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From the Makers of
TTC-895
10 +
ASSEMBLY & INSTRUCTION MANUAL
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Content
Introduction
Tools You May Need
Mechanical Parts List
Plastic Parts
Before Assembly
Head Module Assembly
Gear Box Module Assembly
Rear Gear Box Testing (1)
Rear Gear Box Testing (2)
Accessory Module Assembly
Coding Wheel Assembly
About the Coding Wheel
How to Install Coding Buttons
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How to Install the Coding Wheel
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1
1
1
2
3
4
5
7
9
13
13
14
14
15
How the Coding Buttons Work
Drawing-bot Assembly
Drawing-bot
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Forklift-bot Assembly
Forklift-bot
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Throwing-bot Assembly
Throwing-bot
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Gripper-bot Assembly
Gripper-bot
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Soccer-bot Assembly
Soccer-bot
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How to Replace the Batteries
Trouble Shooting
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35
36
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Introduction
The mechanical coding wheel is the heart of the Mech.5 Mechanical Coding Robot. It steers its coded courses and
programmed tasks. Coding is executed effortlessly by snapping the coding buttons onto the coding wheel directing
your robot to perform its basic functions – move forward, backward, right or left, spin or pause. Thanks to this simple
to follow approach, coding and performing more challenging tasks like throwing, lifting, kicking or drawing, become
achievable as the user’s coding skills increase.
This mission-based, entry level STEM coding robot is designed to inspire users to learn about mechanical
engineering principles and coding basics. It encourages children to think while also developing their
problem-solving and troubleshooting skills when faced with different tasks and difficulties. Engage in the coding
world and beyond by challenging yourself with your very first coding robot.
Tools You May Need
Diagonal Cutter
Screwdriver
Battery(AAA) x 2
Alkaline batteries
are recommended
Ruler
Marker (Fine) Safety Glasses
Mechanical Parts List
• Important: If any parts are missing or damage, DO NOT RETURN TO THE
RETAILER. E-mail us at support@elenco.com or call (800) 533-2441
• Product contains functional edges and sharp points.
P1 P2 P3 P4
P5 P7 P8
Pinion Gear (White) Gear 36/10T (Black) Gear 36/10T (Yellow) Gear 36T (Orange)
QTY
1
Gear 10T (Black) Shaft Tapping Screw Spring (Small)
QTY
P6
QTY1QTY
1
QTY2QTY
QTY
2
QTY
QTY
1
QTY
1
P9 P10 P11
Spring (Big) Steel Ball
QTY
2
P12 P13
DC 3V
Battery Holder with Connector
2
QTY
1:1
QTY
1
1
1
15
Sponge
Motor with PC Board
2
QTY
2
QTY
1
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Plastic Parts
Cut off the plastic parts when they are required. Do not cut them in advance.
A
1
3
2
4
5
6
A B
7
C
MADE IN TAIWAN
1
2
3
8
5
6
7
8
11
15 16 17
9 10 11
MADE IN TAIWAN
12
13 14
C
D
B
7
8
MADE IN TAIWAN
1
6 7 8 9
2
5 6
9
3
4 5
1
3
4
2
10
11
12
14
15
13
16
10
11
13
12
14
15
9
4
10
MADE IN TAIWAN
1
3
4
19
5 5 5 5
2
E
18
20
9
8888
MADE IN TAIWAN
6 6 6 7
10
13
11
12 16
14
15
10
19 20
16
E
17
7
18
21
22
18
1917
F G
G
MADE IN TAIWAN
1 1
2 2
2
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Please Read Before Assembly
Remove burrs
Unnecessary
burrs
Unnecessary
burrs
Some burrs are left at the edge of plastic parts after cutting them off.
Make sure the burrs are completely removed to avoid operation malfunction.
Fasten tapping screws
Use corresponding (size-compatible) screwdriver. By following steps
below, you can fasten the tapping screws perfectly.
Put the screwdriver
towards the top of
screws.
(1) Screw in
(2) Feel the tension getting higher
(3) Keep screwing
Repeat until
screws are
tightly fastened.
Correct
Incorrect
Trim off the burrs ONLY. Do not
trim off the protrusion of the original
plastic parts. All features of parts
should be kept completely.
Please lock screws all the way
down to the bottom. If they are not
fastened tightly enough, parts may
come off. The robot may
consequently not work.
Correct
Incorrect
Shape, assembly direction, and position of parts
Some parts may look quite similar. They should be assembled in the designated direction and position shown in manual.
Correct
Correct
Coding buttons can be removed for new programming. Remove them straight up off the coding wheel. Do not torque them to
avoid damage.
Correct Correct
Incorrect Incorrect
Incorrect
Incorrect
Correct
Incorrect
3
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Head Module Assembly
1
• Installation, removal and replacement of batteries
should be carried out by an adult or under adult
supervision.
• Avoid short circuiting the contacts in the battery
compartment or the battery terminals.
• Do not mix used batteries and new batteries or
batteries of different types.
• Do not mix alkaline, standard (carbon-zinc) , or
rechargeable (nickel-cadmium) batteries.
• Batteries are to be inserted with the correct polarity.
• Do not attempt to recharge non-rechargeable
batteries.
• Remove exhausted batteries from the product to
avoid leakage.
P12
AAA(x2)
Insert “–” on battery first
Making a mark
B6
Mark
2.36” (6 cm)
1 2 3 4 5 6 7 8 9 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 3010
cm
Marker Pen (Fine)
Blue
Scale 1:1
Orange
B6
2
A9
B3
B8
P7
4
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Rear Gear Box Testing (1)
Connect the power supply cable of assembled
1
head (Refer to page 4: Head Module Assembly)
to the terminal base.
Move the switch to the right to turn the power on.
2
The gear will run counterclockwise as
3
illustration.
4
Switch off and remove the power supply
cable after the testing. If the gear box
doesn’t run smoothly or there is abnormal
noise, please go back to page 5 step to
reassemble.
9
Head Module
Power Supply Cable
1
Orange
2
3
Blue
1
10
B9
Correct
D1
11
12
1
2
D11
1:1
D6
E13
Incorrect
D17
D16
E2
E1
7
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17
P7
P7
Rear Gear Box Testing (2)
Connect the power supply cable of assembled head
1
(refer to page 4: Head Module Assembly) to the terminal base.
2
Move the switch to the right to turn the power on.
3
The gear will run counterclockwise as illustration.
Switch off and remove the power supply cable after the testing.
4
If the gear box doesn’t run smoothly or there is abnormal
noise, please go back to page 5 step to reassemble.
1
Head Module
Power Supply Cable
18
P7
3
2
Correct
1
Orange
Blue
B11
C18
P8
Incorrect
19
C14
B13
B2
A6
A1
G1
9