#7337 en by Gigotoys

EXPERIMENTS

# 7337

8+ 256 10 AGES

PIECES

MODELS

Page Order

Index & Product Features

Suggestions to Parents & Safety Guidelines

Parts List

80X Motor & Notes for Assembly

Infrared Sending and Receiving & Infrared Remote Control Instructions P5 Understanding Robots P6 Understanding Gears

Solar System

Model 1 Mars Explorer

P9-17

Model 2 Space Shuttle

P18-24

Model 3 Shuttle Arm

P25-32

Model 4 Moon Car

P33-41

Model 5 Rocket Car

P42-50

Model 6 Satellites

P51-56

Model 7 Space Explorer

P57-65

Model 8 Astronaut

P66-73

Model 9 Space Fighter

P74-82

Model 10 Space Shuttle Similator

P83-90

Product Features

˙ Utilize gear combinations to complete 10 models with a galactic theme. ˙ All new infrared controller can independently control the forward/backward movement of 3 motors. ˙ 3 high capacity motors greatly increase torque.

Design

˙ The all new design of the infrared remote control has a maximum reception range of 8~10 metres and 4 independent channels so that children can play together without interference. ˙ All new infrared controller can independently control the forward/backward movement of 3 motors to allow the movement and actions of models to be even smoother. ˙ The included a 80X motor and 2 of 40X motors greatly increase torque to easily drive the models. ˙ You can hange the models if you want and build your own unique-looking robot.

Learning

˙ The 90-page colour manual clearly demonstrates the assembly of 8 models to allow children to happily experiment and practice with basic assembly. ˙ This instruction manual includes detailed steps for assembly along with physics and science applications so that children can acquire basic knowledge of machines and gears through play. ˙ Complete 10 galactic-themed models such as the moon train, mars rover, space robot, and more so that children can feel like they're in the galaxy of the Star Wars movies while they assemble the models.

Innovation 1

˙ Build and innovate with your own unique experiences and thoughts or guide children to use their ambitions and creativity to create different models and build their own robots.

Suggestions to Parents ˙ This science experiment play set lets your children learn the concepts of gears and machinery through play. The many steps of assembly can develop a child’s thinking ability and further lead them into the realm of science. ˙ Carefully read the safety warnings in the manual. We suggest that you assemble models according to the steps in the manual. You will quickly understand how to put the components together and furthermore create the types of models that you want. ˙ This toy set is suitable for children aged 8 and above. It allows children to explore machines and gears through the process of exploration and assembly of various models. ˙ Please teach your children battery precautions before they start assembling models. ˙ Do not place wires or other items in household sockets. This is very dangerous. The models are only suitable for use with ordinary batteries (1.5-Volt, AAA/LR03).

Safety Guidelines

Product Cleaning

˙ Loading and removing the battery should be carried ˙Please remove the battery from the battery box before out by an adult. cleaning it. ˙ Pay attention to the positive and negative polarity of ˙Use a slightly damp cloth to clean the parts. ˙Do not use detergent. the battery. ˙ Alkaline batteries are recommended. ˙ Different types of batteries or new and used batteries are not to be mixed. ˙ Use only recommended or similar type batteries. ˙ The supply terminals are not to be short-circuited. A short-circuit can cause the wires to overheat and the batteries to explode. ˙ Exhausted batteries are to be removed from the toy. ˙ Remove the battery when you've done playing. ˙ Dispose of used batteries in accordance with environmental provisions, not in household trash.

Caution Incorrect use of batteries may cause leakage, which could damage the surrounding environment, cause a fire or result in personal injury.

Warning ※Warning: do not directly rotate the motor's output axis (as shown in diagram).

This set of toys is not suitable for children under three years old. Young children might swallow the small parts. Keep toys in a place that children can't reach.

PARTS LIST 3

x14 x4

x11

x10 x46 x10 x4

Axle connector

Gear fixing

Axle

3-Hole dual rod

3-Hole round rod

3-Hole dual rod with pegs

Dual rod (side 2-hole)

Cam connector

3-Hole rod (2-side close)

5-Hole rod (side no hole)

7-Hole round rod

3-Hole rod

5-Hole rod (side 2-hole)

Dual rod (bottom no hole)ďź&#x2030;

Dual rod (side 2-hole)

7-Hole prolate rod

20 7-Hole prolate rod

Rod

22 Triangle connector

frame 23 Short (side 2-hole)

24 Bended rod

DR. Axle 70mm

S gear

Square frame (side 2-hole)

25 Square frame

90 degree converter (L)

32 90 degree converter (L) 33 90 degree converter (R) 34 90 degree converter (R) 35 Flat triangle

L gear

Worm gear

Turbo wheel (rim)

Plastic tire

Rubber tire

Hollow tube-30mm

Hollow tube-20mm

Extra loose peg

Peg

Two-in-one converter

Washer

Peg/Axle remover

M gear (4-hole)

40X Motor

Remote controlle (triple)

Receiver/80X Motor (triple)

Hollow tube-80mm

Ultrasonic sensor box (upper)

27 Engigoneer body

Ultrasonic sensor box (base)

Eyes sticker

S DR. Axle 30mm

DR. Axle 35mm

80X Motor

In this experiment set, we’ve used a special electric motor component; in this diagram you can see the internal structure of the component. In the electric motor box, there are 4 sets of intermeshing gears: A The speed ratio of gear A is 22:8 B The speed ratio of gear B is 22:8 C The speed ratio of gear C is 22:8 D The speed ratio of gear D is 32:8

A B C D

How to remove the battery

axis

When the motor spins and the gears of A, B, C, and D send power to the X-axis, the total speed ratio is 83:1, meaning the motor spins at a rate of 8300RPM. With outUse the "B" end of the Peg/Axle remover to take out the battery. put going through the gearbox to the X-axis, the rotation speed will be reduced to 100RPM, an 83X decrease; Notes for Assembly however, torque will increase by 83X.

1. Use the "A" end of the Peg/Axle remover to pull off the peg (Fig. a). 2.Use the "B" end of the Peg/Axle remover to pull out the axle (Fig. b). 3.Use the "B" end of the Peg/Axle remover to pull off the button fixer (Fig. c).

When attaching a gear or a tire to the framework with a drive axle, be sure to keep a gap of about 1 mm between the gear or the tire and the framework to decrease the friction caused in operation so that smooth motion can be assured.

Infrared Sending and Receiving Infrared technology is critical in modern life and it is widely applied in many places, such as your television set at home, the air conditioner, the stereo, and various types of remote controls. Infrared is an unseen wave of light that surrounds us but we cannot see it. Infrared light mainly comes from the sun but there are other objects that emit infrared light, such as light bulbs or even the human body. Ear thermometers use infrared light emitted from the human body to measure body temperatures. The principle of infrared remote controllers converts electronic signals into light; the transmiter within the remote control is also an encoder that blasts a signal according to code for the infrared receiver to receive, decode, then execute the function.

sun

Electromagnetic waves Invisible light T-rays

X-rays

Unit: microns

Near infrared 0.75

1.5

Invisible light

Visible light Ultraviolet rays

0.2

0.4

Infrared Violet Indigo Blue Green Yellow Orange Red

Middle infrared

0.75

Microwave

Radio

1000

Far infrared

4.0

1000

Light of life 8.0

14.0

Infrared between 8~14 microns is the most effective on the human body, hence the name "Light of Life".

(diagram 1)

Infrared Remote Control Instructions Channels 1â&#x20AC;&#x201C;4 on the remote control are for adjustment. When playing with others, use different channels so as to not interfere with the control of each other's models.

(diagram 2)

When the remote control's channel has been adjusted, the motor must be adjusted to the same channel (as shown in diagram 2 blue arrow). Once the two small motors are linked to the big motor, use the big motor to adjust channels. The left side of the remote control has a green button that controls the small motor on the left (as in diagram 2 green arrow). The red button on the right of the remote control controls the small motor on the right (as in diagram 2 red arrow). â&#x20AC;ťAs the controller's transmiter and receiver use power even on standby mode, when you are not using the infrared remote control or when assembling the model, toggle the switch to the 0 position and turn the power off. If not used for an extended period, please remove the batteries from the transmiter and receiver.

Understanding Robots Robots include any machinery that simulates life forms, whether they are humans, cats, dogs, or others. In the industrial world, manmade machines that automatically execute their tasks are also called robots and they are controlled by computer programs and used to work in the place of people. We see robot-related themes in movies and novels. For instance, The Terminator, The Matrix, and other films describe a world where machines have taken the place of humans. The term "robot" was coined in 1920 by Czechoslovakia writer Karel Capek in his novel Rossum's Universal Robots based on the word Robota (Czech origin, meaning "laborer, workers"). In 1939, New York's World Expo exhibited mankind's first robot, Elektro, a robot for the home. He could walk, talk, and even smoke but was not very good at doing housework. (diagram 3) In 1942, sci-fi novelist Isaac Asimov proposed the "Three Laws of Robotics" in a novel. Although merely a part of his novel, these three laws later became the unspoken development principles in the science world. (diagram 3)

"Three Laws of Robotics" Law 1: Robots cannot harm humans, and must ensure their safety. Law 2: Robots must obey human commands as long as they do not break the first law. Law 3: Robots must protect themselves as long as they do not break the first and second laws. In 1954, American George Wald invented the first programmable computer (technically, it was a robotic arm that repeated functions such as "grab" and "grip"). This was a critical milestone in robotics development and greatly changed industrial technology. (diagram 4) The development of robots has never stopped and today we have robots that can do simple tasks. It's undeniable that in the near future we will see robots that can fully mimic human functions. But will robots be able to think? This is another interesting question.

(diagram 4)

Understanding Gears In this modern industrial society, our lives are filled with gears. They are broadly applied for various uses and we come in contact with them every day in places such as the watch on your wrist, the alarm that wakes you up in the morning, the elevator that takes you up or down, and cars. They all utilize gears. Mankind's history of using gears goes a long way back and although we do not know the original inventor, we can trace usage to 300 B.C. to the Greek philosopher Aristotle (B.C. 384â&#x20AC;&#x201C;322) in his work "Mechanical Issues", which described using bronze or metal to forge gears that transfer movement. With technological developments, the materials used to forge gears are becoming sturdier and of all sizes for use in all kinds of places.

Standard gears are categorized Parallel axis: this includes spur gears, pin gears, herringbone gears, spiral gears, and rack gears.

Cross axis: crown gears, straight bevel gears, and helical worm gears.

Staggered axis: these are axis that are flat and also cross, such as skew bevel gears, crossed helical gears, hypoid gears, worm and worm gears.

Solar System Before we explore the galaxy, let's first get to know our solar system, the home of the Earth! For thousands of years in history, mankind believed that the Earth was the centre of the world (universe). During the Renaissance period (15th century), Polish mathematician and astronomer Nicolaus Copernicus (A.D. 1473â&#x20AC;&#x201C;1543) first proposed the theory that the world was round and formulated a model of the universe that placed the sun rather than the Earth at its centre, with all celestial bodies rotating around the sun. This theory was nearly universally unaccepted at the time and he was even viewed as a heretic. However, Copernicus' theory opened the window to astronomy and deeply impacted future astronomer Galileo Galilei (A.D. 1564â&#x20AC;&#x201C;1642) and both their achievements were milestones of astronomy. Galileo was viewed as the "father of modern astronomy", "father of modern physics", "father of science", and "father of modern science". His achievements include improving the function of telescopes to make observations of the heavens more accurate. He also provided scientific proof to many astronomy theories (such as objects affected by gravity increase movement speeds, etc.). The solar system is made up of a star (the sun) and 8 major planets that orbit the sun at the centre. The distance of the planets to the sun fromclosest to furthest is in the following order: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune.

Mars Explorer

Model

Mars Explorer (Curiosity)

Kit Contents 1

x 30

x 11

x 10

x 44

x 10

1 4 sets

Curiosity was the 3rd generation Mars rover built by the Mars Science Laboratory at NASA (National Aeronautics andÂ SpaceÂ Administration). It is 3 metres long, weighs 900 kg, and is mainly used to explore the Gale Crater on Mars as a part of NASA's Mars Science Laboratory mission. Curiosity travelled for nearly a year over a distance of 567 km to successfully land on Mars on August 6, 2012. Its primary mission includes exploring the climate and geological environment of Mars and collecting data to determine whether there are signs of life on Mars, or if Mars can provide an environment that supports life.

40 Plastic Align

41 Rubber

2 2 sets

Monkeys 1 Mars Explorer

Model

S 30mm alxe 1:1 DR. Axle 30mm1:1

5 41 40

6 41

S 30mm alxe 1:1 DR. Axle 30mm1:1

10 x2

Mars Explorer

Model

DR. Axle 35mm1:1

Hollow tube-20mm1:1

Lateral view Lateral view

Hollow tube-20mm1:1

15 14

DR. Axle 35mm1:1

Model

Monkeys 1 Mars Explorer

16 17

DR. Axle 35mm1:1

21 19 x4

Hollow tube-30mm1:1

S DR. Axle 30mm1:1

Mars Explorer

Model

24 Eyes sticker

Hollow tube-30mm1:1

DR. Axle 35mm1:1

Model

Monkeys 1 Mars Explorer

Connect to hole A

28 29

Hole A

Hole B

Hole B Hole A

Hole C Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Mars Explorer

Model

Monkeys 1 Mars Explorer

S DR. Axle 30mm1:1

x2 40

Mars Explorer

Model

PUSH

COMPLETE 17

Model

Kit Contents 1

Monkeys 2 Space Shuttle

Space Shuttle

Space shuttles are a type of rocket-propelled aircraft creatx1 x1 x1 x5 x3 x4 x2 x3 x2 x1 x4 x4 x3 ed to cross the barrier between 32 21 22 23 25 26 31 30 28 17 18 19 20 the ozone layer and space: the Karman line (approximately 100 km from the Earth's surx5 x4 x4 x4 x2 x2 x2 x1 x1 x2 x1 x3 x4 face). Although many countries 50 52 44 45 46 47 49 36 38 42 are developing space shuttles, only the U.S. and the Soviet Union have succeeded. Once x1 x3 x4 x 38 x 3 x1 x3 x1 x4 x1 the Soviet Union disbanded, they discontinued their space program due to lack of funding. Space shuttles look very much like aircraft and their winged design is for the purpose of using air brakes when returning to earth to slow their descent; space shuttles are a reusable type of flying machine used in space. In 2011 NASA officially ended its space shuttle program, ending 30 years of space travel that began with the Columbia in 1981. However, this announcement from NASA does not signify that space shuttle programs have ended; on the contrary, the U.S. has privatized the space industry and has allowed many aerospace engineering companies to participate in development, creating a win-win situation. The last space mission was held on 8 July 2011 by the Atlantis.

Hole A

Connect to hole B

Hole B

Hole C Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Space Shuttle

Model

View from above

S30mm alxe 1:1 DR. Axle 30mm1:1

Model

Monkeys 2 Space Shuttle

Space Shuttle

Model

12 Hole A

Hole A

S DR. Axle 30mm1:1

Model

Hollow tube-30mm1:1

Monkeys 2 Space Shuttle

19 20

Hollow tube-30mm1:1

Space Shuttle

Model

25 2 sets 26

Model

Monkeys Shuttle 2 Space

28 27

COMPLETE

Shuttle Arm

Model

Kit Contents 1

x 11 x 4

Shuttle Arm When robotic arms were first invented, they were a fixed device in the cargo hold of space shuttles and designated the role of heavy lifting as they could pick up and move equipment; when necessary, they could also be separated from the space shuttle. Later it was proved that they could act as the right arm in space as they can also execute very delicate tasks aside from being able to lift heavy objects. Former SPAR researcher Peter Chadwick once said: "The robotic arm has done things that far exceed what it was first invented for." (SPAR is the company that develops robotic arms for space.)

Model

Monkeys 3 Shuttle Arm

Hole A

1 Hole B

Hole B

Hole C Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

c ne

Shuttle Arm

Model

S30mm alxe 1:1 DR. Axle 30mm1:1 DR. Axle 35mm1:1 35mm alxe 1:1

9 27

Model

Monkeys 3 Shuttle Arm

Hollow tube-30mm1:1

Shuttle Arm

Model

13 DR. Axle 35mm1:1 35mm alxe 1:1

Hollow tube-30mm1:1

x4 37 37

大齒輪

Model

MonkeysArm Shuttle

DR. Axle 35mm1:1 35mm alxe 1:1

19 DR. Axle 35mm1:1 35mm alxe 1:1

Connect to hole B

Shuttle Arm

Model

Monkeys 3 Shuttle Arm

Hollow tube-20mm1:1

COMPLETE 32

Moon Car

Model

Kit Contents 1

x5 x2

x 21

x3 34

x2 53

x4 54

Moon Car The moon rover, as the name implies, is a vehicle that explores the surface of the moon and collects data, samples, and performs analysis. The moon rovers are separated into manned and unmanned type. The unmanned moon rover is basically an autonomous robot composed of a base, a cockpit, and a solar battery for power and power storage. The first unmanned Mars rover was the Soviet Union's Mars rover 1, which landed on the moon on November 17, 1970.

Model

Hollow tube-20mm1:1

Monkeys Moon Car

Hollow tube-30mm1:1

Moon Car

Model

S 30mm alxe 1:1 DR. Axle 30mm1:1

S30mm alxe 1:1 DR. Axle 30mm1:1

Model

Monkeys Moon Car

Hole A

Hole B

Hole C Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Connect to hole B Eyes sticker Stickers

Moon Car

Model

12 13

15 2 sets 卡進凹槽

41 Rubber

Model

Monkeys Moon Car

Align

16 2 sets

40 Plastic

18 19

DR. Axle 35mm1:1 35mm alxe 1:1

x2 38

Moon Car

Model

S 30mm alxe 1:1 DR. Axle 30mm1:1 Hollow tube-30mm1:1

Model

Monkeys Moon Car

Hollow tube-30mm1:1

40 40

Moon Car

Model

COMPLETE

Model

Monkeys 5 Rocket Car

Kit Contents 1

x7 40

x2 41

x 30

x2 22

x3 34

x4 28

x4 36

x6 52

Rocket Car Rocket transport cars are vehicles specifically used to transport space rockets. The rockets are placed on the platform at the rear of the transport vehicle; there are cranks at the ends of the platform that are for upward and downward movement. The transport has special equipment, such as the required communications system at the front and back of the vehicle. The vehicle also has a spare generator, hydraulic pumps, hydraulic accumulator, vehicle suspension, and cranks divided into four regions. This is all to ensure that the vehicle can continue its mission in any emergency situation.

Rocket Car

Model

1 2

Hollow tube-30mm1:1

3 4

Model

Monkeys 5 Rocket Car

6 2 sets

41 Rubber

7 4 sets

8 2 sets

40 Plastic Align 卡進凹槽

S 30mm alxe 1:1 DR. Axle 30mm1:1

30mm alxe 1:1

Rocket Car

Model

5 View from above

S 30mm alxe 1:1 DR. Axle 30mm1:1

Model

Monkeys 5 Rocket Car

DR. Axle 35mm1:1 35mm alxe 1:1

S 30mm alxe 1:1 DR. Axle 30mm1:1 30mm alxe 1:1

Rocket Car

Model

17 18

Hole A

Hole B

Connect to hole B

Hole C

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Model

Monkeys 5 Rocket Car

Hollow tube-30mm1:1

Connect to hole B

S30mm alxe 1:1 DR. Axle 30mm1:1

Rocket Car

Model

41 Rubber

Rubber

Model

Monkeys 5 Rocket Car

COMPLETE 50

Satellites

Model

Kit Contents 1

x 32

Satellites Satellites are celestial bodies that orbit stars and the moon is Earth's natural satellite. Manmade satellites are built by scientists on Earth to be space machines that are shot into space using rockets and space shuttles to orbit the Earth or other planets like natural satellites. There are many current uses for manmade satellites for systems such as communications and navigation; these are just one of the function s of manmade satellites. There are also other types of satellites such as weather satellites and astronomy satellites, etc.

Model

1 2 sets x2

Monkeys Satellites

2 2 sets

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Hole A

Connect to hole A

Hole B

Hole C

Connect to hole C Connect to hole A

4 Connect to hole C

Satellites

Model

View from above

Hollow tube-30mm1:1

9 8 2 sets

S30mm alxe 1:1 DR. Axle 30mm1:1

Model

Monkeys Satellites 6

11 2 sets

13 40 卡進凹槽 Align

Satellites

Model

Monkeys Satellites

COMPLETE

Space Explorer

Model

Kit Contents 1

x 10

x 27

x1 38

x1 50

x4 39

Space Explorer There are many limitations for humans who travel into space. The most important limitation, oxygen, severely limits human activity in space and that is why astronauts must wear space suits. However, robots do not have this limitation and that is why space exploration robots play a critical role in space technology. Before humans travelled into space, they already used exploration robots to explore outer space. Robots appear in many scifi movies such as the famous Star Wars series robot R2D2 who is loved by movie fans.

Model

Monkeys 7 Space Explorer

41 Rubber

2 sets 40 Plastic

卡進凹槽 Align

2 sets

4 DR. Axle 35mm1:1 35mm alxe 1:1

Space Explorer

Model

6 DR. Axle 35mm1:1 35mm alxe 1:1

9 S DR. Axle 30mm1:1

30mm alxe 1:1

Plastic

Model

Monkeys 7 Space Explorer

10 S30mm alxe 1:1 DR. Axle 30mm1:1

Hollow tube-30mm1:1

S 30mm alxe 1:1 DR. Axle 30mm1:1

Space Explorer

Model

14 15

S 30mm alxe 1:1 DR. Axle 30mm1:1

Model

Monkeys 7 Space Explorer

20 2 sets 21

S 30mm alxe 1:1 DR. Axle 30mm1:1

Space Explorer

Model

DR. Axle 35mm1:1 35mm alxe 1:1

25 41

DR. Axle 35mm1:1 35mm alxe 1:1

Model Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Monkeys 7 Space Explorer

Hole A

Hole B

Hole C

Connect to hole B

Connect to hole B Connect to hole A

Space Explorer

Model

COMPLETE 65

Model

Kit Contents 1

x 11 x 2 14

x 26

x2 33

x3 24

x2 25

x2 36

x1 39

Monkeys 8 Astronaut

Astronaut Astronauts are trained pilots that travel into space using space shuttles. Their training program includes the control and command of space shuttles, and flying in zero gravity. The world's first astronaut was Soviet Union astronaut Yuri Gagarin who rode the Oriental 1 into space on April 12, 1961.

Astronaut

Model

8 Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Hole A

Hole B

Hole C

S DR. Axle 30mm1:1

30mm alxe 1:1

Hole C

S 30mm alxe 1:1 DR. Axle 30mm1:1

Model

Monkeys 8 Astronaut

Connect to hole A

8 6

S 30mm alxe 1:1 DR. Axle 30mm1:1

7 Hole A

DR. Axle 35mm1:1 35mm alxe 1:1

9 68

Astronaut

Model

11 10

Model

Monkeys 8 Astronaut

14 15

17 Connect to hole C

Astronaut

Model

19 2 sets 18

Connect to hole C

Model

Monkeys Astronaut 8

2 sets

24 Align 卡進凹槽

26 25

Astronaut

Model

Eyes sticker

COMPLETE 73

Model

Kit Contents 1

x 11 13

x2 14

x9 17

x3 18

x2 23

x 11

x 41

Monkeys 9 Space Fighter

Space Fighter The human imagination is limitless. Although our understanding of outer space is still severely limited and we have not discovered any evidence to prove that alien beings exist, many sci-fi movies already depict stories of our imagination. In the Star Wars series or Star Trek movies, there are many space fighters in galactic battles. They speed through limitless space in scenes full of action, excitement, and enjoyment. Humans are now aggressively developing real space fighters that can go to space.

Space Fighter

Model

2 1 2

S 30mm alxe 1:1 DR. Axle 30mm1:1

S30mm alxe 1:1 DR. Axle 30mm1:1

Connect to hole A

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Hole A

Model

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Monkeys 9 Space Fighter

DR. Axle 35mm1:1 35mm alxe 1:1

Hole B

Connect to hole B Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Hole A

Connect to hole A

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Connect to hole B

Hole B

DR. Axle 35mm1:1 35mm alxe 1:1

Space Fighter

Model

Monkeys 9 Space Fighter

S 30mm alxe 1:1 DR. Axle 30mm1:1

Space Fighter

Model

21 20

DR. Axle 35mm1:1 35mm alxe 1:1

23 1

24 2

Model

Monkeys 9 Space Fighter

26 Connect to hole B

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Hole B

1 2

2 1

29 Connect to hole B

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Hole B

Space Fighter

Model

Hollow tube-30mm1:1

Model

Monkeys 9 Space Fighter

COMPLETE 82

Space Shuttle Simulator Model

Kit Contents 1

x10

x3 20

x 23

FRHYADSR

20024

2012024ADSR

x1 30

Space Shuttle Simulator Space shuttle simulators are cockpits and pilot environments that mimic flight in space and are a tool for training astronauts. These tools are broadly used in various types of flight training. Space flight simulators are an extension of that field, as space flight requires a lot of time for preparation. Pilots of space shuttles train in these simulators and that is why space flight simulators play a critical role in the training of astronauts.

Model

Monkeys Space Shuttle Simulator 10

2 2 sets

Hollow tube-30mm1:1

Assembly reminders Pay attention to the labels and positioning of the English letters on the gear holes as they are helpful in the assembly process.

Hole A

Hole B

Hole C

DR. Axle 35mm1:1 35mm alxe 1:1

Space Shuttle Simulator Model

5 2 sets 6

Connect to hole B

7 8

Model

Monkeys Space Shuttle Simulator 10

DR. Axle 35mm1:1 35mm alxe 1:1

Connect to hole B

Space Shuttle Simulator Model

12 13

S DR. Axle 30mm1:1

30mm alxe 1:1

DR. Axle 35mm1:1

35mm alxe 1:1

16 2 sets 15

Model

Monkeys Space Shuttle Simulator 10

View from above

Space Shuttle Simulator Model

26 25 DR. Axle 35mm1:1 35mm alxe 1:1

Model

Monkeys Space 10 Shuttle Simulator

COMPLETE 90

EXPERIMENTS

# 7410

R21#7337-3