ＷｅｅｅＢｏｔ Ｊｅｅｐ
There is endless whimsy in your mind every day.
Make a fan, a car, or even a robot�
Nothing can limit our imagination!
From now on, roll up your sleeve and create anything you want in your dream.
We put the right material in your hand and then you turn your idea into reality!
To my
classmates
为美 致新
.
1X Left Side Panel
1X Right Side Panel
4X Beam 1030-100-B
6X 56T-plastic Gear
6X 56T-plastic Gear with Lug Boss
4X Tire 64*16
2X TT Motor
1X ELF Base Board
1X LED Panel Protective Shield
1X Plastic Caster
1X 18650 Battery Holder
1X ELF Mainboard
1X 328P Chip Module
1X LED Panel Module
1X RGB Ultrasonic Sensor
1X Line-following Sensor
1X Light Sensor
1X Infrared Receiver Sensor
1X Sound Sensor
3X 4P4C RJ11 Cable-20cm
1X 5.5-2.1 DC Power Cord-15cm
1X USB Cable B
1X Infrared Remote Control
4X Nut M3
4X Nut M4
30X Screw M4*6
2X Screw M2*4
2X Screw M2*6
4X Screw M3*25
2x ScrewM4*30
2x Nylon Locknut M4
2x Aluminum Stud 4*6*10
4x Flange Bearing 4*8*3
1X PH0 Screwdriver
1X H2.5 Screwdriver
1X M1.6-M4 Multifunction Wrench
1X WeeeBot Line-following Map
1X Lithium Battery Charger
WeeeBot Jeep Part List
There are two options for WeeeBot power supply: 4 x 1.5V AA batteries (Not included in package), or 2 x 3.7V 18650 Lithium battery
(Not included in package).
1. Do not crush, or throw batteries.
2. Do not use batteries near to a heat source.
3. Always insert the batteries correctly with regard to polarity (-/+); do
not short-circuit lithium battery.
4. Always keep batteries dry.
5. Do not puncture battery with sharp object.
6. Use only the correct type and size of battery indicated.
7. Place the battery in a cool, dry spot if not required.
8. Remove and safely dispose of exhausted batteries immediately.
9. If robot sit idle, remove battery out of battery holder when.
10. Replace all batteries in battery-operated products at the same time
with the batteries of the same type and manufacture.
Battery information:
Your robot would run slowly, or restart frequently on low battery status.
Please turn off power in this situation, and then change or charge your
battery in time.
Low battery notification:
Battery Instruction
65
Tool Instruction
Screw M2
Screw M2
Screw M3
PH0 Screwdriver
M1.6-M4 Multifunction WrenchH2.5 Screwdriver
Screw M4
Screw M4*6
Screw M2*6
Screw M2*4
Screw M3*25
Nylon Rivets 4060
Nut M4
Nut M3
10 2 3 4 5
Assembly Tips
4X Nut M4
4X Screw M4*6
1X LED Panel Module
Left side panel installation diagram
(Right side panel is the same)
Tip：Please follow the installation
guide in the left side.
Install LED Panel Module
Steps:
1. Install 4 x Screw M4*6 and 4 x Nut M4. Do not lock them.
2. Match the 4 screws with the gap on LED Panel Module.
3. Lock 4 x Screw M4*6 with nut.
Assembly Steps
Parts Name and Type
The colored part is
the installed part
Parts Required
Explain
Number of Parts
ConsiderationsAssembly Path
Assemble WeeeBot
Steps:
1. Install left side panel (The strip surface faces toward the outside),
and two beam 1030-100-B (The convex surface faces toward the outside).
2. Install right side panel (The strip surface faces toward the outside).
Steps:
1. Install 2 x TT Motors.
2. Install the backside beam (The convex surface faces toward the outside).
Assemble WeeeBot Body Structure
‒ Install the front beam and side panel
Assemble WeeeBot Body Structure
‒ Install motor and backside beam
2X Beam 1030-100-B
8X Screw M4*6
1X Left Side Panel
1X Right Side Panel
2X TT Motor
4X Screw M3*25
4X Nut M3
1X Beam 1030-100-B
4X Screw M4*6
Left side panel installation diagram
(Right side panel is the same)
Left side panel installation diagram
(Right side panel is the same)
Assemble WeeeBot
Install Wheels
Install Caster
2X Wheel
2X Screw M2*6
1X Plastic Caster
1X Line-following Sensor
2X Screw M4*6
Assemble WeeeBot
1X RGB Ultrasonic Sensor
2X Screw M4*6
4X Nut M4
4X Screw M4*6
1X LED Panel Module
Tip：Please follow the installation
guide in the left side.
Install RGB Ultrasonic Sensor
Install LED Panel Module
Steps:
1. Install 4 x Screw M4*6 and 4 x Nut M4. Do not lock them.
2. Match the 4 screws with the gap on LED Panel Module.
3. Lock 4 x Screw M4*6 with nut.
Left side panel installation diagram
(Right side panel is the same)
Install Battery (Two power supply options available)
Assemble WeeeBot
Steps:
1. Slide open the cover of 18650 Battery Holder.
2. Follow the installation diagram below, fix AA Battery Holder on 18650
Battery Holder with Nylon Rivet 4060. (the side with wire face up)
3. Insert AA Batteries correctly with regard to polarity (-/+) on battery
holder, and then slide close the cover of 18650 Battery Holder.
Steps:
1. Slide open the cover of 18650 Battery Holder.
2. Insert 18650 Lithium Battery correctly with regard to polarity (-/+) on
battery holder.
3. Slide close the cover of 18650 Battery Holder.
1X *4 AA Battery Holder
1X 18650 Battery Holder
2X *Nylon Rivets 4060
4X AA Battery
(Not included in package)
Option 1: 4 x AA Battery
Tip: “*”stands for WeeeBot standard part. Battery installation diagram Battery installation diagram
Tip: WeeeBot Jeep version only support 18650
Lithium Battery option, do not support AA
battery option.
1X 18650 Battery Holder
2X 18650 Lithium Battery (Not included in package)
Option 2: 18650 Lithium Battery
6X Screw M4*6
1X Beam 1030-100-B
1X AA Battery Holder 6X Screw M4*6
1X 18650 Battery Holder
1X 5.5-2.1 DC Power Cord-15cm
1X Beam 1030-100-B
Left side panel installation diagram
(Right side panel is the same)
Left side panel installation diagram
(Right side panel is the same)
Assemble WeeeBot
Install Battery Holder (Two power supply options available)
Option 1: 4 x AA Battery Option 2: 18650 Lithium Battery
Steps:
1. Install AA battery holder as installation diagram.
2. Install Beam 1030-100-B(The convex surface faces toward the outside).
Steps:
1. Install 18650 Lithium battery holder as installation diagram
2. Install Beam 1030-100-B(The convex surface faces toward the outside).
Assemble WeeeBot
Wiring
3X 4P4C RJ11 Cable-20cm
AA Battery Holder
18650 Battery Holder
LED Panel Module
RGB Ultrasonic Sensor
Line-following Sensor
Tips
1. Motor M1 wire to port M1, motor M2 wire to port
M2. (Motor cable: black wire on the left, white wire
on the right)
2. Sensor wiring port as follow:
Port A ⸺ Line-following Sensor
Port B ⸺ RGB Ultrasonic Sensor
Port C ⸺ LED Panel Module
Note: You can plug RJ11 sensor or electronic
module to any one of four RJ11 port, that plugged
sensor or electronic module will be automatically
identified by mainboard ELF.
Tip:“***”stands for extended accessories that not included in package,
such as Bluetooth module, 2.4G module.
Steps:
1. Wiring RJ11 cable on all sensors and electronic modules, take the other
open end of RJ11 cable out of WeeeBot body structure.
2. After Step 9, connect the open end of RJ11 cable with ELF mainboard.
Steps:
1. Place ELF Mainboard in position (see diagram)
2. Lock 4 x Screw M4*6 in turn.
3. Follow Step 8, wiring. First step wire TT Motor, second step wire other
sensors.
4. Check wires and make it tidy. Switch on your WeeeBot and test all
functions.
Assemble WeeeBot
Install ELF Mainboard
Tips
1. If your WeeeBot do not follow the direction on
your program or remote control, please follow Step
8, check wiring on port M1 and M2.
2. If your WeeeBot do not follow the Line-following
commend or avoid obstacle commend, please
follow Step 8, check wiring of sensors.
4X Screw M4*6
1X ELF Mainboard
Tip:
The left of the diagram is
M1 motor, the right of the
diagram is M2 motor.
Tip: Port ABCD should face
toward car front.
Left side panel installation diagram
(Right side panel is the same)
Congratulations, WeeeBot is fully assembled!
Quick Start
1. Take out IR Remote Control, insert CR2025 Button Cell (not included in package);
2. Switch on ELF mainboard, turn on the robot, use IR remote controller to control WeeeBot；
3. IR remote control guide:
Tip:
The battery of IR remote
control is CR2025 button cell
CR2025 Button Cell (not
included in package)
8 circle mode
1-9 set speed
Backward
Switch light
Turn left
Wheelie mode
Manual mode
Turn right
Sprint mode
Line-following mode
Forward
Avoid obstacle mode
Software
WeeeCode is a graphical programming software that developed by WEEEMAKE on the
basis of Scratch 3.0. It supports graphical programming as well as Arduino IDE code.
In Weeecode, you only need to drag and drop the code modules to create lots of
programs and showcases. WeeeCode supports WeeeBot perfectly.
Operation system： Windows/Mac
More information： www.weeemake.com
WeeeCode Graphical Programming Software
Arduino is an open-source electronics platform based on easy-to-use hardware
(Arduino boards) and software (IDE). The Arduino Software (IDE) allows you to write
programs and upload them to your board. Arduino senses the environment by receiving
inputs from many sensors, and affects its surroundings by controlling lights, motors,
and other actuators.
The ELF mainboard designed by WEEEMAKE is fully compatible with Arduino platform.
With ELF and Arduino IDE, you can develop your own smart application project or
education project.
For more information, please visit http://www.arduino.cc
Operation system: Windows/Mac
Tutorial: www.weeemake.com
Arduino IDE
Additional Assembly Guide
Assemble and Disassemble the Wheels
Assemble and Disassemble LED Panel Module
1X 56T-plastic Gear
1X 56T-plastic Gear with Lug Boss
1X Tire 64*16
1X LED Panel Protective Shield
1X LED Panel Module
2X Screw M2*4
Tip:
Wheels are assembled in package. You can disassemble wheels per
necessity.
Tip:
LED Panel Module is assembled in package. You can disassemble it per
necessity.
Additional Assembly Guide
Installation and Disassemble of ELF Mainboard Module
1X ELF Base Board
1X ELF Mainboard
1X 328P Chip Module
1X Sound Sensor
1X Light Sensor
1X Infrared Receiver Sensor
1X ***Bluetooth 2.4G Module
Tip: “***”stands for optional accessory Bluetooth
module or 2.4G module (not included in package)
Instruction：
1. Sensors and modules are fully installed in package as follows:
Port1 ⸺ Light Sensor
Port2 ⸺ Infrared Receiver Sensor
Port3 ⸺ Sound Sensor
MCU Port ⸺ 328P Microchip
2. ***Port is for wireless communication modules such as Bluetooth, 2.4G wireless module.
1. Put screw M4*30 through Flange Bearing 4*8*3, Wheel without Lug
Boss, another Flange Bearing 4*8*3, Aluminum stud 4*6*10 in order.
2. Lock Screw M4*30 with Nylon Locknut M4, make sure the wheel will
run smoothly.
1. stands for parts included in WeeeBot Jeep, not included in
WeeeBot.
2. WeeeBot Jeep only support 18650 Lithium Battery power
supply option, package include 2 x 18650 Lithium Battery and
charger.
Assemble WeeeBot Jeep
Additional Assembly Guide
WEEEMAKE ELF mainboard is designed on the basis of modular design style whose microchip is replaceable. This high-performance mainboard is designed for education.
1. Replaceable microchip: Support ATMEGA-328P, ATMEGA2560 chip, etc.
2. Support 10 x DC motor, or 4 x Encoder motor, or 4 x Stepper motor working.
3. Support 4 x RJ11 port and 4 Pin port, support 10 sensors (input or output) working at
the same time.
4. Support 5V power port to provide stronger power for more servos.
5. Support Bluetooth, 2.4G wireless communication.
6. Onboard button, buzzer, RGB LED.
7. Same port for motor driver and sensor pin port, easy to use.
8. Anti-reverse design port; mainboard has protection for overcurrent or reversed power.
9. Free 2x8P port, space for more accessory.
10. Support WeeeCode graphical programming and Arduino IDE coding.
11. Input voltage: DC6-12V.
LED Panel Module; RGB Ultrasonic Sensor; Ultrasonic Sensor; Line-following SensorRJ11 Port A, B, C, D
1, 2
3, 4, 5, 6
3, 4, 5, 6
Sensor Port
Sensor or Motor Driver Port
Motor Port
MCU Port
Wireless Communication Port
Onboard IR Receiver; Onboard Light Sensor; Onboard Sound Sensor; Onboard RGB LED; Onboard Temperature Sensor;
Onboard Button
Onboard IR Receiver; Onboard Light Sensor; Onboard Sound Sensor; Onboard RGB LED; Onboard Temperature Sensor;
Onboard Button; DC /Encoder DC motor driver; Stepper Motor Driver; RGB LED Board
DC Motor; Encoder Motor; Stepper Motor
ATmega 328P; ATmega 2560
Bluetooth Module; 2.4G Wireless Module; WiFi Module
Port Name Port Label Support Module
RJ11 Port
Power Port
Sensor Port
Power
Indicator Led
Power Switch USB-B Port
Button
Wireless
Communication Port
Sensor or Motor
Driver Port
Power
Module Port
Special
Module Port
RGB LED
Motor PortMCU PortBuzzer
Sensors and Electronic Modules Guide
Line-following Sensor is consist of two set of IR
emitting LED and sensitive phototransistor.
When the phototransistor detects the reflected
infrared light from the IR emitting LED, it will
output a digital signal, which changes from
HIGH to LOW. Users can tell the different
reflecting surface by this value.
Able to read value of one set IR emitting LED and
sensitive phototransistor, high precision; High
field adaptability and code-ability;
Comes with two LED signal light to show
feedback;
RJ11 Port, easy to wire;
Comes with MCU, smart identify;
Operating Voltage: 5V DC
Detection Range：1~2cm
Communication: 1-wire
Peak Wavelength of Reflective Wave: 940nm
Dimensions: 55 x 24 x 18.5 mm
Speed detection,
black and white
detection, line
finder.
RGB Ultrasonic Sensor is new ultrasonic
distance detection module. Comes with
independent RGB LED, you can change
brightness and color. The RGB Ultrasonic Sensor
uses split high-precision aluminum shell probe,
calculate and amplify signal through onboard
MCU, to output more stable and higher precision
signal.
Distance defecting resolution is 1cm；
Come with RGB LED, support 256 steps of
brightness for red, green & blue and 16,777,216
color combinations;；
RJ11 Port, easy to wire;
Comes with MCU, built-in algorithm, intelligent
identifying
Operating Voltage: 5V DC
Detection Angle: ≤30°
Detection Range: 4-500cm
Resolution: 1cm
Ultrasonic Frequency: 42kHz
Probe Angle: 60°±15°
Communication: 1-wire
Dimensions: 100 x 32 x 30 mm
Distance
measurement;
induction test
Sound Sensor is to detect the loudness of the
environment. By amplifying and filtering signals
collected by microphone, sound sensor will
generate analog signal. The louder the sound is,
the higher the output value will be.
Sensitive sound detection;
Anti-reverse design;
Operating Voltage: 5V DC
Microphone Sensitivity (1 khz): 52-56dB
Microphone Frequency: 16-20Khz
Microphone S/N Radio: 50 db
Output Value Range: 0~980
Output Signal: analog voltage
Dimensions: 15 x 12.7x 13 mm
Sound-activated
light/switch,
alarm, etc.
Light sensor is developed on the basis of
semiconductor photoconductivity effect, the
resistance value changed by the strength of
light. The stronger the light is, the higher the
value will be.
Visible light detection;
Anti-reverse design;
Operating Voltage: 5V DC
Output Signal: analog voltage
Spectral Bandwidth: 400nm-700nm
Operational Lag: 15us
Dimensions: 15 x 12.7x 16 mm
Light Detection;
Light seeking
robot
Picture Description Features Specification Function
Picture Description Features Specification Function
Sensors and Electronic Modules Guide
ATmega328P microchip is designed for ELF
mainboard. Compatible with Arduino. It is an
entry-level module to start coding, with features
such as anti-reverse design, high performance,
low power, high reliability.
Anti-reverse design, easy to replace;
High performance, low power, reliable
Mega328P microchip;
With reset button, easy to debug; With pin light,
compatible with Arduino；
Microchip: Mega328P-AU
Operating Voltage: 5 V
Flash Memory：32KB
EEPROM：1KB
SRAM：2KB
Number of I/Os:14
Analog Signal Input Port: 6
Clock Frequency: 16MHz
Dimensions: 33 x 28 x 7 mm
Microchip
IR Remote Control has 3x7 buttons (letter A-F
button, number 0-9 button, direction button and
center button); Power supply is one button cell.
Working distance beyond 5m；
Small volume, low power；
NEC IR communication protocol；
Operating Voltage: 2.25 V~3.9 V
Operating Current: 6 mA~25 mA
Working Distance： ≥ 5 m
Wavelength of Infrared: 940±50 nm
Carrier Wave Frequency: 37.9±0.2 KHZ
Power Supply：3V button cell (CR2025)
Button Service Lift: ≥ 100K times
Dimensions: 90 x 41 x 12 mm
Communication
& Control
LED Face Panel module integrates 7*21 = 147
Blue LED matrix. Through WeeeCode or Arduino
IDE you can code and control each LED to create
simple emoji, animation, rolling words, etc.
Support customized emoji;
RJ11 port, easy to connect;
Come with MCU, precisely
control;
Operating Voltage: 5V DC
LED Light: Blue
LED Service Time: ≥ 5000 Hours
Communication: 1-wire
Dimensions: 94 x 30.5 x 12 mm
Emoji;
words;
Through the infrared receiver to receive infrared
signal, IR is a widely used communication and
remote-control way.
IR Receiver has high
performance on
anti-interference and
rapid response;
Anti-reverse design.
Operating Voltage: 5.0V DC
Carrier Frequency:38KHz
Peak Wavelength of Infrared: 940 nm
Signal Receive Angle: 90°
Communication Port：Singular
Dimensions: 15 x 12.7x 19 mm
Communication
FAQ
Q1：When I turn on the WeeeBot, my robot has no response, why?
A：It is possibly caused by:
1. Low voltage, please recharge all your batteries or replace with new batteries.
2. Batteries installed in wrong polarity (+/-);
3. Incorrect wring on battery holder or motor.
Q2：When I controlled the WeeeBot to move forward, it moved backwards. How can I fix this?
A：The wiring of the motor is connected reversed. Please reconnect.
Q3：I cannot connect WeeeBot to computer via USB cable nor wireless way, how can I fix it?
A：Your computer hasn’t installed the driver of the main board. Please install driver, restart the WeeeBot, and connect to computer
again. For more information please visit http://www.weeemake.com.
Q4：Why the WeeeBot cannot move with USB power supply?
A：USB power supply can only support chip and sensors in mainboard. To drive motors, please connect batteries and switch on the
power button.
Q5：Why screws on WeeeBot will be loose after being used for a period?
A：WeeeBot use standard stainless-steel screws to fix all parts. The vibration generated during the operation of robot may cause the
screw to loosen. Please tighten them with a screwdriver in time.
Q6：Why the software cannot read the value of sensor?
A：Please check your wiring, make sure sensors are connected to the right port in manual or in WeeeCode software.
Q7：Why the Line-following Sensor doesn’t work?
A: Please:
1. Make sure the distance between Line-following sensor and line-following map is between 1-2cm, this is the best working range.
2. Do not use Line-following mode under strong light. Strong light will interfere the function of Line-following Sensor.
3. Make sure to use unreflecting material to make your own line-following map.
FAQ
Q8：When do you need to replace batteries or charge batteries?
A：If the speed is set to maximum value, and your robot run slowly, or keep restarting, you must replace all batteries, or charge your rechargeable batteries.
Q9：How to reset the default firmware or online firmware for ELF mainboard?
A：Connect ELF mainboard to computer with USB cable, open software WeeeCode.
1. Select menu “Arduino”, click “Restore Online Filmware”.
2. Select menu “Arduino”, click “Restore Factory Filmware”.
Q10：If motor shaft accidentally broken, how to fix it?
A：Please take the backup motor shaft in package, and replace the broken parts by follow instructions:
1. Disassemble the transparent rubber case and rubber connector(the connector is elastic for pulling out);
2. Unscrew to divide the gearbox and metal motor;
3. Replace the broken motor shaft.
WeeeBot Robot Kit—Warranty
FCC WeeeBot
FCC Information
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) This device may not cause harmful interference, and
(2) This device must accept any interference received, including interference that may cause undesired operation.
Any Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may
cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio
or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
Consult the dealer or an experienced radio/TV technician for help.
“ This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the
radiator & your body. ”
WeeeBot Robot Kit—Warranty
Thank you for your interest in the products and services of WeeeMake. This Limited Warranty covers any defects in material or workmanship under normal use during one year since the date of purchase
from authorized dealer. During the Warranty Period, WeeeMake will repair or replace, at no charge, products or parts of a product that proves defective because of improper material or workmanship,
under normal use and maintenance; Once warranty expired or out of warranty range, repair or replacement will be charged.
This Limited Warranty does not cover any problem that caused by:
1. Product damage resulting from negligence, misuse, improper maintenance;
2. Damage or defect resulting from misuse, improper installation or modification, voltage or current overload, accident, force majeure events (flood, fire, terrorist attack, war, etc);
3. Damaged or destroyed by improper repair at unauthorized service point.
4. Natural wear and tear, or accidentally damage surface.
The following parts or items are not covered by this Limited Warranty:
1. Batteries, fuses, screws, wires and other supplies
2. Transportation, shipping or insurance costs;
3. The cost of product demolition, installation, assembly, adjustment or re-installation;
To obtain warranty service, please contact the authorized dealer (Warrantee) and show the receipt as proof of purchase date. The Warrantee will:
1. Repair the Product at no charge, using new or refurbished replacement parts;
2. Or replace with same or iterative Product;
3. Or refund at purchase price.
All replacement parts and products and refund products are deemed to be owned by the Warrantee. Warranty service may use a new or refurbished part or product.
For consumers, who are covered by consumer protection laws or regulations in their country of purchase or, if different, their country of residence, the benefits conferred by Weeemake limited warranty
are in addition to all rights and remedies conveyed by such consumer protection laws and regulations, including but not limited to these additional rights.
Product
SKU
WeeeBot Robot Kit
160000，161000，160001，161001
Technical Support:
support@weeemake.com
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