Weeecore Bot Alot Programming Robot Al Voice Coding Lot Drawing Robot for K12 Micropython Stem Toy

Still deciding? Get samples of $ !
Order Sample

Product Description

Programming Robot Banner

Basic Information

Model NO.181066
DescriptionAi Weeecore Bot
ApplicationTeaching / Educational
TypeEducational Robot
SeriesCoding Robot Kit
CommunicationWi-Fi, Bluetooth
ProgrammingVoice / Scratch / Python / Arduino
HS Code90230090
WeeeCore Bot

Product Description

WeeeCore Bot AIOT Voice Programming Robot
Unlock the world of interactive learning with WeeeCore Bot, an innovative AI voice coding IoT drawing robot designed to inspire and educate. Perfect for learners of all ages, WeeeCore Bot combines fun with education, paving the way for a future where technology and learning go hand in hand.

Key Features

  • Voice Coding: Simple voice command control for beginners.
  • Advanced Programming: Learn with Scratch 3.0 and microPython.
  • IoT Capabilities: Connect and control with cutting-edge IoT integration.
  • Drawing: Bring your artistic visions to life.
  • Expandable: Connect more devices via RJ11 and open-source ports.
Voice Coding

Curriculum Highlights

Ocean Adventure

Students design stories about underwater adventures using WeeeCode, creating animations, games, and voice recognition systems.

Ocean Curriculum

Space Exploration

Integrate astronomical knowledge into programming, simulating the solar system and tidal forces through interactive projects.

Space Curriculum

Our Earth

Explore Nature, Energy, and Public Facilities. Includes geometric navigation, line tracking, and environmental data projects.

Earth Curriculum

Specifications

ControllerWeeeCore AI Handle
Working Voltage5V
ChipESP32
Sensors (Input)Speech Mic, Gyroscope, 5-way Joystick, Light Sensor, Line-tracking, Ultrasonic
OutputRGB LED x5, Speaker, Color Display
Battery14500 Lithium (2.5h operation / 40m charge)
ExpansionType C, RJ11 Port x2, Open-source 3P

Product Gallery

Gallery 1
Gallery 2
Gallery 3
Gallery 4
Gallery 5
Gallery 6

Frequently Asked Questions

Q: What should I do if the robot has no response after turning it on?
A: Check if the voltage is low and recharge or replace the batteries. Ensure batteries are installed in the correct polarity and check the wiring on the battery holder or motor.
Q: Why does the robot move backwards when I command it to move forward?
A: This usually means the motor wiring is reversed. Please reconnect the motor wires correctly to fix the direction.
Q: How can I program the robot or restore factory settings?
A: Download the specialized coding software, connect the robot via USB, and select the correct serial port. Use the "Restore Firmware" menu to either live-test programs or resume factory settings.
Q: Why won't the robot move when connected only via USB power?
A: USB power only supports the chip and sensors. To drive motors or servos, you must connect the batteries and switch on the main power button.
Q: How do I ensure the Line-following Sensor works correctly?
A: Keep the sensor 1-2cm from the map, avoid using it under strong light which interferes with the sensors, and ensure you use non-reflective material for your custom maps.
Q: What if the software cannot read sensor values?
A: Double-check your wiring to ensure the physical sensors are connected to the exact same ports specified in your software program.

Related Products