Krick Lisa M. Instruction Manual

Stand November 2007 Seite 1 ©Krick Modelltechnik Knittlingen
Building Instructions Lisa M.
Order-No. 20320
Congratulations for buying this model kit of the
motor yacht „Lisa M.”. This model is mainly
designed for the beginner, but is also a very
interesting kit for more experienced modellers
as a basis for own ideas.
For building this model you should have follow-
ing glues, fillers and paints:
- Superglue Krick ruck-zuck 20g thin (80491)
- Superglue Krick ruck-zuck 20g medium
(80495)
- 5min-Epoxy glue 100g (80479)
- wood glue UHU Holz waterresistant 75g
(48515)
- 2-component glue UHU-Plus acrylit 30g
(48315)
- Filler Micro-Fill white 295 ml (80480)
- Primer (Lord Nelson 80110)
- Clear Varnish for stairs, doors, (80112)
- paint spray blue (320053), light grey (Primer
and for deck), and white (320010)
-lacquer red, grey, silver and black for fittings
Following tools are recommended for building
“Lisa M.”:
- modelling knife (416002)
- hand drill (473841)
- sandpaper files (491016)
- sanding block (490080)
- sand paper of grane 180, 320, 400 and 600
(Set 490190)
- round file ca. Ø 6 mm
- drills Ø 1 mm, 1,5 mm, 2 mm, 3 mm, 4 mm,
6,5 mm
- wet sand paper 400 und 600 for filler, primer
and paints
When painting you should have masking tape
for areas, which should not be painted. A 3 mm
wide tape should be used for the water line.
For running and radio control you should have
following parts:
- 2 channel radio control including one Servo
- electronic speed control 20 A, forward/back
including BEC
- battery pack 7,2V NiCd, NiMH or lead battery
6V/1,1 Ah
- charger 220V AC or 12V DC
Many pictures in the following instruction
should make the building of the model as easy
as possible.
For identifying the laser cut parts in the
wooden sheets, there is a drawing at the end

Stand November 2007 Seite 2 ©Krick Modelltechnik Knittlingen
of this instruction book. Before you start build-
ing you should identify all wooden parts and
mark the part nos. on the part with a soft pen-
cil. During the building process you should
carefully cut out the needed parts only at their
bars with a sharp knife.
Starting this hobby is much easier, if you have
any modeller near you, even we have tried to
solve all critical steps in this design. A more or
less experienced modeller can help you best
with problems and can obtain that your first
model “Lisa M.” will become a success.
Ask a ship model club in your area or your
local hobby shop, where you did buy this kit.
We wish you good fun and success with build-
ing this nice model
I. BOAT STAND and HULL
1. Boat stand
First build the boat stand with parts 2, 3 and 4.
After the glue is dry carefully sand and varnish
the stand several times. As you will later place
your wet model on the stand, it is important to
have this water resitant. As an apolster you
can use some pieces of foam tape on the up-
per sides which will contact the hull.
2. Hull
Mark the positions of the rudder tube and of
the prop shaft on the hull (1). First measure the
center line of the hull and mark. Then mark the
rudder tube position 35 mm from the stern of
the hull. Mark the position of the prop shaft 15
mm down from keel end.
Now drill the holes for prop shaft and rudder
tube.
First use a small drill of about 2 – 3 mm and
then enlarge to the correct size – rudder tube 4
mm and prop shaft tube 7 mm. You can do this
best with a round file, that the hull does not
split.
3. Deck
Now prepare the fit of the deck (5) inside the
hull. At the areas of the bow it is needed to
sand the deck with an angle. The deck should
ly down without any force.
Now place the deck into the hull and mark a
line on the sides 2 to 3 mm over deck level.
Cut the hull down only until to this line with a
sharp knife or strong scissors.
Now place strips (6 to 9) on the underside of
the deck around the inner cut out. Place a
weight on the deck until the glue is dry, that the
deck cannot twist.
2 3
4
4
1
5
5
1
chamfer in the front
area

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Now the coaming strips (10 to 14) have to be
glued vertical onto the strips, that they are
flash on the underside and protruding on the
upper side. The superstructer will stand over
this and so no water can come into the model
hull.
4. Rudder Tube
Glue the rudder tube (14)to the 2 supports
(15). Use medium or thick super glue or UHU
plus acrylit glue for this. Place the parts onto a
flat surface. When the glue is dry, place the
assembly into the hull, together with the third
support. Glue this support to the rudder tube,
but do not yet glue all into the hull.
5. Motor Mount
Make the motor mount / Servo tray assembly
from parts 16,17 and 18 and glue. You will find
on the laser sheets two different motor mounts.
First compare with the motor, which motor
mount ist he correct one for your motor.
Now make the battery and receiver tray with
parts 19, 20 and 21.
5 6
5
5
10 bis 13
15
14
16
17
18

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All parts for the inside of the hull should be
ready now. Please varnish them 2 to 3 times
and sand between, that they are water resis-
tant. Also the deck should be varnished from
the underside now.
Place the Servo temporarily into the tray and
drill the holes with 1.5 mm drill fort he Servo
screws.
6. Preparation of the Motor
Solder on the motor the suppression capaci-
tors 103 (10nf) to the connections and to the
motor housing as shown. At this place the
motor housing should be well sanded to have
good connection for the solder. Then solder
the third capacitor 473 (47 nf) between the two
motor connections. Place insulation tube on
the ends before soldering.
Now solder motor wires to the connections.
After that you can assemble the motor to the
motor frame.
19
20 20
21
21
Servo
Drill

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7. Assembly inside the hull
Brass tubes (29+30) are no longer needed, as
the new direct coupling can adjust motor
mount and propshaft directly.
Push propshaft and hose through the hole in
the hull and fit the motor on the motor mount.
Now attach the brass coupling between Motor
and prop shaft with grub screws M3. Please
check that there is a gap of about 1 mm be-
tween motor housing and coupling.
Now align the motor together with motor
mount, prop shaft and tube inside the hull. The
whole set should be placed well centered and
aligned inside the hull, that the tube of the prop
shaft is protruding 25 mm out of the hull. Dou-
ble check that the assembly is placed in the
centre of the hull.
Now fix the tube and the motor mount with
UHU Plus Acrylit inside the hull and fill the end
of the hull around the shaft with glue that it is
water tight.
After the glue is set, you can also fix the rudder
shaft in the same way.
8. Gluing the Deck
Now all interior is placed correctly inside the
hull. So it is time to fix the deck permanently on
the hull. Fix the deck with adhesive tape to the
hull in a way, that the side walls of the hull are
pressed equally to the deck without getting
waves.
Fix the deck at several points with thin super-
glue. After that you can fix the deck complete
with medium superglue. A good help is also
Activator spray to shorten the drying process.
After the glue is dry you should sand the over-
laying border of the hull down to deck level. If
some gaps have appeared, you can fill them
out with filler.

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II SUPERSTRUCTURE
1. Cabin
For the first Step of building the superstructure
you will need parts 32, 33, 34 und 40.
Now draw the outline of the Windows to the
glasing material of PVC (100) and give some
more millimetres for gluing behind the Win-
dows.
Try fit the parts first without glue. If necessary
sand the slots or tenons for a perfect fit. Now
first glue the side walls to the frame and back
wall. When the gluing points are dry you can
glue the bar (40) in place.
2. Cabin Roof Front
Now place the front roof (35) with ist cut out
corners between the two side walls and glue
only at the cut outs.
Fix the roof at ist cut outs with superglue
When the glue is dry, bend the side
Wenn der Kleber getrocknet ist, das Seitenteil
according fo the curve of the roof and fix with
superglue.
32
34
33
32
40
35

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When the glue is dry, do the same on the other
side. After that, glue from inside and fix with
clamps.
Now fit the front part (37) to the superstructure.
The upper edge needs to be sanded angular to
fit correctly.
Now sand the flush the overlaying ends.
3. Front Windows
In the next Stepp the front Windows 38 and 39
will be placed.
First bevel the lower edge of the centre part
about 45 degrees.
The front Windows at the side have to be bev-
elled at the lower edge and at the edge to the
centre Window.
In the next step you have to sand the contour
of the main roof on top of the front Windows in
the same way as the contours of the frame and
back wall..
Then sand the side edges flush with the side
walls.
37
sand
angular
38 3939
sand
angular
sand
angular

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4. Cockpit
At this stage you will make the cockpit. For this
you will need parts 49, 50 and 51.
Now glue the cockpit to the superstructure.
After this fit the hand rail 52.
5. Roof and Flybridge
The last step for the superstructure starts with
gluing the main roof (36) on top.
Then the Flybridge will be built with parts 41,
42, 43, 44, 45 and 46.
First the parts 41 and 42 will be glued together.
Place strips 3 x 5 x 40 mm for strengthening.
49
50
51
50
52
44
44
43 46 42 45
41
41
36
Strip 3x5 mm

Stand November 2007 Seite 9 ©Krick Modelltechnik Knittlingen
Now place dashboard (45) and glue.
Then place the flybridge on the top of the roof,
check alignment and fix with superglue.
To match the curve of part 42 to the curve of
the roof, you can place sand paper flat onto the
roof and sand the wall to have a better fit, if
necessary.
Now place the false edge (46) and glue to the
roof.
After the glue has set, you can fit and glue the
front walls (43 + 44). The front panels for the
side (44) have enough oversize for an easy fit.
Now prepare the false edges 47 und 48 from
rest pieces of plywood 3 mm and glue them in
place.
Now the body shell of the superstructure is
ready.
6. Alignment to Deck
At this stage the superstructure will be placed
on the deck and the curve of the lower edge
has to be aligned with the curve of the deck.
This has to be done mainly in the front area.
For this you can mark the deck line to the su-
perstructure with a pencil, layed flat onto the
deck. Then sand the curve.
7. Painting
Now the superstructure can be sprayed with
filler and sanded several times and afterwards
43
42
46
42
rest material 3 mm
47
48

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you can use a lacquer for the finish in the
wished colour.
III. Details
In the following steps the accessories will be
made.
Door, radarbridge, seats, anchor winch, bow
reel, stairs, ladder, radar, throttle lever
1. Door
Sand and varnish the door (62) and glue it to
the painted back wall. Then bend the door
handle from brass wire 1,5x15 mm (108) and
slide a brass tube 2x1,5x7 mm (104) over it for
a thicker handle.
2. Radar Bridge
Take part 58 from the laser sheet.
Glue two brass tubes (63) 2x1,5x100 mm on to
the board just at the outer edges. Bend from
brass wire 1,5 mm four supports (66). Fit the
angle according to the angle of the side walls
of the flybridge.
3. Seats
Make the seats from parts 53, 54, 55, 56 and
57.
62
108
63
63
58
66 66
66 66
5863 63
66
drill
53
53a
56 55 54 57 54 55 56

Stand November 2007 Seite 11 ©Krick Modelltechnik Knittlingen
Glue parts 55 and 56 on.
On the side of the flybridge wall sand the pro-
truding parts of the bolsters flat.
4. Ladder to Flybridge
Prepare parts 61, 64, 67 und 68 and build the
ladder to the flybridge.
Glue the first two distance tubes 5 mm from
the lower end of both vertical rods. Then place
alternately one Step and two distance tubes
onto the rods and fix the with a drop of super-
glue.
Drill the holes for the ladder at the correct
place into the cockpit floor. Then bend the
upper end of the longer rod at a distance of 30
mm from the highest step horizontally to the
side.
Biegen Sie die Relingstütze aus Brass Wire
1,5 x 45 mm (69).
61
64
drill
30 mm
6768

Stand November 2007 Seite 12 ©Krick Modelltechnik Knittlingen
Place hand rail (70) without glue and check the
height of the rail support.
Make the lower rail from two split pins (71) and
the tube (70).
Make the end piece at the left ladder rod from
a piece of brass tube 2 x 7 mm (104) and glue.
5. Safety Bar
Bend from brass wire 1,5 x 170 mm the safety
bar (72) for the flybridge.
First bend the angles as shown on the top view
on the plan and at the end bend the outer ends
downwords as shown in the side view.
6. Hand Rail
Prepare the hand rail from brass wire 1,5 x 195
mm and 6 split pins (71). Mark the holes at the
sides of the superstructure and drill with 1,5
mm. Slide the split pins onto the wire and fix
the ends into the holes. To achieve an equal
distance to the wall, slide some rest pieces of
wood 3 mm between wall and rail.
30 mm
70
71 70
104
72
71
65
69

Stand November 2007 Seite 13 ©Krick Modelltechnik Knittlingen
7. Bow Rail
Bend the bow rails from brass wire 1,5 x 210
mm (73) place the rail support (74) with split
pin and glue into the centre of the rail. Use a
small rest of wire as pin into the deck.
8. Aft Rail
Work the same way with the back rail 74 und
75.
9. Anchor Winch
Build up the anchor winch from parts 76, 77,
78, 79, 80 and 81.
Glue the main part (76) to the sides (77).
Then place and glue the base (78).
Glue the motor plate (79) to the right side as
shown.
Now the wooden parts should be fillered
sanded and painted white or grey.
Jetzt sollten die Holzteile mit Porenfüller la-
ckiert und geschliffen werden. Afterwards
place the motor (80) and capstan (81) with
super glue.
7173
74
Rest
Rest
74
73 71
77
76
77
79
78
8081

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10. Bow Reel
Identify parts 83, 84, 85 and 86.
Glue the sides 83 to the main piece 84.
After sanding and painting place reel and pin
and fix the pin with a drop of medium super
glue. If necessary you have to sand down the
reel on both sides to fit between the two sides.
11. Stairs
Glue the parts 59 and 60 to build the stairs.
Varnish and sand.
12. Radar
Cut out the two halves (101) of the radar at the
vertical end. Then sand the edge on a flat pie-
ce of abrasive paper, grade 600 down to
measure. Now glue the two halves together
and paint if wished. Place the sticker onto the
front.
13. Throttle Lever
Make the throttle lever from parts 102, 103 and
104. Bend the lever from brass wire 1,5 x 25
mm. Drill a hole of 1.5 mm into the base (102)
and round the upper edges. Glue handle (104)
on the lever. After painting the lever can be
glued into the base.
84 83 83
85
86
60
59
59 60
60
101
102

Stand November 2007 Seite 15 ©Krick Modelltechnik Knittlingen
14. Assembly of the steering wheel
For this assembly fo the steering wheel you will
need the small laser sheet, 12 cm of brass wire
1 mm, and white glue or Aliphatic glue, a mod-
elling knife, a wire cutter and some sand pa-
per.
Use the cut out on the laser sheet to cut equal
lengths for 6 spokes fom the brass wire 1 mm.
Now cut ut the l5 laser parts from the sheet as
shown.
Apply some glue to the outer ring and into the
center of the wheel and plase the spokes care-
fully that they are lying up to the center hole,
but leave it free.
Now place the second outer ring, that the
grooves are placed on the spokes.
Apply some glue to the upper center piece and
place it as well onto the first one.
Now press the complete steering wheel with
some weight until the glue has set.
Carefully cut out the laser cut dummy spokes
from the lower laser part. Then sand the
wooden parts carefully.
Cut a 10 mm brass piece as a shaft and fix it
with glue in the center hole of the steering
wheel. Also place the 2 distance rings with
wood glue.
Now you can stain and varnish the steering
wheel and fix it at the helmstand.

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14. Other Fittings
At the end fit all other fittings to the model. For
this several pictures are shown as follows.
VI. Radio Control
For running your model on the water, you will
need a 2 channel radio control system with one
servo.
90
92 88
91
91
93

Stand November 2007 Seite 17 ©Krick Modelltechnik Knittlingen
For the control of the motor you will need an
electronic speed control with forward and re-
verse control. This should have a constant
capacity of minimum 20 Ampere and should be
equipped with BEC.
The steering servo needs to be fitted to the
motor mount. Before assembly you should
clear whether this is standing in ist neutral
position, as a later screwing is difficult.
For steering the rudder first the rudder lever
(97) needs to be fixed to the rudder shaft and
combined with the steering rod, made of parts
98, 99 and 107,and aligned. Please check that
the rudder really turns to left when the radio
command is left. Otherwise the reverse switch
or plug has to be changed on your transmitter
(see instruction). May be you will need an ex-
tension cable for your servo.
The receiver will be fixed in front of the battery
with double adhesive tape.
The electronic speed control should also be
fixed with double adhesive tape to one side of
the motor mount. It should be positioned that
way, that switches or potentiometers can easily
be adjusted.
Combine the cables from the motor with the
cables for the motor fro the speed control in
the shortest possible way and soldered to-
gether.
Please note the instruction of the speed control
for the adjusting and use of it. If a BEC is sup-
plied wit the speed control, you will not need
an extra battery for your receiver.
V. Final Work
When all installation is done, please make a
final check all over your model. All joints and
installations should be checked for their clear
and stabile fit and if necessary corrected. Also
please make a test of the trim of the model in
the bath tub before you go to a lake for the first
run. The trim normally needs to be adjusted
with some weights of lead.
Before the first run on the water please make a
reach check of your radio before. For this place
the model onto the stand. Switch on the trans-
mitter and receiver, but leave the antenna of
the transmitter short. Now let the motor run full
speed and use the rudder lever slowly but
constantly left and right. If the rudder also
moves without any tremor, your radio works
well.
Now the first sail can start. We wish you all the
best with your „Lisa M.“.
For any questions and help you can contact
us.
Klaus Krick Modelltechnik,
Postfach 1138, 75434 Knittlingen
Tel. [phone], Fax [phone]

Stand November 2007 Seite 18 ©Krick Modelltechnik Knittlingen
Parts List LISA M.
Position Description Material Measures Qty.
1 Hull ABS Vacuum Formed 1
2 Boat stand front Plywood Laser Sheet 5 mm 1
3 Boat stand aft Plywood Laser Sheet 5 mm 1
4 Boat stand sides Plywood Laser Sheet 5 mm 2
5 Deck Plywood Laser Sheet 3 mm 1
6 Reinforcing Strip Pine 3 x 5 x 310 mm 2
7 Reinforcing Strip Pine 3 x 5 x 83 mm 2
8 Reinforcing Strip Pine 3 x 5 x 86 mm 1
9 Reinforcing Strip Pine 3 x 5 x 116 mm 1
10 Coaming Plywood Laser Sheet 1,5 mm 2
11 Coaming Plywood Laser Sheet 1,5 mm 2
12 Coaming Plywood Laser Sheet 1,5 mm 1
13 Coaming Plywood Laser Sheet 1,5 mm 1
14 Rudder Tube Brass Tube 4 x 3,1 x 35 mm 1
15 Support Plywood Rest material 3 mm 3
16 Motor Mount Plywood Laser Sheet 3 mm 1
17 Motor Mount Side Plywood Laser Sheet 3 mm 1
18 Servo Tray Plywood Laser Sheet 3 mm 1
19 Base Plywood Laser Sheet 3 mm 1
20 Front & Back Plywood Laser Sheet 3 mm 2
21 Sides Plywood Laser Sheet 3 mm 2
22 Electric Motor Finished Part 1
23 Suppression Capacitors Set Finished Part 1
24 cables Finished Part 2
25 Screws for Motor Finished Part Steel M 2,5 x 6 mm 2
26 Prop shaft & tube Finished Part 1
27 Set Collar with Screw 3*3 mm Finished Part 1
28 Propeller 40 mm Finished Part 1
29 Bushing Brass Tube 4 x 0,75 x 8 mm No need
30 Aligning Tube Brass Tube 5 x 0.45 x 52 mm No need
31 Coupling complete Finished Part brass 1
32 Superstructure Side Plywood Laser Sheet 3 mm 2
33 Superstructure Frame Plywood Laser Sheet 3 mm 1
34 Superstructure Back Plywood Laser Sheet 3 mm 1
35 Superstructure Roof front Plywood Laser Sheet 3 mm 1
36 Superstructure Main Roof Plywood Laser Sheet 1.5 mm 1
37 Superstructure Front Plywood Laser Sheet 3 mm 1
38 Superstructure Window Centre Plywood Laser Sheet 3 mm 1
39 Superstructure Window Sides Plywood Laser Sheet 3 mm 2
40 Strengthening Piece Plywood Laser Sheet 3 mm 1
41 Flybridge Side Plywood Laser Sheet 1,5 mm 2
42 Flybridge Frame Plywood Laser Sheet 1,5 mm 1
43 Flybridge Front Plywood Laser Sheet 1,5 mm 1
44 Flybridge Front Sides Plywood Laser Sheet 1,5 mm 2
45 Flybridge Dashboard Plywood Laser Sheet 1,5 mm 1
46 False Edge Roof Plywood Laser Sheet 1,5 mm 1
47 False Edge Plywood 3 mm Rest 1
48 False Edge Top Plywood 3 mm Rest 1
49 Cockpit Floor Plywood Laser Sheet 3 mm 1

Stand November 2007 Seite 19 ©Krick Modelltechnik Knittlingen
Parts List LISA M.
Position Description Material Measures Qty.
50 Cockpit Sides Plywood Laser Sheet 3 mm 2
51 Cockpit Back Plywood Laser Sheet 3 mm 1
52 Hand Rail Pine 3 x 7 x 115 mm 3
53 Seat Sides Plywood Laser Sheet 1,5 mm 2
54 Seat Fronts Plywood Laser Sheet 1,5 mm 2
55 Seat Plywood Laser Sheet 1,5 mm 2
56 Seat Back Plywood Laser Sheet 1,5 mm 2
57 Seat Centre Part Pine 3 x 5 x 75 mm 1
58 Radar Tray Plywood Laser Sheet 1,5 mm 1
59 Stairs Sides Plywood Laser Sheet 1,5 mm 2
60 Stair Steps Plywood Laser Sheet 1,5 mm 3
61 Ladder Steps Plywood Laser Sheet 1,5 mm 7
62 Door Plywood Laser Sheet 1,5 mm 1
63 Radar Tray Tubes Brass Tube 2 x 1,5 x 100 mm 2
64 Distance Tubes Brass Tube 2 x 1,5 x 13 mm 14
65 Hand Rail Brass Wire 1,5 x 195 mm 2
66 Radar Tray Supports Brass Wire 1,5 x 115 mm 4
67 Hand Rail Ladder right Brass Wire 1,5 x 160 mm 1
68 Hand Rail Ladder left Brass Wire 1,5 x 130 mm 1
69 Stanchion Brass Wire 1,5 x 45 mm 1
70 Railing Brass Tube 2 x 1,5 x 70 mm 2
71 Split Pin Finished Part 18
72 Safety Bar Brass Wire 1,5 x 170 mm 1
73 Bow Rail Brass Wire 1,5 x 210 mm 2
74 Stanchion Brass Tube 2 x 1,5 x 42 mm 4
75 Aft Rail Brass Wire 1,5 x 170 mm 2
76 Anchor Winch Centre Plywood Laser Sheet 1,5 mm 1
77 Anchor Winch Housing Plywood Laser Sheet 3 mm 2
78 Anchor Winch Base Plywood Laser Sheet 1,5 mm 1
79 Anchor Winch Motor Plate Plywood Laser Sheet 1,5 mm 1
80 Motor Finished Part Casting 1
81 Capstan Finished Part Casting 1
82 Anchor Finished Part Metal 1
83 Bow reel Sides Plywood Laser Sheet 1,5 mm 2
84 Bow reel Centre Plywood Laser Sheet 3 mm 1
85 Reel Finished Part Brass 1
86 Axle Brass Wire 2 x 10 mm 1
87 Starboard Lamp Finished Part Plastic 1
88 Port Lamp Finished Part Plastic 1
89 Back Light Finished Part Plastic 1
90 a Steering Wheel Main Piece Plywood Laser sheet 1 mm 1
90 b Steering Wheel Outer Ring Plywood Laser sheet 1 mm 1
90 c Steering Wheel Center Piece Plywood Laser sheet 1 mm 1
90 d Steering Wheel Distance Piece Plywood Laser sheet 1 mm 2
90 e Steering Wheel Spokes Brass wire 1 x 18 mm 6
90 f Steering Wheel Axle Brass wire 1 x 10 mm 1
91 Life Belt Finished Part Plastic 2
92 Horn Finished Part Plastic 2
93 Searchlight Finished Part Plastic 2
94 Davit Finished Part Plastic 2
95 Cleat Finished Part Metal 4

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Parts List LISA M.
Position Description Material Measures Qty.
96 Rudder Finished Part Plastic/Metal 1
97 Rudder Arm Finished Part Plastic/Metal 1
98 Push Rod Finished Part Metal 2
99 Quick Link Finished Part Metal 1
100 Window Material PVC
101 Radar, 2 Parts Vacuum formedStyrene 1
102 Base Pine 8 x 8 x 8 mm 1
103 Lever Brass Wire 1,5 x 25 mm 1
104 Handle Brass Tube 2 x 1,5 x 7 mm 3
107 Connecting Clip Finished Part 1
108 Door Handle Prass Wire 1,5 * 15 mm 1