| Contents
Parts List....................................................................................... 3 Description of the Solar Principle........................................................ 4 How to Use the Power Pack with Rechargeable Batteries......................... 7 How to Use the 4.5V Solar Power Pack................................................. 8 How to Use the Sun Collector............................................................. 9 Application for the Wind Power Experiment......................................... 10 Buoyancy Bottles and Propeller....................................................................................11 About GIGO Gears................................................................................................................12 Tips and Tricks for Model Building.................................................................................14 Simple Charging Model 1. ................................................................................................15 Simple Charging Model 2. ................................................................................................16 Model 1 Solar Charging Station......................................................................................17 Model 2 Moon Energy Supply Base...............................................................................21 Model 3 Wind Power...........................................................................................................23 Model 4 Motorcycle............................................................................................................26 Model 5 All Terrain Vehicle...............................................................................................29 Model 6 Robot Dog..............................................................................................................31 Model 7 Solar Fan................................................................................................................33 Model 8 Crazyacing bike...................................................................................................37 Model 9 Rotating Helicopter...........................................................................................41 Model 10 Thunder Driller...................................................................................................46 Model 11 Robot....................................................................................................................51 Model 12 Oil Driller..............................................................................................................57 Model 13 Soyuz Space Station.......................................................................................63 Model 14 Lunar Module......................................................................................................68 Model 15 Beagle Mars Rover........................................................................................... 74 Model 16 Mars Buggy.........................................................................................................80 Model 17 Moon Buggy........................................................................................................87
RECOMMENDATIONS 1. Please read the instructions carefully, follow the safety rules and keep them for reference. We recommend that you make the models in the given order. You will then be able to understand the parts assembly which will give you the freedom to build as many models as you can imagine. 2. This kit is suitable for children 8 years and up. With assembling each model, children discover and learn solar power, wind power and a variety of mechanical functions. 3. Parents discuss the safety warnings and possible risks involved with children before allowing them to build the models. 4. Do not insert the wire connectors or any other component into an electrical socket, this can cause serious damage to the component and yourself. This kit can only be used with rechargeable batteries (remove the solar panel according to the instructions when using ordinary batteries to power the models). 5. Cleaning： ● Please take out the batteries before cleaning. ● Never use a detergent. Only use a cloth that has been slightly dampened with water. 6. If the solar power pack falls into water, immediately take out the batteries and using a hair dryer, blow dry the solar power pack or place it in sunlight to dry. If the unit doesn't function, please call customer service, do not attempt to disassemble the unit yourself.
SAFETY GUIDELINES 1. Do not use general batteries to be charged in this unit. 2. Only use rechargeable batteries to be charged under the supervision of an adult. 3. Different types of batteries (alkaline, standard or rechargeable) new and used batteries are not to be mixed. 4. Only batteries of the same or equivalent type as recommended are to be used. 5. Batteries are to be inserted with correct polarity positive + and negative -. 6. The supply terminals are not to be short-circuited. 7. Exhausted batteries are to be removed from the toy. 8. Pay attention to the warning notice and charging times included with the rechargeable batteries. 9. Remove batteries from the toy before prolonged storage. 10. Misuse of batteries can cause danger of fire, explosion and personal injury.
Model 18 Missile Defense Rader Vehicle.....................................................................92 Model 19 Deep Ocean Survey Vehicle..........................................................................97
WARNING TO PARENTS
Model 20 Apache Attack Helicopter.......................................................................... 104
This kit is not suitable for children under 8 years of age. It contains small parts that a child could swallow. This kit must be kept out of the reach of very young children.
Model 21 Amphibious Yacht......................................................................................... 108 Model 22 Amphibious Reconnaissance Aircraft.................................................... 112
2
R21#7362
Parts List | Solar Master 1
2
11
12
3
13
14
4
16
15
5
17
6
19
18
7
8
9
22
20
10
24
23
21 25
26
27
30
29
32
39
40
41
42
PARTS NAME
PARTS NAME
NO PCS
1
Wheel 56mm 1
4 新輪胎
14 4
Sun Collector 2
2 聚光片
2 3 4
PCS
43
NO
NO
35
36
37
31
28
38
34
33
4.5V Solar Power Pack太陽能馬達組 1 3 Bottle4Ring
4 浮力瓶束環
Buoyancy5 Bottle
浮力瓶 2
44
NO
PARTS NAME
PARTS NAME
PCS
45
PCS
1
1
15 2
L Chain Gear 14 L Chain Gear Gear Chain Gear 15 M Chain M
1
1
16 1
S Chain Gear 16 S Chain Gear
1
4 17
Gear Fixing 17 Gear Fixing
6
NO
NO
46
PARTS NAME
PARTS NAME
27 27 28 28
Dr.Axle Axle10cm 10cm LLDr. MotorAxle Axle Motor
1
29 29
RodConnector Connector Rod
6
30 30
Long LongRod Rod (Yellow) (Yellow)
47
48
50
4
4
40
PARTS NAME NO PARTS NAME PCS Bended Rod2 40 Bended Rod
2
2
41
90 Converter-L Degree Converter-L 41 6 90 Degree
6
1
1
42
90 Dergree Converter-R 42 6 90 Dergree Converter-R
6
4
4
43
43
Short Blade 4 Super Fixer
3
PCS
PCS
49
NO
PCS 2
2 18
Universal Adaptor 1 18 Universal Adaptor
1
31 31
XL Dr. Dr. Axle Axle 15cm XL 15cm
2
2
44
44 短風車葉片 80T Gear 3
2
6
Prolate Rod6(7 holes) 7孔扁長條 8
8 19
Short Frame 19 Short Frame
4
4
32 32
3-Hole 3-HoleRod Rod
4
4
45
45
80T GearWorm Gear 2
1
7
Prolate Rod7(11 holes) 11孔扁長條 8
8 20
4
4
4
4
46
4
Dual DualRod Rod
4
4
47
1 M Dr. Axle 6cm 46 Worm Gear M Dr. Axle 6cm Long Frame 2
6
4
33 33 34 34
5-Hole 5-HoleRod Rod
21
Rod (Gray) 20 Rod (Gray) Rod (Yellow) 21 Rod (Yellow)
6
22
Square Frame
4
S Dr. Axle 3cm
2
Peg / Axle Remover
1
5
8
8 Joint Sawtooth
9
Propeller
10
Extra Loose Peg
鋸齒關節 2
2
9
螺旋槳
10
Extra Loose Peg
10
23
11
Axle Connector
7
24
12
Unit Chain (Black)
30
25
13
Unit Chain (Yellow)
30
26
11
Axle Connector
12
Unit Chain (Black)
13
Unit Chain (Yellow)
1
10 7
30 30
22
23 24
25 26
S Gear (20T)
S Gear (20T)
M Gear (40T)
5
M Gear (40T)
4
L Gear (60T)
3
L Gear (60T)
Axle
Axle
Cam Connector
Cam Connector
4 3
5 4 3 4 3
35 36 37 38 39
35 36 37 38 39
Square Frame
S Dr. Axle 3cm
Peg / Axle Remover Peg
Peg
Two in One Converter
Two in One Converter
40 10
4 2 1 41 10
48 49 50 51 TOTAL
47
48 49 50 Total
Long Frame Washer
Washer
4 1
Button Fixer
Button Fixer
3
Dr. Axle 7cm
Dr. Axle 7cm
1
262
4 1 7 1 272
3
| Description of the Solar Principle
I. Power generating principle of solar wafers: Solar cells are created using the manufacturing process of semiconductors. They are photonic components capable of transferring energy. In other words, the power generating principle of solar photonics utilises solar cells to absorb sunlight between the wavelengths of 0.4Οm～ 1.1Οm (particularly for silicon wafers), which then transfer solar energy directly into power, the power generated is direct current.
electrode antiglare layer
solar energy
n-type semiconductor p-type semiconductor
electrode
load
electric current
solar cell
Figure 1. Power generating principle of solar wafers
II. Features of the 4.5V solar energy-charged motor box. 4.5V/130mAh Solarpanel
3 Channel Mode Switch
M
Motor & 33.7X Gearbox
M AAA 1.2V Rechargeable BAT. x2
LED Light x2 The hole for drive axle
4
Features: An innovative design that best suits its users, which combines solar energy power generation, solar energy power charging and motor operation.
1. The use of a 4.5V solar panel of the size 85*62mm, which comprises 9 strips of solar wafers that are 0.5V each, is to generate the highest possible solar energy using minimal surface with the finest production processes. 2. Capable of charging two AAA rechargeable batteries (1.2V) during the operation of the model.
Description of the Solar Principle | Solar Master
3. Three-phase switch: Phase one: drive mode. Connect the solar panel to the charging motor box and turn on the switch to phase one. The motor will immediately rotate clockwise and the LED indicator on the right will go on. Phase two: charging mode. Turn the switch to phase two to use the solar panel for charging. Phase three: drive mode. Connect the solar panel to the charging motor box and turn the switch to phase three. The motor will rotate Counterclockwise and the LED indicator on the left will go on. 4. Sun collectors (solar energy condenser): Use 1 or 2 sun collectors to increase the intensity of light, this can be adjusted in accordance with the intensity of the sunlight. The increased solar energy from the sun collectors optimises the solar energy required by the fixed size solar panel. 5. Gear reduction ratio and increased torque of gearbox: 3 sets of built-in compound gear trains, gear reduction of 33.75 and increased torque of 33.75.
30 36 Gear ratio= 20 x x = 33.75 8 8 10 A
B
C
D
Motor
5
| Description of the Solar Principle Application of the 4.5V solar energy-charged motor: The optimal design that combines multiple advantages for compound solar energy exploitation.
Scenario: 1. Under the sun Rotate in accordance with the course of the sun. The 4.5V solar panel can be freely adjusted for maximum efficiency.
Up to 120ยบ tilt angle and 360ยบ horizontal rotation, allows the solar panel to rotate freely and acquire maximum sunlight at any given time.
6
3-phase operating mode: Switch to the left produces a clockwise rotation of the motor and the right LED indicator goes on. Switch in the middle is the charging mode, use this mode when the model is not in use and place it under the sun. Allow for the rechargeable batteries to recharge, which will take between 4-6hrs. Switch to the right produces a Counter-clockwise rotation of the motor and the left LED indicator goes on. Top feature: Extra solar energy is stored in the 2 AAA rechargeable batteries, this is done whether the model is in operation or not.
How to Use the Power Pack with Rechargeable Batteries | Solar Master â—?
How to use the Power Pack with Rechargeable Batteries (Please use AAA Rechargeable Batteries Only) :
1. Remove the Cover
2. Insert a 1.5V AAA Rechargeable Battery (Follow the + / - Polarity Mark)
4. Put on the Cover
3. Insert another 1.5V AAA Rechargeable Battery (Follow the + / - Polarity Mark)
5. Set up the 4.5V Solar Panel
The Fuse with the Power Pack The enclosed fuse is mounted by SMT (Surface-Mount Technology) which will protect the kit from short-circuits and over-heating. It will prevent overloads by interrupting the flow of current to the connected circuits. It will also cool down and re-set itself when the short circuit has been eliminated, this feature eliminates the need for replacement fuses.
6. Remove Batteries from the Power Pack when not in use
Warning Use Only AAA Rechargeable Batteries for this Product, non-rechargeable batteries are strictly prohibited. Suggestion : 1. Use the 4.5V Solar Panel in sunlight as much as possible to drive the models, you'll get the greatest power. 2. Use the Solar Panel to fully charge the batteries before indoor use.
7
The Power Pack Pack Condition
Mode Switch
| How to Use the 4.5V Solar Power How to Use the 4.5V Solar Power Pack
Charging Efficiency
The Batteries Working Time after 1 hour Charging
Usage
Motor Rotating Clockwise, LED On
40 - 50mAh
45 min approx.
Charging while playing with models
Motor Stops, LED Off
3
Motor Rotating Anticlockwise, LED On
130mAh 40 - 50mAh
1.5 hr approx.
Charging
45 min approx.
Charging while playing with models
SUN
45 min approx
2
Motor Stops, LED Off
130mAh
1.5 hr approx
3
Motor Rotating Anticlockwise,
Motor Rotating Clockwise, LED On
2
Motor Stops, LED Off
3
Motor Rotating Anticlockwise, LED On
Remark: The test values in the table are under the conditions of a sunny day (sunshine rate 1000 W/m2)
SUN
SUN
Mode Switch The Power Pack Condition 1
Motor Rotating Clockwise, LED On
2
Motor Stops, LED Off
AAA x2. Rechargeable3Batteries
Solarpanel
_
Step 3. Motor + Rotating Anticlockwise, Switch the operation mode LED On + _ 3 Channel Mode Switch
M
Solarpanel Switch to
Battery
Step 2. Put on the cover
Battery
M
Mode 2
Solarpanel Switch to or
Motor
Mode 1 and 3
Attention! Do not charge general batteries in this unit, due to possible explosion and personal injury.
8
40 - 50mAh
1
Remark: The test values in the table are under the conditions of a sunny day (sunshine rate 1000 W/m2)
Step 1.
Motor Rotating Clockwise, LED On
Mode Switch The Power Pack Condition
The Power Pack Condition
2
1
45 min approx
Without recharging the batteries, you can still use the solar panel to supply 4.5V 130mA of electricity to the motor and work the models directly. The motor efficiency rises approximately 1.5 times when not charging batteries. There are 3 operating positions shown in the table below.
There are 3 modes as the table shows below. All of them with charge function but the efficiency depends on different loads. Mode 2 has the best efficiency because it has no load except to supply electricity from the solar panel to the rechargeable batteries. The efficiency for modes 1 and 3 is a little lower than mode 2, this is due to supplying electricity to the motor.
1
The Batteries Working Time a 1 hour Chargin
40 - 50mAh LED Onthe motor Using solar power to drive directly :
Using solar power to drive the motor and charge at the same time :
Mode Switch
Charging Efficiency
Switch the operation mode 3 Channel Mode Switch
M
M Motor
Without batteries inside
How to Use the Sun Collector | Solar Master How to Use the Sun Collector : Scenario: Scenario – Overcast, Rainy Day or Indoors :
Scenario: Scenario - Slightly Cloudy or Weak Sunlight during Winter : The sun collector can be used to increase the sunlight for the solar panel and raise the electrical power supply.
Where solar energy is not available, the power stored in the rechargeable batteries will immediately kick in, providing you with green solar energy anytime, anywhere. You may also dismantle the solar panel at anytime and use the general batteries instead to drive the motor (Attention! Dismantle the solar panel before using the general batteries, see the illustration below). You may even remove the AA rechargeable batteries to be used with other products!
1.For the best position, move and adjust the sun collector to reflect sunlight onto the solar panel. 2.If it’s not easy to find the condensing area of the sunlight reflected by the sun collector,use a white piece of paper to put on the solar panel and adjust the sun collector to aim at it (see illustration below). 3.You can set up the 2 simple models below to compare the difference between 1 sun collector and 2 sun collectors (you can also learn from the 2 different set ups). Attention!
1.Do not use the sun collector on a sunny day without any clouds. (it must be cloudy). 2.Use the sun collector under adult supervision. Reflected sunlight or other light from the sun collector may cause serious injury to the eyes and body. Use with caution.
SUN SUN SUN
SUN SUN SUN
Paper Paper Paper
Paper Paper Paper
Put the white paper on the solar panel and adjust the sun collector to condense the sunlight.
SUN SUN SUN
Attention! Dismantle the solar panel before using the general batteries.
Remove the white paper.
Using 2 sun collectors to condense the sunlight.
9
| Application for Wind Power Experiment
Application for Wind Power Experiment With Scientific experiments through wind power, children can learn about the physical concepts of wind power and electricity. Let children learn about wind power the most environmentally green energy source and let them create their own wind power models (you can also refer to model-3). Industrial Fan — The Windmill with Short Blades
Another Experiment: Try to fix the angle of the blades and experiment with different gear ratios (see the illustration below) – A (1:3), B (1:1), C (3:1) see the difference in generated electricity by observing the LED.
You can adjust the distance between the industrial fan and the windmill according to different situations.
C(3:1) C(3:1) 100 cm
A(1:3)
Step 1.
B(1:1) Pay attention to follow the steps before the experiment:
Step 2.
Step 1. Dismantle the solar panel. Step 2. Remove the rechargeable batteries. Step 3. Position the switch to "O".
10
Step 3.
Model-3. Wind Power
Buoyancy Bottles and Propeller | Solar Master Buoyancy Bottle and Propeller The buoyancy bottle and propeller are applied to the model-19, model-20, model21 and model-22 which provide the models buoyancy on the water and the power to move the models forward and backward. You can see tips below which help the models work more efficiently.
Propeller Water Line
Model 13.
Keeping the propeller under the water can be more powerful than above the water line.
Buoyancy Bottle and Bottle Ring Use the ring to fix and connect the buoyancy bottle with other components. Keep the balance of the model and note the water line for the buoyancy bottle which depends on the weight of the model, the water line will be mostly in the middle of the bottle as shown in the illustration below.
Water Line
Propeller
Bottle Ring Buoyancy Bottle
Attention! 1. Do not experiment with the models in deep or dangerous water, only under adult supervision should you experiment in such places. 2. If the solar power pack falls into water, immediately take out the batteries and using a hair dryer, blow dry the solar power pack or place it in sunlight to dry.
11
| About GIGO Gears
Gears of SOLAR MASTER contain “Spur Gears” (gear wheel to gear wheel) meshing in the same plane and regulating speed or direction of turning of the shafts and “Bevel Gears” (the rounded off sections on one edge of your gears in the set) meshed together to change direction at right angles to the initial turning plane of the gears and shafts (axles).
DID YOU KNOW ? C is called an idle gear. It connects two other gears together but does not actually drive anything itself.
B A
C
1.Try putting a red 20-tooth gear in mesh with two yellow 60-tooth gears.Turn A. Does B turn faster, slower or at the same speed as A? If you turn A clockwise, which way does B turn? Do you think it would make any difference to A or B if you put a larger idle gear inbetween them? Try it. Did you notice any difference?
2.Connect 4 small gears in a row along one edge of a base grid. What do you notice about the direction in which they turn?
12
3.Assemble two yellow 60-tooth gears and a blue 40-tooth gear as shown.Can you explan why the gears will not turn?
About GIGO Gears | Solar Master C C C 1. The power transmission of chain gears depends on chains instead of meshing each other. The teeth of chain gears must go with chains. The “working� diameters of the chain gears are about 10mm (10-tooth), 20mm (20-tooth) and 30mm (30-tooth). Try to ensure that when connecting drive chains they are neither too tight nor too loose so that the motion of one is transmitted efficiently to the other. If the lengths cannot exactly fit the distance a little looser will work better than a little tighter, only that the drive chains come off the chain gears. This system can be found in normal bikes or escalators. 2. Connect a 10-tooth chain gear to a 30-tooth chain gear as shown.
A
B
5. Try chaining a 10-tooth chain gear and two 30-tooth chain gears together. Turn A clockwise. What happens to B and C? Do they turn in the same direction? Do they turn at the same speed? 6. Try to chain the 10-tooth chain gear C as shown. Turn A clockwise. What happens to B and C? Do they turn in the same direction? Do they turn at the same speed?
A A A
A A A
B B B C C C
B B B
7. By connecting two sets of chain gears together three speeds can be obtained.
3. Use a pencil point, or something similar, to turn B. Which way does A turn?
This system is widely used in transmission bikes by adding a gear shift in between.
Would this be the same if A and B were two gears in mesh? How many times would you have to turn A for B to rotate once? The gear ratio of these two chain gears would be _ to _ ? 4. Repeat the experiment for the two other arrangements and make a table of your results for all three.
A A
B
B
13
| Tips and Tricks for Model Building
1.Both peg and axle connector can be used to join rods and frames. (Fig. 1-1)
4.When fixing a gear or a tire onto the framework with a drive axle, be sure to keep a gap of about 1mm between the gear or the tire and the framework to decrease the friction caused in operation so that a smooth motion can be expected. (Fig. 3)
But only an axle connector can make the rod turn on the frame after being joined. (Fig. 1-2)
5.Try to ensure that when connecting drive chains they are neither too tight nor too slack so that the motion of one is transmitted efficiently to the other. If the lengths cannot exactly fit the distance, a little looser will work better than a little tighter.
2.Use a L Dr. Axle to push the Axle Connector out of the rod. (Fig. 1-3) PEG
AXLE CONNECTOR
or
PEG
AXLE CONNECTOR
or
AXLE CONNECTOR 6.Chains can be connected with each other to an intended length and linked end to end to become a drive chain.
AXLE
7.Ensure to get the faceCONNECTOR of chains when connecting to each other so that the transmission can be done efficiently and smoothly. (Fig.4) 8.Use the end “A” of Axle/Peg Remover to pull off the peg. (Fig. 5) 9.Gear fixing can easily be mounted on axles without moving gears or axles to keep the gears and axles from slipping.(Fig. 6) Fig. 1-1
Fig. 1-2
Fig. 1-3
10.The Fig. 2 wires can be kept neat and tidy by winding them around a driving axle. (Fig. 7) Fig. 1-1
Fig. 1-2
Fig. 1-3
Fig. 2
E
3.Frames can be connected directly to each other end to end. (Fig. 2).
CONNECTEUR D’ARBRE
OK! (with gap)
NG! (without gap)
Fig. 3
OK! (with gap)
NG! (without gap)
Fig. 3
Fig. 1-2
14
Fig. 4 Fig. 1-3
Fig. 5 Fig. 2
Fig. 6
Fig. 7 Fig. 4
Fig. 5
Fig. 6
Fig. 7
Simple Charging Model 1 | Solar Master 1
2
49 49
3
2
3
8
30
x1
x1
x1 x1 34
35
38
48
49
x1
x1
x1
x1
x2
Dimensions:300(L)x300(W)x150(H)mm
Completed
15
| Simple Charging Model 2 1
2 49 49
x2
3
2
3
8
30
x2
x2
x2 x1
16
34
35
38
48
49
x2
x1
x2
x1
x4
Completed Dimensions:300(L)x300(W)x280(H)mm
Model-1 Solar Charging Station | Solar Master
1
2
3 1
2
x3
x1
3
6
7
x2
x5
46
x1 10
11
16
17
x10
x1
x1
x2
20
21
x4
x4
19
4
x4 22
23
24
25 26
29
27
30
x2 x5
x3
32
x4 44
x2
x3
x3 x1
33
34
x3
x2
x1
x2
38
39
42
x39
x10
x4
35
x4
x4
31
49
x2
45
46
48
x1
x3
x4
Dimensions:360(L)x360(W)x470(H)mm
46
17
| Model-1 Solar Charging Station
5
7
6
31
27
8
9
10
x4 25
18
Model-1 Solar Charging Station | Solar Master
11
13
12
14
15 31 46
17
16
25
19
| Model-1 Solar Charging Station
19
18
27 11 25 26
20
21 49 49
20
Completed
Model-2 Moon Energy Supply Base | Solar Master 1
2
3
36
46
1
2
x3
x2
3
6
7
x7
x8
4 46
x1 10
11
15
16
17
18
19
x10 x6
x1
x1
x2
x1
20
21
x4
x4
11
5 11
x4 22
23
24
25
26
x3
x4
x2
x4
x1
32
33
34
35
36
38
39
40
41
42
49
x4
x3
x4
x4
x1
x39
x7
x2
x3
x4
x4
44
x2
27
30
x2
x4
45
46
48
x1
x5
x4
Dimensions:300(L)x300(W)x400(H)mm
21
| Model-2 Moon Energy Supply Base 7 6
A
49
8
49
x2
25 25
9
46
11
10
27
46
22
Model-2 Moon Energy Supply Base | Solar Master
12
11
13 27
25 25
11
15
16
26
14 11
46
11
23
| Model-2 Moon Energy Supply Base
17
19 +A
18
Completed
24
Model 3 Wind Power | Solar Master
1 3
2
5 4 3
6
7
x1
x4
10
12
13
x10
x26
x25
27
27
x1 14
15
16
18
x1
x1
x1
x1
19
20
21
x4
x3
6 7
x4 22
23
29
27
24
30
31
x4 x3
x4
x3
x1
x4
8
x2
32
33
34
35
36
38
39
x4
x4
x3
x4
x1
x38
x3
45
47
48
49
x1
x1
x4
x3
43
x3
44
x2
Dimensions:300(L)x440(W)x600(H)mm
27
25
| Model-3 Wind Power 11
9
12
10 x51
14
13
15
17
16 31
x2
26
Model 3 Wind Power | Solar Master
18
20
19 36
31
27
21
Completed
27
| Model-4 Motorcycle 2
1
4
3
3
7
10
11
17
18
x4
x10
x3
x1
x1
46
x1 19
20
21
x4
x2
22
23
24
x2
x3
x1
x1 25
x1
28
x2
x1
30
x4
32
33
x2
x3
34
35
38
39
40
41
42
x4
x4
x27
x8
x1
x3
x5
43
x2
28
27
44
x2
46
48
49
x1
x2
x2
Dimensions:410(L)x210(W)x260(H)mm
5
6
Model-4 Motorcycle | Solar Master
7
8
9
11
25
11 11
11
12
10
29
| Model-4 Motorcycle 14
13
15
16
27
17
18 Completed
27
30
Model-5 All Terrain Vehicle | Solar Master 1
3
46
put drive chain on L chain gear. 46
2
1
3
x4
6
7
10
x5
x3
x6
28
x1 12
13
14
16
x19
x19
x1
x1
x38
19
4 x3
20
x1
22
23
24
x2
x1
x1
28
x1
30
31
33
34
x1
x2
x2
x4
35
38
39
40
46
x4
x16
x4
x1
x2
Dimensions:250(L)x170(W)x190(H)mm
x2 31
| Model-5 All Terrain Vehicle
7
5
31
x2 6
Completed 31
8 9
32
Model-6 Robot Dog | Solar Master 1
2
3
3
11
17
x6
x4
4
19
x1
x3
20
21
x4
x4
25
26
x2
x2
22
23
x4
x4
27
28
x2
x2
35
38
39
40
x2
x8
x2
x2
42
48
x2
x2
Dimensions:270(L)x95(W)x175(H)mm
5
6
11
27
25 26
33
| Model-6 Robot Dog 7
9
10
8
28 27
11
25 11 11 26
11
12
11
11
Completed
34
Model-7 Solar Fan | Solar Master A-1
A-2
A-3
x2 A-4
x2
A-5 A-6
3
6
7
x2
x4
10
11
16
17
x10
x2
x1
x4
x1 19
18
x1
20
21
x1
x4
22
23
24
x4
x2
x1
A-7
A
x4 27
29
30
32
33
34
x2
x1
x4
x4
x4
x4
35
38
39
40
41
42
43
x4
x40
x8
x2
x1
x4
x3
44
x2
45
46
48
49
50
x1
x2
x4
x3
x1
Dimensions:230(L)x430(W)x610(H)mm
35
| Model-7 Solar Fan
B-1
B-2
B-3
B-4
x2
C-1 B-5
C-2
B 11 27
11
46
C-3 46
36
Model-7 Solar Fan | Solar Master
C-4
C-5
C-6
50
7cm Dr. axle
C-7
C-9
27
C-8
37
| Model-7 Solar Fan
C-10
A+B+C
C
step 1
step 2
A+B
Completed 16
38
Model-8 Crazyacing bike | Solar Master
2
1
46
46
4 2
x1 12
6
7
x4
x3
3
8
10
11
x1
x10
x6
x1 15
13
16
20
19
18
17
22
23
x4
x4
3
x4 x23 x23
x1
x1
x2
21
x1 x4
24
25
x3
x1
26
x2
x2
29
30
31
x1
33
34
x4
x4
x4
x1
28
x3
32
43
27
x4
x4 44
x2
x1
36
38
39
40
x1
x26
x1
x2
35
x4
x46
41
42
x2
x3
45
46
48
49
x1
x2
x3
x3
Dimensions:390(L)x390(W)x390(H)mm
Put drive chain on the M and S gears.
39
| Model-8 Crazyacing bike 5
6
7
11 11 11 11 26
26
8 9 27
40
10
Model-8 Crazyacing bike | Solar Master
11
13
12
31
28
27
14
16
15 25
11 36
11
26
41
| Model-8 Crazyacing bike
17
18
49 49
Completed
19
42
Model-9 Rotating Helicopter | Solar Master
1
3 2
x3
4 4
3
x2
x1
5
6
7
x2
x7
x7
14
15
16
17
x1
x1
x1
x3
19
10
12
13
x7 x30 x22
20
21
x4
x2
5
x4 22
23
24
25
x5
x4
x2
x2
29
27
30
x2
31
x1 39
40
41
42
x9
x2
x2
x2
x4 x1
32
33
34
x4
x4
x4
44
x2
35
x4
36
38
x2
x39
45
46
48
x1
x4
x4
Dimensions:450(L)x365(W)x265(H)mm
43
| Model-9 Rotating Helicopter 6
7
8
9
25
11
10
12
A 46 27
44
Model-9 Rotating Helicopter | Solar Master 14
13
15
16
A
46
17 20
x52
19
18
25
46
45
| Model-9 Rotating Helicopter 22 23 21 46
31
24 27
46
Model-9 Rotating Helicopter | Solar Master 25
28
27
36
26
x2
30 Completed
29
The gears must be meshed.
47
| Model-10 Thunder Driller
1
11 11 11
2 11 11 1
6
3
x6
x4
9
10
11
12
13
x1
x3
x7
x30
x30
11
x1 14
15
16
17
x1
x1
x1
x3
19
20
21
x3
x3
3
x4 22
23
x3
27
30
x3
31
x1
x4
x4
32
33
34
35
36
38
39
40
41
42
x2
x3
x3
x3
x1
x25
x6
x2
x4
x2
x2
x3
26
25
x4
44
48
24
x2
46
48
50
x3
x4
x1
Dimensions:415(L)x155(W)x295(H)mm
27
Model-10 Thunder Driller | Solar Master
4
5
31 25
6 25
46
25
7
8
49
| Model-10 Thunder Driller 9
11
10
27
12
13 14
46
31
15
50
50
Model-10 Thunder Driller | Solar Master
17 16
36
46
18
51
| Model-10 Thunder Driller
20
19
26
11
27
Completed
21
x60
Put on and buckle up
52
Model-11 Robot | Solar Master
1
2 50
15
1
2
x4
x2
8
9
4
3
x2
x1
10 11 12 13
14
15
16
5
6
7
x2
x5
x4
21
x2
x1 x10 x6 x30 x29
x1
x1
x1 x2
x1
23
25 26
24
28
x5
x4
x3
29
27
x1 x2
x4
31
x1
31
x2
32
33
34
35
36
38
39
40
41
42
x4
x4
x4
x4
x1
x40
x2
x2
x6
x6
43
x3
44
x2
x4
30
x2
x2
4
x4
x4 22
3
20
19
18
17
46
45
46
48
49
50
x1
x5
x4
x7
x1
Dimensions:460(L)x300(W)x530(H)mm
5 31
53
| Model-11 Robot 8
7
6
28
10
46
28
11 9 26
54
x59
Model-11 Robot | Solar Master 13
12
46 27
14
25
15
16
17
18
46
36
55
| Model-11 Robot 20
19
22
21
46 11 11 17
23
11
24 11
26
25
26
27 27 17
56
Model-11 Robot | Solar Master 28
29
11
31
30
x3
57
| Model-11 Robot
11
32
33
34 49 49
x2
35
Completed
58
Model-12 Oil Driller | Solar Master 1
3
2
4
3
x2 11
x5
x2 x30 x22
12
13
7
8
x8
x8
x2
14
16
17
x1
x1
x2
19
20
21
x4
x4
5
x4 22
23
24
25
26
x3
x3
x3
x2
x2
28
30
x1
x4
32
33
34
35
36
38
39
41
42
49
x2
x4
x4
x4
x2
x40
x10
x2
x6
x4
44
x2
4
x4
x1
10
6
2
46
48
50
x3
x4
x1
Dimensions:470(L)x200(W)x330(H)mm
A
59
| Model-12 Oil Driller 6
7
8
9
B 10
12 25
11
25
C
60
Model-12 Oil Driller | Solar Master
14
13
D
16
15 46
11 28
61
| Model-12 Oil Driller 18
19
17
21
x52
20 22
36
36
46
46
62
Model-12 Oil Driller | Solar Master
23
24
+B
26 25
+D
+C
26 50
26 11
63
| Model-12 Oil Driller
27
+A
x2
49 49
Completed
28
64
Model-13 Soyuz Space Station | Solar Master 1
2
x2
3
2
x2 8
9
4
3
x4
x1 10 11 12 13
15
14
16
5
6
7
x2
x3
x7
18
17
21
x2
x1 x10 x2 x16x16
x1
x1
x1 x4
x1
23
24
28
x5
x4
x3
29
27
25
x2 34
35
38
39
40
41
42
x3
x3
x4
x4
x36
x4
x2
x3
x6
x3
x2
7
x2
33
44
6
x4
31
x1
32
43
5
30
x2
x1
x4 x4
x4 22
46
20
19
4
45
46
47
48
49
x1
x3
x1
x4
x7
Dimensions:380(L)x380(W)x500(H)mm
65
| Model-13 Soyuz Space Station
8
9
25
12
11
10
25
13
17
15
15
16 14 46
66
46
Model-13 Soyuz Space Station | Solar Master
18
x32
20
19
21
11
11
22
31
23
67
| Model-13 Soyuz Space Station
25
24
27
26
27
28 29
31
68
27
Model-13 Soyuz Space Station | Solar Master
32
31
30
33
49
Completed
34 35 49 49
42 8
x2
69
| Model-14 Lunar Module 1
2
46
25
x2
3
4
1
2
4
3
7
6
5
46
25 x4 8
x2 10
11
12
13
x2
x4
x1
16
14
17
x8
x8
21
x2
x10
x2 x22 x23
x1
x1
x5
x1
23
24
25 26
29
27
30
x4 x2
x3
x4
31
x1
x4 x2
x1
32
33
34
35
38
39
40
42
49
x4
x4
x4
x4
x39
x8
x2
x4
x4
44
70
x3
x4 x4
x4 22
x2
20
19
18
x2
45
46
48
50
x1
x6
x4
x1
Dimensions:380(L)x380(W)x450(H)mm
5
6
Model-14 Lunar Module | Solar Master 9
8
7
x2
11
10 50
12
Keep the hole at top.
Keep the hole at bottom.
13
14
17 27
27
71
| Model-14 Lunar Module 17
16
15
11 26
20 18 11
19
26
17
27
72
Model-14 Lunar Module | Solar Master
21
22
23 Step24
Step25
24
73
| Model-14 Lunar Module 25
26
46 46
27
29
28 31
74
Model-14 Lunar Module | Solar Master
32
31
30
27 x45
49 49
x2 Completed
33
34
75
| Model-15 Beagle Mars Rover
A-2 A-1
A-3
1
2
x4
x2
8
10
11
12
4
3
x2
5
7
x1
x5
15
16
17
20
19
18
21
x2
x8
x6 x23 x23
x1
x1
x2
x1
23
24
25 26
29
27
x4
76
x4
x3
x2 x2
31
x1
x2
x4
x1
32
33
34
35
36
38
39
x3
x4
x4
x4
x2
x28
x3
40
41
42
x2
x2
x4
44
x2
B-3 B-2
30
x4
28
x4 x4
x4 22
B-1
x1 13
46
48
49
x2
x4
x4
Dimensions:420(L)x300(W)x300(H)mm
A
Model-15 Beagle Mars Rover | Solar Master B-4
B-5
49 49
49 49
42
42
B
B-6
C-1
C-3
C-2
11 46
77
| Model-15 Beagle Mars Rover C-4
C-5
C-7
C-6
11
25 28
26
D-1
C D-2
25
D-3
78
Model-15 Beagle Mars Rover | Solar Master 27
D-4
D-5
D-7 D-6
46
x46 42
D-10 D-8
D-9
D-12
D-11
D-13 11
79
| Model-15 Beagle Mars Rover D-14
D-15
D-16
27
27
11
D-19
26
D-18
D-17
27
11
11 36 31
D-20 41 36 41
80
D-21
Model-15 Beagle Mars Rover | Solar Master D-23
D-22
B+D
B+D+C+A B+D+C Completed
81
| Model-16 Mars Buggy
1
2
A
1
4
3
x4
x2
6
7
x4
x5
10
11
x4
x4
12
13
x24 x24
3
4
x1 14
16
17
18
x1
x1
x2
x1
19
20
21
x4
x4
x3 22
23
x5
x3
32
x4 43
x3
82
25 26
24
x3
27
28
30
x2
x1
31
x2 x2
33
34
x3
x4
x1 35
x4 44
x2
x4
36
38
39
40
41
x2
x39
x8
x2
x4
42
x5
45
46
48
49
x1
x2
x4
x3
Dimensions:210(L)x350(W)x440(H)mm
A
Model-16 Mars Buggy | Solar Master
1
36
2
3
4
36
5 6
B
83
| Model-16 Mars Buggy 1
2
3
4
17
5
7
6 46
28
25
25
8
8 27
27
84
C
Model-16 Mars Buggy | Solar Master
1
2
3 4
5
6
7
46
85
| Model-16 Mars Buggy 8
9
11
10
11
26
15 13
17
12
11
26
31
16 11
14 11
86
Model-16 Mars Buggy | Solar Master 17 B+D
C+B+D
x48
87
| Model-16 Mars Buggy A+B+C+D
Completed
88
Model-17 Moon Buggy | Solar Master 1
2
3
4 49 49
5
6
7
27
8 1
2
x4
x1
10
12
x4
x1 15
13
4
3
16
17
5
6
7
x2
x6
x6
20
19
21
46 x10 x26 x27
x1
x1
x4
x2
x4
x4 22
23
x5
x4
24
25
x2
27
28
30
x1
x2
31
x3
x4
32
33
34
35
36
38
39
40
41
42
x4
x4
x4
x4
x2
x40
x8
x2
x5
x6
43
x3
44
x1
9
11
10
x2
45
46
47
48
49
x1
x3
x1
x4
x4
Dimensions:430(L)x270(W)x420(H)mm
46
89
| Model-17 Moon Buggy 13
12
A
1
36
3
2
39
x2
4
6 8
5
B
7
90
31
x2
Model-17 Moon Buggy | Solar Master 1
2
5
3 36
4 28
25
6
7
8
9 46
28
31
10
11
91
| Model-17 Moon Buggy 14
12
25
13
B+C
92
25
15
Model-17 Moon Buggy | Solar Master
A+B+C
Completed
x53
Put the gears on with the chain.
93
| Model-18 Missile Defense Rader Vehicle 3
1 2
4 46
5 1
2
x4
x2
4
3
x4
5
6
7
x2
x2
x6
6 31
x1 8
10
12
13
16
14
20
19
18
21
x2
x8
x20
x20
x1
x1
x1
x4
x4 22
23
24
29
27
25
30
x3
x1
33
34
35
38
39
40
41
42
x2
x4
x4
x4
x38
x6
x2
x6
x4
x3
44
x2
51
x2
32
43
94
x2
x1
7
x4
31
x4 x4
27 x4
45
46
48
49
50
x1
x2
x3
x7
x1
Dimensions:470(L)x240(W)x380(H)mm
8
41
41
42 42
Model-18 Missile Defense Rader Vehicle | Solar Master 11
10
9
14
13
12
15
16
17
95
| Model-18 Missile Defense Rader Vehicle
19
18
21 20
22 42 42
96
Model-18 Missile Defense Rader Vehicle | Solar Master
23
25
24 25
27 46
27
29
26
27
30 27 28 31
97
| Model-18 Missile Defense Rader Vehicle 31
30
32
x2 49 49
41
33
34 Completed
x40
98
Model-19 Deep Ocean Survey Vehicle | Solar Master 1
2
3
4
x2
5 1 4
3
5
x2
x4
6
7
x2
x2
9
x1
x1 10
11
x4
x4 x20 x18
12
13
15
16
17
x1
x1
x1
19
20
21
x4
x4
A
x4 22
23
x4
25 26
24
x2
x2
27
28
30
x1
x1
31
x1 x2
2 x4
x2
32
33
34
35
36
38
39
40
41
42
x4
x4
x4
x4
x2
x19
x9
x2
x2
x5
43
x1
44
x2
3
48
49
50
x4
x1
x1
Dimensions:450(L)x360(W)x300(H)mm
99
| Model-19 Deep Ocean Survey Vehicle
4
5
7
6
28
10
8
12
9 11
31
100
Model-19 Deep Ocean Survey Vehicle | Solar Master 14
13
15
25
16
17
31
x38
17
18
19
B
101
| Model-19 Deep Ocean Survey Vehicle 1
2
3
4
5
36
36 26 11
6
8
11
9
26
C 7
10 11
50
102
11
Model-19 Deep Ocean Survey Vehicle | Solar Master B+C
27
Completed
A+B+C
103
| Model-20 Apache Attack Helicopter 1
4
3
x4
5
6
7
x2
x5
x4
9
3
x1
x1 10
12
13
x10 x28 x28
15
16
17
18
x1
x1
x1
x1
19
20
21
x4
x4
x3 22
23
24
25
29
28
x4
x4
x1
x4
x1
x2
32
33
34
35
36
38
39
40
41
42
x3
x4
x4
x4
x2
x34
x4
x2
x4
x6
44
x2
104
x3
30
31
x1
2
45
46
47
48
50
x1
x1
x1
x4
x1
Dimensions:390(L)x380(W)x250(H)mm
4
Model-20 Apache Attack Helicopter | Solar Master 5
6
7 8
36
9
10
25 28 46
11 12
36
105
| Model-20 Apache Attack Helicopter 14
13 31
15
17
16 50
18
19
x56
106
Model-20 Apache Attack Helicopter | Solar Master 20
23
22
21
24
Completed
31
107
| Model-21 Amphibious Yacht 1
2
25
3
46
4
1
2
x4
x1
8
9
4
3
10
x4
x1 12
15
13
16
17
5
7
x2
x6
21
x1
x1
x3
x23
x16
x1
x1
x2
23
24
27
25
28
x2 x5
x4
8 x1
30
x4
31
x1
x3
33
34
35
36
38
39
40
41
42
x4
x2
x4
x4
x2
x30
x8
x2
x2
x2
x3
44
x2
9 36
10
x1
32
43
108
x3
6
x2
x4 22
5
7
20
19
27
46
48
49
50
x2
x4
x5
x1
Dimensions:455(L)x390(W)x370(H)mm
42
Model-21 Amphibious Yacht | Solar Master 11
39
39
39
17
16
15
14
13
12
18
28 50
19
x39
20
20T
20T
31
109
| Model-21 Amphibious Yacht 22
21
27
25
24 23
46
26
25
27 25
110
Model-21 Amphibious Yacht | Solar Master 28
29
30
34
32
49 49
31
x3
Completed
33
36
111
| Model-22 Amphibious Reconnaissance Aircraft
1
2
4
3
31
25
5 31
1
2
x4
x1
9
10
11
4
3
x4
x1 12
15
13
16
17
5
6
7
x2
x5
x8
x4
21
x1
x10
x4 x17 x17
x1
x1
x4
x1
x4
x4 22
112
23
24
25
x3
6
20
19
18
7
27
28
30
x1
x2
31
x3
8 x4
x5
x4
32
33
34
35
36
38
39
40
41
42
x4
x4
x4
x4
x2
x38
x8
x1
x6
x4
x2
43
44
45
46
47
48
49
50
x3
x2
x1
x4
x1
x4
x7
x1
Dimensions:650(L)x420(W)x180(H)mm
46
Model-22 Amphibious Reconnaissance Aircraft | Solar Master 9
11
10
12
46
50 27
13
49
14
15
17 16
49
18 19
x34
113
| Model-22 Amphibious Reconnaissance Aircraft
20
22
21
23 46
25
11 11
25 26
28
46
24
27
11 25
114
11
Model-22 Amphibious Reconnaissance Aircraft | Solar Master 29
31
30
32
36 36
49
33
49
34 40
Completed
115