Steam Smart Al Technology Structure Dly Coding Arduino Learning Programming Lot Education Robot Kit for Kids

• Personnalisation: Disponible
• Plage d'âge: Tous âges
• Matériel: Plastique
• N° de Modèle.: 161051
• nom du produit: trousse d'apprentissage de lot
• puce: atmega328p
• carte mère: elf mini v3.0
• Paquet de Transport: boîtes en plastique
• Spécifications: 37*29*5
• Marque Déposée: nous faisons
• Origine: Guangdong, China
• Code SH: 90230090
• Capacité de Production: 100 000 pièces/ans

Description de Produit

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

IoT Learning Kit

Weeemake IoT Learning Kit t is an Advanced STEAM education kit to learn about the Internet of Things.

The purpose is to let students get hands-on experience in creating simulated smart home and smart farm projects with the magical Internet of Things technology.

14 chapters of teaching material with a step-by-step guide for IoT learning. Rich sensors and platforms to teach the hardware programming, IoT server setup, and APP inventor programming from 0 to 1.

K12 IoT Learning and Explore Kit

With the Weeemake IoT Learning Kit, students who learns Scratch already can now create their own connected devices quickly and easily. Students will learn to harness the power of the Blynk IoT Cloud to gather data, understand how devices communicate with each other, and which tools to use to facilitate communication. They'll also learn about APP design, data management, analysis, and computational thinking. 

IoT learning kit requires basic knowledge of graphical programming (Scratch, WeeeCode) logical thinking ability. It's an easy-wiring electronics kit, and the whole kit is focusing on the concept of IoT, WLAN, LAN, WiFi gate, IoT platform and server, WiFi connection, APP Inventor design and program to achieve all kinds of IoT projects.

Specification

Item	Parameter
Controller	ELF mini V3.0
Onboard Electronics	Light Sensor, Sound Sensor, IR Receiver, Buzzer, Red LED, Yellow LED, Power Indicator
Electronics	WiFi Module, PIR Sensor, Moisture Sensor, Temperature and Humidity Sensor, RJ11 LED - Red, RJ11 LED - Green, 4-digit LED Display, MP3 Module, 4 LED Button, RGB LED Strip - 0.5m, RJ11 Adapter, Bluetooth 4.1 module, Bluetooth Dongle module
	1 x Wireless communication port (Bluetooth 2.4G)
	1x USB port (type B)
Onboard Electronics:	1x Sound sensor
Communication	USB port, Bluetooth, 2.4G Wireless
Motor drive	2 ways(M1, M2)
Sensor port	4xRJ11
Motor	3 (Water pump motor, servo motor, 5V 130 motor)
Size	365 x 287 x 45 mm
Weight	1230 g

Company Profile

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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