if
I
do
that,
I'll
have
to
keep
track
of
three
frequencies
at
all
times,
they'll
be
via
three
centimeter
downlink
frequency
they'll
be
the
things
I
need
to
tune
into
which
will
be
after
the
lnb
has
down
converted
it
to
about
seven
hundred
and
thirty
megahertz,
and
then
there's
also
my
thirteen
centimeters
uplink
frequency.
That's
quite
a
lot
of
frequencies
to
keep
track
of
at
all
times.
So
it's
a
lot
easier.
A
If
SDR
console
can
just
show
you
the
three
centimeters
downlink
frequency
and
that's
the
only
one
you
need
to
worry
about,
and
we
can
do
that
using
this.
The
selection
option
so
we'll
turn
that
on-
and
you
see-
I've
already
set
this
up
here
now
the
TX
site
we're
going
to
need
an
RX
and
TX
1
TX
ID
is
these
yuan.
A
8.0
89.5
is
the
TX
frequency
that
is
the
that's
the
offset
between
the
13
centimeter
uplink
frequency
and
what
it
then
comes
back
down
on
on
three
centimeters.
The
rx
converter
is
the
offset,
which
is
your
local
oscillator
frequency
of
your
L&B.
This
can
be
a
little
bit
variable.
It
tends
to
be
9.75
0.2
or
9.75
0.0.
As
you
see,
mine
here
is
9.7
49.9
I'll
say
it
is
variable.
The
only
way
you
can
actually
find
this
out
is
trial
and
error.
A
So
what
you'll
need
to
do
is
when
we
come
on
in
a
moment
to
synchronizing
to
the
Gio
stay
to
the
PSK
beacon.
If
you
don't
see
the
PSK
beacon
come
up
in
the
bottom
half
of
the
screen,
when
we
do
that.
That
will
select
suggest
that
your
local
oscillator
frequency
here
is
wrong.
You'll
need
to
come
back
and
change
it.
So,
let's
save
that
for
now
and
we'll
save
that
will
select
the
lime
SDR
mini
and
we
need
to
select
a
bandwidth
which
is
capable
of
transmitted
because
we
want
to
be
transmitting
the
line.
A
Mini
SDR
only
does
750
kilohertz
band
widths
on
transmit,
so
we'll
go
with
that.
So
let's
click
start
and
hopefully
the
rig
could
be
found
and
SDR
console
will
start
receiving
signals
as
I
say,
I'm,
not
actually
I
plugged
into
anything
here,
I'm
inside.
So
we
don't
actually
expect
to
receive
anything
a
couple
of
other
things
that
we
need
to
do
to
get
SDR
console
ready
to
receive
on
as
Hale
and
the
first.
A
Those
is
that
by
default
it
will
only
it
can
only
display
frequencies
up
to
nine
point:
nine,
nine,
nine
gigahertz
and,
of
course,
we've
got
a
ten
point.
Six
gigahertz
downlink
frequency
that
we're
interested
in.
So
we
need
to
add
an
extra
ticket.
That's
very
easy
to
do.
You
just
go
to
view
and
options
and
then
on
the
spectrum.
Tab
just
allow
a
frequency
range
up
to
99.9
gigahertz.
A
That
will
add
an
extra
digit
on
the
next
restart
next
thing
to
do
is
we
currently
don't
have
a
transmit
panel,
so
we
wouldn't
be
able
to
access
any
of
the
transmit
features.
Do
that
just
by
going
to
transmit
and
then
to
DSP
and
that's
brought
up
our
transmit
I'll
transmit
panel,
so
just
to
show
you
around
here:
we've
got
on
the
left
hand
side,
because
our
receive
frequency
we've
got
the
sound
card,
that's
being
used
to
receive
that
signals,
and
we
can
also
set
the
modes
and
the
filters
that
we
are
interested
in.
A
On
the
transmit
side
we
can
we've
got
the
transmit
frequency.
We
can
optionally
choose
to
synchronize
that,
with
our
receive
frequency,
you've
got
transmit
mode
and
again
you
can
synchronize
that.
So
it's
the
same
as
your
receive
mode,
then
you've
got
the
TX
button
which
will
be
actually
using
to
transmit
with
and
you'll
drive.
You'll
want
to
turn
the
drive
up.
Obviously
it
to
get
any
RF
out
down
here
is
where
we
will
select
the
microphone
we're
going
to
be
transmitting
with.
A
So
that's
got
to
us
our
transmit
panel,
and
the
last
thing
to
do
is
we'll
need
to
synchronize
our
lnb
with
the
geostationary
beacon
on
the
satellite
and
to
do
that.
We
go
to
the
View
tab
and
two
of
the
select
more
options
icon
and
we're
going
to
need
to
turn
on
the
geostationary
beacon.
Now,
when
I
click
OK
it'll
want
to
restart
the
software,
so
that
it
can
add
that
extra
icon
to
my
toolbar
to
allow
me
to
do
that
geostationary,
beacon
at
synchronization.
So
let's
click
OK
and
we
start.
A
So
the
program's
now
restarted,
I've
got
my
geostationary
beacon,
icon
here
and
I've
got
the
additional
digit
for
the
gigahertz
that's
available
to
me.
So
it
looks
like
we're
all
ready
to
go.
Let's
go
outside
and
wire
it
all
up,
we'll
need
to
connect
in,
of
course,
the
laptop,
a
USB
headset
and
also
need
to
put
the
Box
top
on
the
via
box
of
equipment
as
well.
A
So
here
it's
about
74,
89
802
me
now
press
the
play
icon
over
here
that
will
now
lock
everything
and
you'll
see
this
on
the
top
of
my
display.
All
fixes
have
shifted.
This
now
means
that
my
frequencies
aren't
corrected
for
the
drift
of
the
LMB
and
as
long
as
nothing
drifts
too
far,
that
will
now
stay
locked.
C
But
good
morning
that
my
zero
Bravo
Lima
Foxtrot,
we
must
to
clear
a
forever
I
must
apologize.
I've
lost
my
bun
Rio
frequency
when
they
caught
you
first
by
far
that
was
not
finished
with
setting
after
the
so
my
two
meter
transmitter
I
was
missing.
200
I
had
to
kill
her
six,
but
the
the
decimal
smart.
C
Okay,
thank
you
very
much
for
and
for
the
cause.
Hi.
My
name
is
flowers
kilowatt
FEMA,
our
uniforms
and
38s
Cologne
Charlie
oculomotor
goes
know
when
reco
and
location
here
is
Julia,
coughs,
fc0
magic
by
Julia
or
shock
3-0,
my
ex-wife
to
America
truly
something
broke
before
10:00
hurt
you
calling
and
seven
let
had
to
everything
have
to
do
it
really
quickly
before
you
ever.
You
were
gone
anyway.