WhalesBot EnginBot 1S Robot

Description

1. Controller:
   The WhalesBot EnginBot 1S features a 32-bit Cortex-M3 processor, providing strong computational power for robot control and programming. It offers 12 types of input/output interfaces, making it flexible for various connections and interactions.
2. Sensors:
   The kit includes 5 sensors, allowing the robot to perceive and interact with its environment. These sensors enhance the robot’s ability to detect obstacles, measure distances, and respond to user input.
3. Actuators:
   The system is equipped with 3 sets of closed-loop motors, providing accurate and responsive movement for your robot. These motors allow for precise control over the robot’s actions and behaviors.
4. Transmission Parts:
   The WhalesBot EnginBot 1S includes 11 types of gears, totaling 19 pieces, ensuring smooth and efficient mechanical movement in your robot’s drivetrain. These gears are designed to work together seamlessly for optimal performance.
5. Gearbox:
   The kit also features 3 types of gearboxes, with a total of 5 gearboxes, enabling you to adjust the speed and torque of your robot’s motors for different applications.
6. Power:
   The WhalesBot EnginBot 1S is powered by 6 AA alkaline batteries (self-provided), offering convenient and reliable power for your projects.
7. Software:
   Compatible with Scratch, C, and Python, the WhalesBot EnginBot 1S allows for a wide range of programming options, catering to both beginners and more advanced users.
8. Platform:
   You can easily control and program the WhalesBot EnginBot 1S via a pad, mobile phone, or PC, offering flexible ways to interact with your robot.

FEATURES:

1. 16 Advanced Project-based Courses16 interactive STEM and robotics courses for teenagers. Gain advanced knowledge when designing project solutions.

2. Coding in Scratch, C, and PythonAn all-in-one coding software, which supports drag-and-drop Scratch and standard C and Python.

3. Advanced Structure Design and BuildingDesign and build complex structures that simulate real-life industrial scenarios, with hexahedral building blocks and integrated transmission parts.

4. Future Engineering and Coding ExpertGet familiar with industrial logic, like modularization. Master advanced coding skills for projects related to engineering.