WhalesBot AI Module 5S

At the core of the WhalesBot AI Module 5S is a 240MHz processor with 4MB of flash storage and 224KB of RAM, capable of storing 30+ programs. The 128×64 LCD screen displays essential information, while the 4 buttons allow for easy operation. It features 16 input/output interfaces for various connections. The controller supports two working modes: USB download mode and online running mode. Built-in Bluetooth and a speaker enhance interaction and connectivity.

Structural Components (Including Transmission Components):
This kit includes an integrated chassis, making it easy to assemble into a vehicle or robot. With no fewer than 520 components and 37 types, it offers a robust foundation for creative builds. The transmission components include 10 different types of gears, totaling 35 pieces:

4 straight gears with 8, 16, and 24 teeth
4 half-height bevel gears with 12 and 20 teeth
4 bevel gears (12 and 20 teeth)
2 bevel gears with 36 teeth
2 worm gears
3 racks
These parts ensure smooth and efficient mechanical movements for a variety of robotic designs.
Sensors:
The WhalesBot AI Module 5S is equipped with an array of sensors to enhance interaction with the environment:

1 color sensor
1 ultrasonic sensor
1 temperature and humidity sensor
1 rotary encoder
1 gesture sensor
1 touch sensor
5 single grayscale sensors
These sensors provide the robot with the ability to detect and respond to various stimuli, enabling autonomous behavior and interactions.

Actuators:
The kit includes 4 closed-loop motors for precise movement, 2 RGB color lights for dynamic visual feedback, and 2 dot matrix screens for displaying characters or images. These actuators allow for a wide range of actions, from movement to visual output.

Power:
Powered by a 7.4V 1500mAh special lithium battery, the WhalesBot AI Module 5S ensures reliable power for extended usage and long-lasting performance.

Software:
The WhalesBot AI Module 5S supports multiple programming platforms, including Scratch, C, and Python. It also includes an action editor, providing a user-friendly way to create and control your robot’s movements and behaviors.

FEATURES:

Advanced STEM CoursesDesigned for advanced STEM learning. Learn how mechanisms work and the basics of natural science and earth science.

2. Coding in Scratch, C, Python, and MoreCoding software specially developed for advanced STEM learners. Kids can code their robots in the software by using Scratch, C, Python, and more.

3. Diversified Parts for Complex Building37 types of structural parts, 10 types of transmission parts, and a bunch of sensors. Build models that simulate facilities and tools used in real life.

4. Key Learning OutcomeLearn advanced robotics functions by using the tailored sensors, AI vision module, and by practicing intermediate programming like multi-condition logic.