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  • ruRussian
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00:00:04
Hey guys, welcome to a
00:00:05
new episode of See you on the road,
00:00:07
I'm Michael and today it's about building
00:00:09
furniture again. Today I'm going to
00:00:13
build the cupboard on the left side on the driver's side in the rear
00:00:14
and part of it I've already got
00:00:16
the one down here so
00:00:18
that we can, for example,
00:00:22
quickly store drinks bottles or our German or small ones
00:00:24
and there are also here as a support for
00:00:26
our lower lying area. I have
00:00:29
two parts of the cupboard that I planned to be
00:00:30
in In an emergency, the cupboard arrives well in our nature. I
00:00:34
'm going to build it up here a little now.
00:00:35
It's so twisted and fastened in so many places
00:00:36
and so big and heavy
00:00:39
and complicated that I
00:00:41
can easily remove it from down here
00:00:43
then I can take it out relatively quickly
00:00:45
Then I just
00:00:46
loosen four screws
00:00:47
and then I can
00:00:49
loosen six screws and take the battery out
00:00:50
and then I can get everywhere and the
00:00:52
cabinet up here can stay in
00:00:54
everything that's in the cabinet can't
00:00:55
stay in and that's how I get Just
00:00:57
quickly get to the battery on it, it's
00:00:59
supposed to be in two parts to this day, but now it comes to the
00:01:01
cupboard up here. It will contain
00:01:03
a bad weather cooker or a
00:01:06
bad weather kitchen so that we
00:01:08
can cook in the car when it rains outside,
00:01:10
a sink that will mainly
00:01:14
be there for morning hygiene But of
00:01:15
course you can also use it
00:01:17
to wash up in bad weather.
00:01:19
Then there will be a trash can in here.
00:01:22
Then our omni will go to the cupboard.
00:01:24
Simply because it still
00:01:25
needed space because it is quite large in relation to
00:01:27
the very small car
00:01:30
and we actually So far
00:01:31
we haven't had any decent space, so
00:01:32
now there's storage space in the cupboard especially
00:01:35
for the Omnia to arrive here,
00:01:38
for food, for shopping, storage space for
00:01:41
my backpack, which I
00:01:43
actually always have with me in everyday life for shopping, for
00:01:44
hiking, when we're out and about, and we always
00:01:46
have our entire
00:01:48
electrical distribution with us will come in here,
00:01:50
I currently have it behind the
00:01:51
driver's seat, it's all being converted, it'll
00:01:53
all go in here, it'll also be
00:01:54
in the video and of course our
00:01:57
table, which was previously here on the
00:01:58
plate, we'll use a plate here that
00:02:00
Mum worked as a lying surface That's
00:02:02
gone now, but our folding table
00:02:04
here will of course fit into the
00:02:06
table again and also lots of
00:02:07
storage space. Today I'm going to
00:02:09
build the basic body of the cupboard. I'm going to
00:02:11
show you how I make the individual parts,
00:02:12
how I connect everything together and how I
00:02:14
put it together. I'll
00:02:16
show you how I assemble it attached to the
00:02:17
body but before I start
00:02:19
building I'll show you
00:02:21
how I planned the cabinet but I
00:02:25
planned almost the entire expansion in CAD, so of course I
00:02:27
also planned the cabinet on CD.
00:02:30
In today's video I don't want to do
00:02:31
it at all I'll go into how the design of the
00:02:33
cupboard came about or how the
00:02:35
entire extension came about. The new one
00:02:37
I'll repeat my upcoming videos. Today
00:02:39
I want to go into the construction of the furniture using the
00:02:40
specific example of this cupboard
00:02:42
and then show you exactly how I
00:02:44
proceed with the construction here you can see
00:02:47
Now I'm going to build the cupboard or part of
00:02:49
the cupboard today.
00:02:51
The cupboard is made exclusively of
00:02:53
nine millimeter multiplex as well as
00:02:55
almost all the cupboards and slides and
00:02:56
springs.
00:02:57
I installed a few panels made of four
00:02:58
millimeter or twelve or 15 millimeter
00:03:01
higher multiplex but 99 percent
00:03:04
are made from 9 mm,
00:03:07
for example I have a 12 or 15 millimeter plate in the set list that
00:03:09
is across the car or frame as a support
00:03:12
for the euro costs is simply because
00:03:13
at the federal level the euro costs at the bottom
00:03:16
is just as thick and therefore fits exactly
00:03:18
otherwise I would have used a nine
00:03:19
millimeter multiplex board there, I
00:03:21
used birch multiplex, it was super
00:03:22
stable even at nine millimeters
00:03:24
thick and it is insensitive to
00:03:26
breaks on the surface, it is not
00:03:27
like paper wood and because the edges do
00:03:29
n't have to be edged
00:03:31
I also like it The optics are very good when you look
00:03:32
at the edge of a phase and then
00:03:35
see the individual layers of the multiplex plate. You can
00:03:37
easily screw the multiplex into the
00:03:39
front surface or directly into the
00:03:40
surface and that is of course great
00:03:42
if you want to add shamir or any
00:03:43
fittings And that's why
00:03:45
I don't build the curves out of cardboard plywood
00:03:47
and because for most areas you do
00:03:49
n't even need the nine millimeter
00:03:50
wall thickness at Bürger Multiplex
00:03:52
and where I remove everything that doesn't
00:03:54
contribute to stability and
00:03:56
I leave it like that for the visible surfaces 34
00:03:57
millimeters then it becomes super
00:03:59
light and still super stable and
00:04:01
so you can also build very, very light furniture.
00:04:03
I'll go into it in more detail in one of the
00:04:04
upcoming videos.
00:04:06
You can see the lying surfaces that I make
00:04:08
from eight or ten millimeters of poplar
00:04:09
plywood because the cushion is on top of it
00:04:11
so you can't see it and the weight
00:04:13
is then well distributed over the entire plate
00:04:14
for the cabinet that I'm going to
00:04:16
build today
00:04:21
You don't need, above
00:04:23
all, that you get into the parts of the bodywork underneath in the
00:04:24
cut out areas
00:04:28
then there is a wall hanging here on the right
00:04:30
then there is a wall in the middle the
00:04:34
whole thing is then connected to the building supports and
00:04:36
struts
00:04:37
then there is one table top on it and
00:04:41
finally
00:04:45
the individual panels come in flawlessly
00:04:47
and
00:04:49
then the corresponding
00:04:50
counterparts of the other panels are glued in.
00:04:53
Here as an example this will be the
00:04:55
table top and the wall here on the side and the wall fits into the table top
00:05:00
the cover of and this strut
00:05:02
and for these parts
00:05:04
these notes are milled accordingly so
00:05:07
these plates are held in their position relative to
00:05:09
each other and fixed by the
00:05:10
table top. The plates
00:05:12
cannot move towards each other because
00:05:14
they are held by the table top
00:05:16
and because they are in the If you
00:05:17
hold each other again, that means it
00:05:19
's inherently
00:05:20
stable when you're stuck together and when it's then
00:05:22
glued together it's
00:05:23
basically indestructible. If
00:05:25
you now connect it with angles and
00:05:26
strips then you would
00:05:28
only be able to achieve the stability again
00:05:30
Connect large ones and then they also
00:05:31
bring a lot of weight and also
00:05:33
need space and if you screw the plates
00:05:34
butt then you have to worry about the
00:05:36
screw heads, especially in the
00:05:37
surfaces, which I don't
00:05:39
find so appealing but now I'll show
00:05:40
you the cabinet builder
00:05:43
This is the plate that Dirk Rot saw.
00:05:46
I have now cut it to the right size.
00:05:47
I now have all the plates
00:05:49
that will be on the cabinet as a front or
00:05:52
contiguous surface.
00:05:53
I have now cut them all out of one
00:05:55
large plate so that
00:05:57
the grain has some transitions
00:05:59
to one another It just looks
00:06:00
better if you don't have a circular saw, you
00:06:02
can of course
00:06:05
have it cut to the appropriate margin at the hardware store. That's how I've
00:06:07
always done it so far and here
00:06:11
I now have the Jewish
00:06:13
signs for this on the back of the front
00:06:15
cross member for the side wall
00:06:18
for this the support for the one
00:06:21
triangle at the back there is also a
00:06:23
nothin for the second triangle for
00:06:24
support but I only do that once
00:06:26
I have adjusted the hardtop here and
00:06:28
then I determine where
00:06:30
the note 1 mg goes
00:06:33
I've also
00:06:35
drawn a cutout, but I'll only
00:06:37
cut it out once I've adjusted the edges to the
00:06:39
hardtop. Only then will
00:06:41
I see how much material is left here.
00:06:43
If necessary, I'll
00:06:44
make it a little smaller. I'll
00:06:46
also make it a little bigger I
00:06:48
can adjust it as quickly as possible, I'll
00:06:51
now make everything flawless and
00:06:52
I'll do that with the milling machine to get my stop
00:06:56
a clamping one just
00:06:59
with two screw clamps so that's
00:07:03
huge the long need here
00:07:05
this knew here is 34 mm from the
00:07:09
edge with Later I will push
00:07:11
it along the edge here along the stop,
00:07:13
which means I will now set the
00:07:15
edge of the cutter at a distance of 34 millimeters
00:07:18
from the stop. Now
00:07:25
it is well adjusted. Now I still have to
00:07:28
adjust the height, which is nine
00:07:30
millimeters multiplex minutes. I will do it
00:07:32
four millimeters deep There are still 5 mm of
00:07:35
material left.
00:07:37
I'm now
00:07:39
fine-tuning the milling machine
00:07:49
Then
00:07:52
I can join in accordingly.
00:07:54
The width should be
00:07:55
set exactly so that I can now finally put
00:07:57
a milling cutter into the plate. I make a test
00:07:59
cut with a plate and a knife and then
00:08:03
adjust it exactly to the edge again. That's the most important thing when
00:08:06
he does something like that in my head
00:08:13
[music]
00:08:18
and of course I control the depth
00:08:21
so that it fits then I can now
00:08:24
mill it well and I now
00:08:26
only want to mill the note from here to here. I
00:08:28
wouldn't mill it all the way through to
00:08:30
know exactly where is where I
00:08:32
have to read, I measure the car, I
00:08:35
just mark the stop. You
00:08:37
could also put a board or
00:08:38
something on it. I'll
00:08:41
just make a pencil line here on
00:08:43
the stop,
00:08:44
that means I'll mark friezes from the edge up
00:08:47
to the edge
00:08:53
and then I make the mark
00:08:55
on the back
00:08:57
now I know I have to start the project from
00:09:00
the mark starting at the edge, I put it
00:09:02
and put it on
00:09:04
the better back on this I
00:09:06
knew the card through which
00:09:11
can start at the
00:09:12
[Music]
00:09:18
so and next I put these
00:09:21
can through here on the side of frese 1
00:09:25
that's 25
00:09:29
now I'm making fries from a sample
00:09:31
and the board first saw me
00:09:32
lose a millimeter here if that
00:09:35
fits then the right bed
00:09:39
[ Music]
00:09:46
So that's the board that goes in there,
00:09:48
test yourself now and it's best
00:09:53
if it goes in nice and tight, it
00:10:00
fits so in the same way
00:10:03
I frieze these two
00:10:13
edges, I break them with a
00:10:15
chisel and with sandpaper then there
00:10:19
's the plate now finished,
00:10:22
three minutes are left
00:10:24
excerpts says I'll do it when I
00:10:27
've adapted the interesting one to the main whether that's
00:10:29
exactly what I'm doing now,
00:10:39
I've already prepared something
00:10:41
here I can now show you how
00:10:45
I determine which board the need
00:10:48
is in and which one board in which the other one
00:10:51
intervenes I take it apart
00:11:02
next to the case it is so that in the
00:11:07
end the floor comes in and
00:11:10
I have the need in the board both
00:11:12
just yes somewhere in the middle of the board
00:11:15
is who is now on the edge like that
00:11:17
I could theoretically put the note
00:11:19
in here too, if I would then
00:11:24
put it on top of it
00:11:25
at the connection where this wall
00:11:28
goes here, in here it says it's basically
00:11:31
exactly the same. I would
00:11:34
n't put the note in here but would
00:11:36
put the note in the wall
00:11:37
then I would have to I wanted to make the base plate out of two
00:11:39
parts, but I didn't want the
00:11:41
connection to be in the middle of the board, so
00:11:43
it's only in the board
00:11:59
board the need so that
00:12:02
on the one hand I support the board that
00:12:04
comes in here once here and
00:12:07
once here and so it is
00:12:08
exactly this one
00:12:09
that now likes the errors back and forth until
00:12:12
at some point when I
00:12:15
put it in there
00:12:23
will still be one a few millimeters
00:12:25
up but tightened the part alone is
00:12:29
not particularly stable I can
00:12:31
connect it I can bend it but
00:12:33
when it is in the network then
00:12:36
it is stable nothing happens
00:12:38
and if it is then glued afterwards
00:12:40
anyway
00:12:41
I always try to keep the notes
00:12:44
To put it in like this, it is first and foremost
00:12:46
stable and secondly that it
00:12:50
looks good so that the
00:12:52
end face of another board doesn't
00:12:54
stick out of a surface somewhere.
00:12:56
The board now looks like
00:12:58
5 mm everywhere so this knew this
00:13:02
hour surface but In that case it's
00:13:06
just on the outside, then there's
00:13:08
another phase afterwards and then it's
00:13:11
no longer noticeable and it's just
00:13:13
not in the middle of the area that there's
00:13:14
anything there. That doesn't occur to me personally, that's
00:13:16
why I'm doing it so well
00:13:19
now Let's get to the table top that
00:13:21
goes on there, the three minutes
00:13:24
I milled it. This one is for
00:13:27
the board, this one is for the wall and this one is
00:13:30
for the triangle. The board is now a
00:13:33
bit too thick for the notes,
00:13:35
I still have to I'll have to rework it or
00:13:36
maybe sand the bed a little thinner,
00:13:42
that's now a sign that
00:13:44
I have to remember that Karstadt is
00:13:46
all four millimeters offset in that
00:13:49
direction For
00:13:57
this purpose, it's a disc, now do it, you
00:14:00
win, it's already on
00:14:01
now I have to measure the distance
00:14:03
between the board here at the front, i.e.
00:14:06
I measure how far the board
00:14:08
has to go back so that it fits,
00:14:11
so in this case 39 millimeters
00:14:14
or four millimeters air
00:14:17
on it if I do it at 43 in this case, the
00:14:31
plate comes four millimeters
00:14:32
over, which means I
00:14:34
automatically have four millimeters of air on the surface
00:14:36
if I do it exactly like that,
00:14:38
otherwise I would have to
00:14:42
go over another 4 mm The
00:14:44
area equals a lot in life
00:14:45
so that I now have around four
00:14:47
millimeters of air here and the culture looks
00:14:51
basically simple and then I
00:14:53
can accept the plate up to where the
00:14:55
edge is so the plate
00:14:58
now comes four millimeters in that direction
00:15:00
I want a distance of 4 millimeters, which
00:15:01
means that here I'll make a distance of eight millimeters
00:15:03
from approximately these radios and
00:15:17
at the back and here in front I'll make
00:15:19
two marks and then I'll
00:15:22
just draw the line through them. I'd
00:15:25
rather cut
00:15:26
a few millimeters the first time next to it and snowing
00:15:28
over twice if I've measured myself here now,
00:15:29
it could be that you have to
00:15:31
cut a few corners 23 times,
00:15:33
that's no problem for me,
00:15:34
a pub template usually
00:15:36
not at all because this is now the finished
00:15:40
plate that fits here pastor
00:15:42
minutes that means I can
00:15:43
align everything nicely so if it
00:15:45
fits into the grooves in the post
00:15:46
Hannover wise doesn't put it in
00:15:49
with a cardboard template for me that's too
00:15:51
imprecise
00:15:52
I always do it I use a template like that
00:15:54
I don't do it for me either
00:15:56
No sense at all for me
00:15:58
personally if you see in there
00:16:00
then take something like this, everyone
00:16:02
costs nothing and works wonderfully
00:16:10
[music]
00:16:11
now I can see the areas drawn
00:16:17
and in front of the loop they could
00:16:25
so that fits and here the gap is good here
00:16:32
the prices are just over 35 millimeters
00:16:36
that fits so that means what do I do
00:16:39
the cutout here and then next I make
00:16:42
the panel here
00:17:09
the back places also gets some
00:17:12
marks for the connections
00:17:15
so now I have another alternative
00:17:17
like you the length of The milling machine
00:17:21
can be limited in this case I have to
00:17:23
mill up to here so I like it
00:17:27
there I can just clamp a board
00:17:29
and then I have the
00:17:35
stop here and so I don't mill too far
00:17:38
but what he also pays attention to when reading out
00:17:40
is the direction of rotation The fraser
00:17:42
now rotates counterclockwise, that is,
00:17:45
the cutting edge cuts in that direction
00:17:48
and it would have to frieze against the cutting edge,
00:17:50
that is, not like that, because then
00:17:53
you can do something that is pulled through.
00:17:57
I put Andres in here slowly
00:18:00
and then in the direction against the
00:18:03
cutters
00:18:07
[Music]
00:18:34
You still have to adjust a little bit
00:18:35
with the chisel, it's
00:18:38
so much quicker than if I were to
00:18:40
set up the milling machine or saw for it now and then there's the
00:19:00
cutout for the later rhine flap,
00:19:02
where in known practice it adheres to the contour of
00:19:04
the Chips on
00:19:23
that the finished rear area I
00:19:26
have now finished all the plates for the body
00:19:27
down here I have made everything easier
00:19:29
so it was milled out where no material is
00:19:31
needed then I will go into more detail about how to
00:19:33
build the cabinet in the next video
00:19:37
I did exactly that, then
00:19:38
I touched everyone I knew with the milling machine,
00:19:40
missed everything and now
00:19:42
fixed the entire course with a few screws.
00:19:44
Due to the design with the notes, it takes
00:19:46
356 screws and then the
00:19:48
whole course holds together. As you
00:19:51
can see, it's also quite stable
00:19:52
Corner not yet because the
00:19:54
stability will still come in here when the rest
00:19:55
is built,
00:19:56
but here in the area where it
00:19:58
is already finished it is very stable.
00:20:00
The lower part of the body is
00:20:03
here at the main although it is screwed to the
00:20:05
body When I
00:20:06
attached it, I simply
00:20:08
used longer screws and the
00:20:10
remaining part of the cabinet is attached to the car.
00:20:11
I'll show you that
00:20:12
in the next part when I
00:20:14
build the top part of the cabinet.
00:20:15
I'll also show you where our
00:20:17
cooks and our players come That
00:20:18
's it for today
00:20:19
the second part about building the cupboard is
00:20:21
coming next week I hope I could
00:20:22
help you gives a thumbs up
00:20:24
caught the eye Bolivia canal if you do
00:20:26
n't have it yet see you on the way
00:20:29
[music]

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