Metal 6 in 1 Stem Coding Remote Control Car Chassis Arduino Programmable Educational Robot Learning Kit

• Customization: Available
• Age Range: All Ages
• Material: Metal
• Model NO.: 181017
• Description: Education Teaching Equipment
• Controller: Elf
• Mounting Type: Screwed
• Chip: Atmega328p
• Transport Package: Gift Boxes
• Specification: 31*23*10cm
• Trademark: WEEEAMKE
• Origin: China
• HS Code: 90230090
• Production Capacity: 10000pieces/Years
• Package Size: 31.00cm * 23.00cm * 10.00cm
• Package Gross Weight: 2.000kg
• Lead Time: 7 days (1 - 20 sets) ; To be negotiated ( > 20 sets)

Product Description

About Us

Weeemake has cooperated with more than 10,000 schools in more than 60 countries around the world, and holds dozens of competitions around the world every year, making outstanding contributions to global STEM education. We integrate R&D, production and sales, providing professional teaching, training resources, and competition solutions.

Product Description

6 in 1 WeeeBot Evolution Robot Kit

The Weeemake 6-in-1 WeeeBot Evolution is an extraordinary DIY STEAM educational robot kit designed to inspire and educate young minds. With over 50+ types components and electronic modules, this kit offers endless possibilities for exploration and learning. It seamlessly integrates mobile and PC platforms, allowing you to control the robot through a variety of methods, including APP control, graphical programming, and coding in Arduino and Scratch. This versatile kit features six classic robot forms, providing learners with an engaging way to enhance their assembly skills and programming abilities.

4DOF Robot Arm:

Robot Arm Tank:

Forklift Robot:

1. The 4DOF Robot Arm robot is a robot arm that has four degrees of freedom. This robot arm is driven by two encoder DC motor, one 37 DC motor and one servo motor in robot gripper.

2. The Robot Arm Tank is a robot consists of a tank chassis, a robot arm structure, and a metal robot gripper.

3. A forklift robot car that can lift and move objectives. The lifting mechanism is made of a slider and transmission structure.

Ball Launcher Robot: 

Walking Robot: 

Self-balancing Robot:

4.Ball launcher robot is a robot that can moving and shoot table-tennis size ball. It consists of a tank chassis and a shooting mechanism. Extra 3D file for table-tennis container is provided for schools which equipped with 3D printer.

5.The walking robot is a robot which can simulate people walking forward and backward. Driven by one single encoder DC motor, this robot is made of multiple transmission mechanism.

6. Self-balancing robot is a robot that can drive by two wheels. Supported by 3-axis and gyroscope sensor and two encoder DC motors.

Enhanced Hands-on Ability

All-in-one Kit
With heavy-duty mechanical parts, easy-to-use electronic modules like ELF, RGB ultrasonic sensor, Line-following sensor, IR receiver, Bluetooth module, you can get an enhanced hands-on experience on six robot forms that is programmable in wireless way.

Easy Wiring
Modules in this kit all equipped with RJ11 ports for easy wiring. Just by connecting the modules together, robots can be built in a really quick way. All the wiring is simple and very clean.

Easy Programming

Easy but Powerful WeeeCode, Support Scratch & Arduino Programming
WeeeBot Evolution is fully compatible with WeeeCode which is a graphical programming environment based on Scratch 3.0 Open-Source Code. It makes programming projects and interactive applications easier through simply dragging and dropping function blocks.

Learning programming is way more fun when your code controls a robot. Based around an Arduino board, this kit will teach you all about programming a micro-controller board to control physical objects using sensors.

Control and Code by One Touch
WeeeMake APP is a control and program application designed for Weeemake robot. It provides six modes to play with your robot such as manual control, line-following, obstacle avoidance, music, voice control, and coding.

ELF Mainboard

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, ESP32 chip, etc.
2. Same port for motor driver and sensor pin port, easy to use.
3. Random wiring, work with WeeeCode and Arduino.

Specification

Electronics	RGB ultrasonic sensor, Double-way line-following sensor, Light sensor, Sound sensor, IR receiver IR remote control, Bluetooth 4.1 module.
Mechanical Components:	Over 350 pieces.
Controller:	ELF.
Communication:	USB port, Bluetooth, 2.4G Wireless (optional, not included).
Sensor Ports:	10 (4xRJ11, 6xoptional).
Motors:	4.
Robot Forms:	12 forms are provided.
Size:	315 x 170 x 145 mm.
Weight:	1800 g.

Company Profile

Certifications

Our Exhibition

FAQ

Q:When l turn on the robot, my robot has no response, why?
A:
1. Low voltage, please recharge all your batteries or replace withnew batteries.
2. Batteries installed in wrong polarity (+/-)
3. 3.incorrect wring on battery holder or motor.
 
Q:When l controlled the robot to move forward, it moved backwards.
How can l fix this?
A:The wiring of the motor is connected reversed. Please reconnect.
 
Q:How to program my robot or restore the factory setting of my robot?
A:
Please download WeeeCode software on our website, connectrobot to PC via USB cable, select serial port "COM x" and main-board type in software to start coding your robot.
"Restore Firmware" menu offers different options: "Online Firm-ware" support you make live testing of your program, robot willresponseimmediately; "Factory Firmware" will resume the factoryprogram and settings for your robot; "Mobile Firmware" supportsrobot control and program on WeeeMake APP
 
Q:l cannot connect robot to computer via USB cable nor wirelessway, how can l fix it?
A:Your computer hasn't installed the driver of the mainboard.Please install driver in WeeeCode software "Help" menu, restartthe robot, and connect to computer again.
 
Q:Why cannot the robot move with USB power supply?
A:USB power supply can only support chip and sensors in main-board.To drive motors or servos, please connect batteries andswitch on the power button.
 
Q:Why doesn't the Line-following Sensor work?
A:Please:
1. Make sure the distance between Line-following sensor andline-following map is between 1-2cm, this is the best workingrange.
2. Do not use Line-following mode under strong light. Strong lightwill interfere the function of Line-following Sensor.
3. Make sure to use unrefiecting material to make your ownline-following map.
 
Q:Why cannot the software read the value ofsensor?
A:Please check your wiring, make sure sensors are connected tothe same port with your program in the WeeeCode software.
 
Q:Can l get a customization robot for my project? OEM or ODM?
A:We offer customization services to our customer. Please contactus for more detail ingquiry