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From YouTube: Derick Schweppe - Open Source AI Helper
Description
Recruting the STEAM Camps team.
https://wiki.opensourceecology.org/wiki/Derick_Schweppe
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A
Okay,
got
it
okay
great!
So
where
do
we
start
so
tell
me?
Yes,
so
you're
working
an
open,
AI
stuff,
and
how
does
that?
How
does
that
relate
to
you
know
how
there's
all
these
big
AI
projects,
like
whatever
Amazon
Google,
the
big
guys,
are
now
supporting
opening
I
projects?
How
does
this
differ?
What
you're
doing
cuz
we.
B
C
I
think
the
biggest
I
think
the
biggest
difference
is
that
we
are
privacy
first,
whereas
they
are
privacy,
kind
of
as
a
you
have
to
go
in
and
manipulate
a
setting
to
okay,
you
know,
delete
your
data
or
do
some.
You
know
they're
by
default.
They
are
storing
your
data
to
use,
for
you
know
various
purposes
by
default.
C
We
are
not
storing
anyone's
data,
it's
deleted
immediately
and
if
we
do
ask
you,
we
have
an
opt-in
for
training
purposes,
for
our
data
set
to
you
know,
make
the
technology
work
better,
but
it
is
not
for
for
marketing
purposes.
So
it's
an
anonymous
data
set
and
you
know
we're
not
going
to
need
to
use
that
to
create
an
ad
profile
or
something
like
yeah
that
which,
whatever
companies
do
so
I,
think.
C
A
B
A
C
You
know
we
were
a
bit
concerned
that
if
we
were
to
open
all
of
it
that
it's
you
know
that,
then
it
could
be
a
potential
business
issue
for
us
moving
forward.
I
think
one
of
our
challenges
has
always
been.
How
do
we?
How
do
we
make
this
work
as
a
business
entity
and
also
as
an
open
source
initiative
with
to
provide
that
privacy
minded
and
open
all
alternative,
but
also
balancing?
Okay,
we
do
have
to
make
a
business
out
of
this.
C
You
know
we
are
yeah,
but
but
we
think
we
think
we'll
opening
it
up
is
not
going
to
hinder
that.
So
that's
the
goal
moving
forward
is
to
open
that
up.
There's
also
been
the
issue
too,
with
the
security
aspect
of
that
being
totally
open.
As
we
are,
you
know,
storing,
API
information
and
some
some.
You
know
things
like
that,
so
personal
information
as
well,
so
that
dub
for
someone
else.
B
C
Yeah
I
had
I'd
seen
your
TED
talk.
Actually
you
know
you're
a
few
years
back
and
I.
Think
I
made
a
mental
note
somewhere
that
oh
he's
and
he's
in
the
Midwest
area
in
the
Missouri
area,
and
so
I
was
yeah.
I
was
aware
it
was
pretty
cool,
stuff,
I.
Think
I,
look
taking
a
look
at
the
wiki
real,
quick
yeah
back
then
when
I
first
saw
the
TED
the
TED
talk.
Why
are
you
located
I'm
in
Lawrence,
Lawrence
Kansas,
so.
C
B
C
C
C
C
The
dialogues
and
whatnot
that
you
interact
with
make
sure
that
they
sound
natural
and
that
you
don't
get
yourself
into
like
you
know
a
dead
end
in
a
conversational
sense
where
you
don't
know
how
to
proceed
or
what
my
craft
can
do
so
kind
of
helping
write,
those
dialogues
and
experiences,
and
then
you
know
overseen
some
of
the
UI
asks
best
aspect
of
it
too,
because
we
do
have
a
UI
that
we're
working
on
traditional
UI
graphic.
That
shows,
like
you,
know,
weather
forecasts
and
lists
and
other
other
kind
of
additional.
C
B
C
Well,
it
looks
like
there's
a
lot
I
can
I
could
learn.
So
that
was
very
interesting
to
me.
So
I
I've
learned
like
coming
from
a
design
background.
You
know
I
always
worked
with.
You
know
engineers
and
developers
to
kind
of
supplement
and
then
I
cross,
a
very
small
team,
so
I
had
I've
had
to
learn
some
more
traditional
engineering
things,
but
again
it's
just
kind
of
tinkering.
It's
engineering
style,
my
background,
so
that
there
is
stuff
like
some
things,
are
very
much
interested
me,
especially
in
the
you
know
like
the
the
circuit.
C
B
A
Circuit
plotter
so
like,
for
example,
those
circuit
platicas,
so
we
have
the
we
have
the
universal
axis.
We
did.
We
build
3d
printers.
We
we
did
a
CNC
circuit
mill
before,
but
basically
the
idea
is
within
a
basic
CNC
axis.
You
can
add
heads
to
it
like
a
simple
application
is
one
of
3d
printers.
That
would
be
like
the
core
on
day.
One
day,
two
would
be
a
circuit
plotter,
where
you're
just
adding
an
XY
pen,
which
then.
A
A
C
B
C
B
A
Log,
take
a
look
at
this
link
here,
see
the
chat
that
Slimer
yep.
He
did.
This
funky
amazing
3d
printed
motor
with
magnetic
PLA
well
turns
out.
We
can
do
much
simpler,
probably
a
little
bit
more
efficient
and
like
one-third
the
cost
using
this
axial
flux
design.
Well,
that's
so
I
first
got
excited
about
this.
One
I
saw
this,
but
then
looking
at
it's
like
okay,
this
is
super
complicated,
not
something
we
can.
A
In
a
second,
because
we're
into
just
really
empowering
people
to
show
them
that
wow,
you
can
build
amazing.
So,
just
like
I've
learned
my
whole
life
like
when
I
first
built
the
tractor
and
things
like
that.
It
just
opens
up
your
mind
in
such
a
way.
Also.
We
want
to
show
that
to
people,
so
that's
the
basics
and
then
it
from
there
going
into
actually
like
when
we
make
repacks
that
the
last
day
is
like
making
battery
packs
and
basically
stack
a
bunch
of
battery
packs
together,
and
you
have
a
cordless
welder
those
exist.
B
A
The
Arduino
controller
to
do
the
simple
power
modulation
device,
using
the
the
same
controller
that
we
have
on
that
whole
3d,
printer
mill,
plotter
infrastructure.
So
we
have
this
Universal
axis
CNC
system,
you've
got
the
universal
controller
and
then
you're
in
business,
with
basic
skills
that
you
can
start
building,
scalable
things
because
everything
we
design
a
scalable
like
the
motor
like
that
design
lends
itself
to.
Then
you
go
on
to
electric
vehicle
mobile
motors
for
changing
mobility
and
stuff,
like
that,
so
we
want
to
take
it
at
the
very
basic
level
of
teaching
people.
A
B
A
C
Oh
yeah
I've
got
something
here
that
and
I'm
sure,
maybe
I'm
not
sure.
If
you
were
interested
in
and
you
know
what
Mycroft
could
you
could
do
in
terms
of
that,
but
so
we're
try
and
well
actually
what
I'm
trying
to
do
it
currently
is
release
some
documentation
on
how
we're
prototyping
for
our
next,
our
next
iterative
device
and
it's
right
now,
it's
all
Raspberry
Pi
based
it's
all
like
kind
of
off-the-shelf
stuff.
Most
of
it
is,
is
open.
We
try
to
use
as
much
openness.
C
C
C
So
this
is
the
kind
of
laser-cut,
a
quick
and
dirty
version
that
you
use,
and
so
we've
got
a
nice
kind
of
we
developed
a
lot
of
speaker
design.
That
sounds
pretty
good
with
words
you
can
get
pretty
pretty
readily
available
and
we've
got
that
microwaves.
Talking
about
on
itself
there
and
the
the
PI's
kind
of
sandwiched
onto
a
display
that
has
touched
a
capacitive
touch
display
that
you
can
get
pretty
pretty
readily
of
it
readily
available.
Then
down
at
the
bottom.
C
B
C
But
that's
and
then
you
know,
we've
got
a
kind
of
a
custom
build
of
raspbian
with
our
stuff
on
top
of
it
that
we're
using
currently,
which
is
a
bit
limited
in
terms
of
what
we're
doing
with
the
screen
or
just
continuing
to
add
on
to
that.
But
the
full
voice.
Interaction
is
all
is
all
there.
So
very
cool.
A
What
do
you
so
do
you
actually
have
that
you're
selling
your
devices
right
now,
not
these,
but
this
is
a
prototype
for
like
a
more
open
version.
Yeah.
C
Well,
this
there's
things
are
kind
of
in
flux.
We
suite
originally
partnered
with
a
group
out
in
California
to
do
some
of
our
hardware
development
and
that
kind
of
fell
out.
We
ran
into
an
issue
that
just
we
couldn't
get
past
and
we're
just
I
going
to
part
ways
and
move
back
to
using
more
off-the-shelf
and
readily
available
and
as
open
as
possible
boards.
So
we
were
pursuing
our
own
custom,
fully
custom
designs
and
we
were
going
to
open
those
as
well,
but
it's
rented
to
to
some
some
issue
there.
C
So
now
our
current
development
track
is,
you
know
using
these
boards,
and
we
know
that
at
this
this
current
designed,
like
the
wrong
cost.
Us
is
really
too
high,
for
you
know,
say
a
product
that
you
would
want
to
compare
apples,
apples
with
an
echo
or
a
Google
home
issue,
ultimate
there
and
state.
They
are
actually
subsidizing,
there's
costs
and
a
lot
of
ways
because
they're,
you
know
getting
revenue
from
ABS
and
other
things,
so
I
guess
I'm
getting
at
its
long-term
strategy
is
we
may
reach
out.
C
Of
course
again
we
would
open
that
hardware
and
share
all
the
Gerber
files
and
the
you
know
everything
necessary,
the
schematics
etc,
but
currently
we're
just
we're
just
happy
with
getting
this
to
work
well
and
then,
when
we
are
satisfied
there,
then
we
will
start
looking
at
how
to
to
jump
back
into
hardware
a
little
custom
hardware.
That
is
a
little
cautious
right
now
about
that
and
and
focus
you
know,
you
know
these
boards
and
getting
the
software
to
work
well.
Mm-Hmm.
B
C
C
Because
of
that
and
then
you
know
we
can
always
do
better
for
sure,
I
think
some
stuff
that
gets
put
off
a
little
bit
at
times
as
the
documentation.
We
might
have
something
out
there,
that's
technically
it
is
open,
but
we
haven't
got
around
to
documenting
it
as
well
as
we
would
like
so
so
guilty
of
that
a
bit
on
the
hardware
I'm
kind
of
in
a
mode
right
now,
where
I'm
trying
to
get
more
documentation
on
that
so
yeah.
A
As
far
as
the
pack,
so
regarding
this
steam
camping,
the
idea
there
was
literally
the
mindset.
I
have
it's
like.
Okay
week,
we
get
some
top
players
together
to
develop
killer,
collec
curriculum
and
make
it
actually
work
as
a
viewable
way
to
fund
open
source
product
development,
because
during
every
camp
we
take
the
product
and
improve
it
in
some
way.
Through.
A
Direct
working
like
that,
there's
five
days
of
real
prototyping
or
four
days
of
the
boot
camp
and
then
five
days
of
projects,
but
with
that,
the
idea
is
that
we're
making
the
real
products
that
are
competitive
value
proposition
is
probably
like
lifetime
design,
because
once
you
build
it
like,
for
example,
a
cordless
drill,
they're
planned
obsolescence
built
into
them
for
your,
you
know,
devolve
drill
or
whatever
for
us,
it's
I
think
our
value
proposition
is.
That
example
is
perhaps
like
three
billion
dollars
a
year.
A
If
we
convert
that
market,
because
drills
may
live
three
three
years
and
they're
a
ten
billion
dollar
market,
so
we're
literally
I
think
there's
a
huge
value
proposition
there,
but
anyway
getting
people
to
produce
things
effectively
as
small
businesses,
literally
two
one
fun:
open-source
product
development,
but
also
to
fund
an
open-source
product
development
lifestyle.
The
fact
that
you
should
only
have
to
work
a
little
bit
so
for
the
steam
camped
ideas:
okay,
nine
days
of
your
life
mom,
maybe
two
weeks
are
all
together
up
front
and
then
the
rest
of
it.
A
So
it's
like
50%
and
then
you
can
do
what
you
want
with
your
life,
because
actually
this
would
pay
your
bills.
That's
the
kind
of
deal
where
we're
trying
to
get
to
a
package
where
you
literally
have
to
do
like
what
I,
when
I
talked
in
my
some
of
my
videos,
I
say
should
spend
like
at
2
hours
per
day.
You
should
be
working
and
then
other
stuff
is
pursuing
self-determination
and
making
a
better
world
kind
of
deal.
That's
what
sir,
that's,
what
our
gig
is
and
then
we're
trying
to
get
there.
A
So,
given
all
of
this
I
mean
first
of
all,
do
you
have
the?
Would
you
have
the
time
to
put
into
it
at
this
point
to
develop
help
us
develop
this
or
yeah.
A
So
let
me
let
me
stop
you
there.
So
what
specific,
like
you
know,
there's
the
package
of
the
steam
camp?
There's?
Actually
just
let
you
know
another
aspect
of
this.
Our
next
mode
of
development
is
to
do
incentive
challenges
because
we
found
we've
been
doing
it
for
a
decade
and
we
found
we
cannot
scale
component
your
contributions
or
anything
like
that.
Software
has
worked
it
out
by
modularity
and
remote
participation
for
us.
It's
like,
we
really
I
think
we
nailed
the
extreme
builds
like
we
can
build
a
tractor
in
one
day
we
build
the
printer.
A
In
one
day
we
build
a
house
in
five
days
with
50
people,
that's
kind
of
things
we
have
done
so
far,
but
we
haven't
nailed
the
development
part.
So
what
we're
trying
to
do
is
do
a
a
well-funded
incentive
chance
that
we're
looking
for
the
cordless
drill,
the
world's
first
open-source
3d
printed
professional-grade
cordless
drill
from
trash.
So
it
includes
plastic
recycling
infrastructure
in
that
as
a
small
garage
operation,
where
we're
looking
at
250
K
for
the
reward
on
hero,
X,
hero,
X's,
incentive
challenge
platform,
that's
a
spin-off
of
XPrize
you've
heard
of
that
hero.
A
Take
the
economy
to
the
next
level,
from
proprietary
to
a
collaborative
economy
where
you
have
a
choice
to
either
develop
products
in
your
own
whole,
reinvent
the
wheel.
Do
a
lot
of
competitive
waste
or
you're,
actually
working
together
and
eliminating
all
the
competitive
waste.
So
things
like
the
the
patents
and
all
of
that
that
goes
by
the
wayside,
but
we're
still
in
a
stage
of
complete
scarcity.
A
Mindset
on
this
whole
picture,
so
the
steam
camp
would
provide
some
of
the
basic
skills
so
that,
if
somebody
wants
to
do
the
incentive
challenge,
they
can
participate
and
be
fully
equipped
with
all
the
open-source
tools,
open-source,
CAD
and
so
forth.
So
with
all
this
said,
so
that's
kind
of
like
the
bigger
picture
here.
How
this
relates
to
some
of
our
other
work,
but
which
part
of
this
is
most
appealing
to
you
like
what's
attractive
for
you
in
this
I.
C
Think
there's
definitely
I
mean
as
a
person
personally
there's
a
couple
things
that
are
attractive
to
me.
I
have
been
an
instructor
at
University
of
Kansas
as
an
adjunct
and
I
do
enjoy
teaching
and
I.
Think
that
being
involved
in
the
steam
camp
has
some
appeal.
There
I
know
there's
parts
of
it
that
I
would
be
able
to
contribute,
but
there's
some
parts
that
are
outside
of
my
wheelhouse
yeah.
A
C
B
C
B
C
C
B
C
C
A
B
C
Don't
know
I
yeah
I
thought
about
playing
around
with
some
of
that,
exploring
those
coordinates
tools
and
what
could
be
done
to
to
make
some
of
those
things
more
more
accessible.
So
there's
something
there's
something
feel
better.
Yeah
I
think
you're
right
to
like
you.
Have
all
these
these
kind
of
companies
up
there
kind
of
trying
to
keep
you
locked
into
their
ecosystems
by
you
know
having
different
charging
systems
different
battery
Vantage's.
All
these
just
kind
of
like
it's
kind
of
crazy
that
you
know
really
they're
all
very
similar.
A
B
B
A
A
B
C
I
think
so,
and
to
be
honest,
if
it's
I
mean
built.
A
C
C
C
So
there's
a
lot
of
things
in
there
that
they're
doing
I
mean
really,
if
you
crack
it
open
it's
for
the
most
part.
You
know
it's
like
more
of
those
rechargeable
battery
packs,
like
you
know
these
charge
of
foam
kinda
and
then
a
couple
custom
boards
for
a
few
things,
but
really
it's
just
these
all
these
kind
of
little
causes.
C
Off
but
yeah
yeah
I
would
definitely
I'd
be
interested
in
that
I
think
have
some
familiarity
with
working
around
the
pion
and
hardware,
wise,
oh
yeah,
so
for
sure
and.
C
A
Absolutely
so
so
the
idea
that
is
the
PI
could
be
a
controller
for
all
the
devices
and
like,
for
example,
even
we
go
about
doing
the
cordless
drill.
It
might
be
a
smart
drill,
that's
you
know
you
can
maybe
changes
its
change.
It's
charging
settings
using
the
tablet.
You
know
cuz,
we
think
of
the
tablet
like
we
have,
for
example,
the
brick
press.
Yes,
let's
convert,
let's
use
the
tablet
as
the
controller,
so
we
don't
have
to
put
that
extra
hardware
on
a
brick
press.
A
B
A
Those
guys
they're
pretty
good,
so
I'm
talking
to
them
they're
interested,
but
we're
building
a
team
to
see
who
wants
to
put
this
together
because
essentially
I
could
to
tell
you
the
story
here.
It's
like
for
me
over
the
last
10
years,
I'm
saying:
okay,
I'm
done
working
myself.
This
is
about.
We
got
to
get
the
teams
and
get
the
top
players
working
together
and
I
think
this
could
be
a
way
to
bootstrap
fund
a
lot.
A
Development,
so
it's
like
I'm,
saying:
okay,
help
me
I
need
help
here.
This
is
something
that
can
benefit
the
world
and
so
forth,
so
I'm
just
recruiting
people
and
trying
to
put
together
okay.
If
there's
the
curriculum
there
I
think
that
curriculum
is
pretty
pretty
sound
like
for
definitely
for
all
se
needs
and
I
think
for
needs
of
many
open
hardware
projects
as
far
as
a
basic
prototyping
platform,
so
I
think
that's
pretty
sound
and
just
trying
to
get
people
to
collaborate
on
that.
C
Yeah
I
think
I
could
I
could
look
around
and
and
see
you
know,
there's
definitely
people
in
mycroft,
like
I,
said
I'm
kind
of
the
only
primary
Hardware
person,
but
we
have
you
know
people
that
are
more
software,
people
that
are
used
to
working,
and
you
know
software
for
hardware
that
they
might
be
of
interest,
because
you
know
some
I
can
get
something
plugged
up
and
I'm
going
and
and
then
the
software
can
be
a
problem.
You
know
yeah
and
there's
some
people
through
K.
C
C
A
You
arm
to
write
you
up,
I
like
a
little
inviter,
and
do
you
want
to
do
that
or
like
basically
what
I
sent
you,
but
it
might
need
some
more
details,
but
the
idea
is,
it's
kind
of
like
a
complex
thinks
I'm
just
trying
to
get
people
to
read
this
email
and
cuz
I'm
kind
of
just
right
now
contacting
everybody
in
like
I.
Got
your
you
through
the
open
hardware
directory
yeah.
B
A
Just
try
and
look
up
all
of
YouTube
just
people
who
might
be
relevant
on
YouTube
and
any
other
places
I'm
trying
to
find
people
who
are
DIY
open
source
centric.
That
could
be
super
cooperators.
But
it's
essentially
about
getting
a
team
of
super
co-operators
who
are
not
afraid
to
work
together
and
do
something
much
bigger
yeah
yeah.
B
A
A
So
I
expect
to
be
doing
this
for
another
two
weeks
about
what
we
should
do.
I
mean
right
now,
for
if
you
were
to
take
on
the
the
tablet,
that's
a
very
explicit
thing
like
we
don't
have
like
right
now:
we're
considering
the
tablet,
the
vacuum
robot
and
a
drone
as
like
top
three
candidates
which
are
good
consumer
products,
DIY
open-source
friendly.
A
Well,
maybe
we
can
say:
have
you
like
until
further
notice
like
it
will
be
building
the
team?
Maybe
we
find
somebody
else.
Who's
like
oh
yeah.
I
really
want
to
do
the
tablet.
Maybe
you
could
work
together
and
all
that
so
we'll
see
who
comes
to
the
table,
but
so
far
I've
got
a
couple
of
people
that
are
pretty
strong
candidates,
one
guy
Yale,
Fox
who's.
Another
he's
a
software
guy,
but
he's
he's
another
Ted
fellow
and
he's
well-connected,
so
we're
working
together
just
talked
to
him
yesterday,
another
guy
Michelle
Dory
this
guy.
A
You
know
take
a
look
at
dad.
That's
that's
kind
of
how
our
20
printer
looks
these
days,
but
that's
an
explodable
I
can
explode
that
thing,
this
one
guy
who
does
this
HTML
WebGL
stuff
and
he
actually
designed
initially
like
the
initial
cat
of
these
universal
access
pieces.
I
heated
it
at
the
initial
work
on
that.
So
he's
very
much
interested
he's
from
Belgium.
A
So
that's
the
two
people
so
far
it
looks
like
he
might
be
taking
on
the
electric
motor
part,
but
for
me,
like
I,
would
probably
do
I
mean,
of
course,
obviously
that
we
want
to
work
with
this
universal
access
system.
Well,
we
talked
about
the
simple
printer
just
to
show
you.
It's
called
D,
3d
simple,
it's
a
three
axis
version
of
that.
A
Like
the
three
machines,
the
3d
printer
circuit,
plotter
CNC
mill,
and
then
you
can
get
into
making
a
lot
of
different
things,
so
we
want
to
make
our
own
Arduino
Uno.
That
can
then
go
back
into
the
universal
controller.
Nor
do
we
know
you
know
could
also
be
because
you
can
do
that
pretty
much
pretty
easily
from
scratch:
simple
power
sources.
B
A
Is
inna
for
a
welder,
so
using
the
universal
controller,
you
can
get
a
welder
application.
Just
do
a
simple
prototype
of
wow.
You
can
do
a
welder
and
then
maybe
in
another
event,
we
take
that
well
there
into
actual
product
cuz.
Those
products
do
exist
and
wait
at
the
bottom
of
that
page.
There's
all
the
open-source
prior
are
just
bunch
of
links
to
all
the
stuff
that
we
know
of
that
exists
out
there.
A
C
A
C
Who's,
this
I
don't
know
things
are
spinning.
You
know,
I
think
in
the
that
electric
motor
space,
you
know,
think
you
know,
there's
personal
mobility
options.
There's
you
know,
I
think
that's
something.
That's
gonna
be
big.
As
we
move
forward
with
electric.
B
B
C
Yeah
I
think
the
biggest
thing
I
kind
of
wanna
make
a
point
of
is:
is
that
I
I
do
like
I
like
to
work
collaboratively
and
I
like
to
have
a
kind
of
counterpart,
that's
more
on
the
heavy
engineering
side,
because
I
find
I'm
kind
of
more
on
the
you
know.
I
do
met
a
lot
of
mechanical
design
and
stuff
that
I'll
kind
of
the
traditional
design
and
and
I
kind
of
like
to
say
of
the
the
kind.
C
Element
focus
so
so
yeah
I'm
definitely
would
would
be
very
much
interested
in
collaborating
with
someone
that
has
a
good
counterpart
to
my
skills
and.
C
B
C
C
A
B
C
A
We
want
to
teach
you
because
we
want
to
spread
this,
so
we
really
started
pushing
along
the
line.
Hey,
let's
make
this
a
viewable
revenue
model
that
can
scale
so
so
we
had
one
we
had
eighteen
people
show
up,
so
we
had
like
eighteen
or
nineteen
thousand
dollars
revenue
from
that
one.
We
see
there's.
Definitely
a
revenue
model
like
people
are
willing
to
drop
a
thousand
bucks
on
this
and
and
more
if
it's
amazing
content
so
and
I
think
we
can
really
push
the
side
of
technology
that
matters.
It's
not
just
some
random
steam
camp.
A
B
A
A
Yeah
and
I
mean
weird:
we
totally
redid
the
based
on
the
learnings
from
that
one.
We
completely
redid
their
curriculum,
pretty
much.
We
found
that.
No,
you
don't
need
to
try
to
build
a
heavy-duty
CNC
mill
start
with
very
simple
things
that
everybody
takes
home,
because
that's
what
we
did
last
time.
We
prototyped
part
of
this
heavy-duty
CNC
mill
with
a
huge
universal
axis,
like
with
two
inch
shaft
size
in
the
rough
in
the
rod
size.
It.
A
Yeah,
but
that
we
found
that
we
spent
way
too
much
money
on
materials.
We
lost
some
people
at
the
end
because
they
were
like
dude.
This
is
too
intense,
so
we're
trying
to
make
it
smaller
more
relevant
to
work.
One
of
the
design
points
has
to
be.
Everyone
has
to
take
a
product
home
that
they're,
proud
of
so
yeah.
B
A
A
Cost,
for
this
whole
whole
thing
is:
there's
like
three
or
four
hundred
dollars
in
materials
out
of
that
price
tag
and
a
price
tag
right
now
is
looking
at
around
1,300,
1,400
or
so
there
for
the
camp.
But
that's
I
think
the
curriculum
is
well
worth
it,
and
we've
got
some
good
feedback.
I
think
feedback
is
really
positive,
so
we're
just
going
with
this.