E7 Pro WhalesBot Coding Robot for Kids Instruction Manual
- June 14, 2024
- WhalesBot
Table of Contents
E7 Pro WhalesBot Coding Robot for Kids
Product Information
The product is called WhalesBot Explorer. It is a robot developed by WhalesBot Technology (Shanghai) Co., Ltd. The robot is designed to provide interactive experiences and educational programming challenges. It features touch sensors, programming capabilities, and the ability to detect and avoid obstacles. The robot can be controlled using the WhalesBot mobile app.
Contact Information:
- Website: https://www.whalesbot.ai
- Email: [email protected]
- Phone: +008621-33585660
- Address: Floor 7, Tower C, Weijing Center, No. 2337, Gudai Road, Shanghai
Product Usage Instructions
WhalesBot Explorer:
To use the WhalesBot Explorer, follow these steps:
Step 1: Download and Install the Mobile App
Scan the provided code to download the WhalesBot app on your mobile device.
Step 2: Select the Corresponding Model/Robot
Open the app and select the WhalesBot Explorer as your chosen model/robot.
Step 3: Download and Build the Project
Download the project for the Explorer and follow the building guide to assemble the robot.
Step 4: Enter Programming Interface
After completing the construction, click on the programming icon in the app to enter the programming interface.
Challenge Tasks
The WhalesBot Explorer offers several programming challenges. Here are some examples:
Challenge One:
Program the Explorer to move forward for a specified number of seconds, then turn left for a specified number of seconds and finally continue moving forward for another specified number of seconds.
Challenge Two:
Program the Explorer to move forward until it encounters an obstacle. When it encounters an obstacle, it should stop.
Challenge Three:
Program the Explorer to move forward. When it encounters an obstacle, it should move backward for a specified number of seconds, turn left to avoid the obstacle, and then continue moving forward. If it encounters another obstacle, it should repeat the backward and left-turn actions.
More Tricks:
When the touch sensor on a specific port is pressed, the Explorer can be programmed to perform certain actions, such as moving forward or backward for a specified number of seconds.
Penguin:
The product also includes a robot called WhalesBot Penguin. It is designed to investigate the transmission of bevel gears. The Penguin has similar features to the Explorer but focuses on different educational challenges.
For detailed instructions on using the WhalesBot Penguin, follow the same steps provided for the WhalesBot Explorer.
Note: The specific programming challenges for the Penguin may differ from those of the Explorer. Please refer to the provided reference program and challenging tasks for the Penguin in the user manual.
KNOWLEDGE CARD
Understanding Sensors.
Touch sensor: When the button is pressed, it transmits information to the host for controlling subsequent programs. In the program, it is generally used as a judgment condition in wait until command or repeat until command.
BUILDING GUIDE
- Download / Install / Open Register the mobile app
- Select the corresponding model / Robot
- Download the project and build it
PROGRAMMING CHALLENGE
After completing the construction, click the icon to enter the programming
interface.
MORE TRICKS:
When the touch sensor on port 1 is pr essed, the E xplorer moves f or ward for
2 sec onds; when the t ouch sensor on port 2 is pr essed, the E xplorer mo ves
b ackward for 2 seconds.
Penguin Project Launch
KNOWLEDGE CARD:
Investigating the Transmission of Bevel Gears.
When two gears mesh together, if one gear moves, the other will also move,
this is called transmission. Because of its peculiar shape, the bevel gear can
only transmit at specific angles, and w e c all this hypoid tr ansmission.
BUILDING GUIDE:
Download / Install / Open Register the mobile app
Select the corresponding model / Robot
Download the project and build it Penguin
PROGRAMMING CHALLENGE:
After completing the construction, click the icon to enter the programming
interface.
MORE TRICKS:
Return to the construction interface, click the icon to enter the remote
control interface. The left side of the interface controls the Penguin’s
movements, and the right side controls the Penguin’s speech. Control the
Penguin to navigate around obstacles and greet people.
Wall Project Launch
KNOWLEDGE CARD:
Unveiling the Crawler Structure.
At least two wheels are required in a crawler. As long as one wheel moves, the other will follow and rotate in the same direction. However, having only two wheels can easily deform the crawler.
Therefore, many crawler structures involve three wheels. The top one is called
the band-supporting wheel, which mainly functions to lift and keep the crawler
taut.
BUILDING GUIDE:
Download / Install / Open Register the mobile app
Select the corresponding model / Robot
Download the project and build it Wall
PROGRAMMING CHALLENGE: After completing the construction, click the icon
to enter the programming interface.
MORE TRICKS:
Wall will move its head to observe when turning, then show a smiling face and
move forward after turning. Can you complete the program?
The Duke Project Launch
KNOWLEDGE CARD:
Direction of Bevel Gear Transmission.
We can use one bevel gear to drive one or more bevel gears. If the two driven bevel gears are placed face to face, then their rotation directions will be opposite.
BUILDING GUIDE:
- Download / Install / Open Register the mobile app
- Select the corresponding model / Robot
- Download the project and build it
PROGRAMMING CHALLENGE:
After completing the construction, click the icon to enter the programming
interface.
MORE TRICKS:
The Duke will keep moving forward until it encounters someone and stops. When
someone touches its hand (touch sensor), it will show an angry expression.
Goal: Become the No .educational robotics brand worldwide
Contact
- WhalesBot Technology (Shanghai) Co., Ltd.
- Web: https://www.whalesbot.ai.
- Email: [email protected].
- Tel: +008621-33585660
- Floor 7, Tower C, Weijing Center, No. 2337, Gudai Road, Shanghai