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M o o n b u g g y ( S p r i n g m o t o r )
Parts list
Plywood
Pine strip
Wire, coppered
Friction spring motor
Lock nuts
Machine screws
Machine screws
Nuts
Lenkrad
Domed nuts
Flat metal strip
Winkel
Flat metal strip
Flat metal strip
Threaded
Machine screws
Machine screws
Machine screws
Reflector
Screw
Screw
Distance roller
Lock nut
Nuts
Washers
Washers
Wooden ball, mit Bohrung
Wheel hubs
Tyres
E106887#2
E106887#2
1 0 6 . 8 8 7
Quantity Size (mm)
1
5x70x250
1
10x20x200
1
2x200
1
2
M3
2
M3x12
1
M4x50
18
M4
1
Ø37
3
M4
2
7 Loch
2
1x1 Loch
1
3 Loch
1
2 Loch
1
M4x150
3
M4x10
1
M4x70
1
M3x35
1
Ø40
1
2x16
1
2,9x9,5
1
10
3
M4
2
M3
5
M3
10
M4
1
Ø15
4
Ø22
4
Ø40
Part-Nr.
1
2
3
4
5
6
7
8
9
10
11
12
13
The OPITEC range of projects is not intended as play
14
toys for young children.They are teaching aids for
young people learning the skills of Craft, Design and
15
Technolo- gy.These projects should only be underta-
16
ken and tested with the guidance of a fully qualified
adult. The finished projects are not suitable to give to
17
children under 3 years old. Some parts can be swallo-
18
19
20
21
22
23
24
25
26
27
28
29
Please Note
wed. Dan- ger of suffocation!
Necessary tools:
Pencil,ruler
Metalwork saws
Spanners M3 +M4
Drill bits 3 + 4mm diameter
Pillar drill
Screwdriver
Sandpaper
Wood glue
Paint brush
1
1
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Verwandte Anleitungen für Opitec 106.887
Inhaltszusammenfassung für Opitec 106.887
- Seite 1 1x1 Loch Please Note Flat metal strip 3 Loch The OPITEC range of projects is not intended as play toys for young children.They are teaching aids for Flat metal strip 2 Loch young people learning the skills of Craft, Design and...
- Seite 2 Instructions 1. Transfer the chassis and seat plans to the plywood sheet ( Part 1) by measuring or tracing (Plans on page 7) Drill the 4mm and 3mm diameter holes Sand to finish 2. Bend the wire for the antenne as shown (pattern on page 9). Pattern 3.
- Seite 3 Instructions 6. Axle fixing Measure and mark a line 1mm past the first hole , left and right (in a 7 hole length of metal strip ) ( Use a felt tip pen ) Use a pair of pliers to bend the ends up at 90 degrees ( Photographs 6b-6c) Note: You can also bend the ends in a vice! An der gegenüberliegenden Seite den Flachstab ebenso einspannen und abwinkeln (U-Form/6e-6f ).
- Seite 4 Instructions 11. Slide the threaded rod in the metal axle holder then screw on the next pair of lock nuts (8) (After the end of the axle ) the finally finish with a domed nut. Slide the angle bracket ( Part 12 ) on the axle rod then a nut ( Part 8) ( photograph 11b ) Turn the threaded rod until the angle bracket lies against the lock nuts ( Photograph 11b ) Add two nuts ( Part 8) on the outside of the threaded rod so the it can turn ( photograph 11c-11d ) Finally add the second wheel and fix it with a domed nut ( Photograph 11e)
- Seite 5 Instructions 15. Insert a M4 x 10mm( Part 16) up through the last hole in the steering linkage ( Part 13 on steering wheel ) Then connect the free end of the 7 hole link ( Part 11 ) insert a machine screw from underneath and fix the two with a lock nut (23) so that the completed steering mechanisn.
- Seite 6 Instructions 18. Screw nut (Part 24)on the machine screw M3 x 35mm ( Part18) so that ca 20mm thread is free and then add the wooden bal l ( Part 27) then insert it further through the reflector (Part 19) adding an angle hole piece (Part 12) (long hole ) and finish with a washer and nut (Photographs 18a -18e ) 19.
- Seite 7 Plans SCALE:1 Pine strip Chassis Seat backs Seat backs E106887#2...
- Seite 8 Mondauto (Lunar Roving Vehicle) Das Lunar Roving Vehicle (LRV) war ein elektrisch betriebenes Fahrzeug, das in den USA für den Einsatz auf dem Mond konstru- iert wurde. Es wurde während der letzten drei der sogenannten J-Klasse-Apollo-Missionen bei Apollo 15, 16 und 17 mitgeführt, um die Beweglichkeit der Astronauten zu erhöhen.
- Seite 9 Instructions Plan view Biegeschablonen M1:1 Side view Öse Bend up at 90 degrees! Öse E106887#2...