Yahboom Micro:bit Robotic Control Handle User Manual

1. Introduction

The Yahboom Micro:bit Robotic Control Handle is designed to provide an intuitive interface for controlling Micro:bit-based robots and engaging in STEM education activities. This handle is compatible with Micro:bit V2 and V1.5 boards, offering a versatile tool for programming and interactive play. It features a joystick, multiple buttons, and integrated electronic modules for sound and vibration feedback.

2. Produit terminéview

This section details the components and physical characteristics of the Micro:bit Robotic Control Handle.

2.1 Contenu du paquet

Vérifiez que tous les éléments sont présents dans votre colis :

Micro:bit Gamepad x 1
Boîte à piles x 1
Pile AAA x 2
Ruban adhésif double face x 1

Package contents of the Yahboom Micro:bit Robotic Control Handle, showing the gamepad, battery box, two AAA batteries, and double-sided tape. — Figure 2.1: Package Contents. The image displays the Micro:bit gamepad, a battery box, two AAA batteries, and a roll of double-sided tape, which are included in the product package.

2.2 Identification des composants

Familiarize yourself with the various parts of the control handle:

Micro:bit Socket: Slot for inserting the Micro:bit board.
Interrupteur: Controls the power supply to the handle.
Interrupteur vibrant : Activates or deactivates the vibration motor.
Rocket (Joystick): Analog input for directional control.
Buttons (A, B, X, Y): Digital input buttons for various functions.
Avertisseur sonore: Fournit un retour d'information sonore.
Moteur à vibrations : Fournit un retour haptique.
Block Holes: Mounting points for attaching building blocks.

Diagram of the Micro:bit gamepad showing labeled components such as Micro:bit socket, power switch, vibration switch, joystick (rocket), buttons (A, B, X, Y), buzzer, vibration motor, and block holes. — Figure 2.2: Micro:bit Gamepad Diagram. This diagram illustrates the layout and labels of the control handle's various components.

2.3 Dimensions

The control handle measures approximately 107mm in length and 77mm in width.

Image showing the dimensions of the Yahboom Micro:bit Robotic Control Handle, with measurements of 107mm length and 77mm width. — Figure 2.3: Product Dimensions. The image provides a visual representation of the handle's size, indicating its length and width.

3. Installation

Follow these steps to prepare your Micro:bit Robotic Control Handle for use.

3.1 Installation de la batterie

Open the battery compartment on the battery box.
Insérez deux piles AAA en respectant la polarité (+/-).
Fermez le compartiment à piles.
Connect the battery box cable to the power input on the control handle.

3.2 Micro:bit Board Insertion

Carefully align your Micro:bit V2 or V1.5 board with the Micro:bit socket on the control handle.
Gently push the Micro:bit board into the socket until it is securely seated. Ensure the pins are correctly engaged.

Image showing a Micro:bit board being inserted into the Yahboom Robotic Control Handle's socket. — Figure 3.1: Micro:bit Board Insertion. This image demonstrates the correct way to insert the Micro:bit board into the control handle.

4. Mode d'emploi

Once the Micro:bit board is installed and powered, the control handle can be used to interact with compatible robots and projects.

4.1 Contrôle de base

Ensure the power switch on the handle is in the 'ON' position.
Use the joystick (labeled 'Rocket') for directional control. The specific movements (e.g., forward, backward, left, right) will depend on the programming of the connected Micro:bit robot.
Press the A, B, X, and Y buttons to trigger programmed actions.

4.2 Sound and Vibration Feedback

The handle includes a buzzer and a vibration motor. These can be programmed to provide audio and haptic feedback during use. The vibration switch allows you to enable or disable the vibration motor independently.

Image showing two children using Micro:bit control handles, highlighting the sound and vibration features. — Figure 4.1: Sound and Vibration Features. This image illustrates the interactive feedback capabilities of the control handle.

4.3 Building Block Integration

The control handle features block holes, allowing users to attach compatible building blocks. This enables customization and expansion of the handle's physical form, facilitating creative projects and enhanced ergonomics.

Image showing the Micro:bit control handle with building blocks attached, demonstrating its compatibility with block modules. — Figure 4.2: Building Block Compatibility. The image shows how building blocks can be integrated with the control handle for custom designs.

4.4 Vidéo de démonstration

Watch this video for a visual demonstration of the Micro:bit Robotic Control Handle in action, controlling various Yahboom Micro:bit robots.

Video 4.1: Micro:bit Robot Handle Demonstration. This video showcases the Yahboom Micro:bit Robotic Control Handle being used to control different Micro:bit-powered robots, illustrating its functionality and versatility.

5. Programmation

The Yahboom Micro:bit Robotic Control Handle supports various programming methods, making it suitable for STEM education.

5.1 Supported Programming Environments

The handle is compatible with:

JavaScript Graphical Programming (MakeCode): A block-based visual programming environment ideal for beginners.
Python: A text-based programming language for more advanced users.

Detailed tutorial materials and programming examples are available from the manufacturer to assist with learning and project development.

Image showing a child using a computer with a graphical programming interface for Micro:bit, demonstrating support for graphical programming. — Figure 5.1: Graphical Programming Interface. This image shows a user interacting with a block-based programming environment for Micro:bit, illustrating the ease of programming the control handle.

5.2 Accessing Course Materials

Comprehensive course materials, including programming guides and project ideas, can be found on the Yahboom website. These resources are designed to help users maximize the educational potential of the control handle.

Screenshot of the Yahboom website showing available course materials and tutorials for the Micro:bit Game Handle. — Figure 5.2: Online Course Materials. A screenshot of the Yahboom website displaying various programming courses and tutorials for the Micro:bit Game Handle.

6. Entretien

Proper maintenance ensures the longevity and optimal performance of your control handle.

Nettoyage: Use a soft, dry cloth to clean the surface of the handle. Avoid using abrasive cleaners or solvents.
Stockage: Store the handle in a cool, dry place away from direct sunlight and extreme temperatures. Remove batteries if storing for extended periods to prevent leakage.
Manutention: Handle the device with care. Avoid dropping it or exposing it to excessive force, which could damage internal components or the Micro:bit board.

7. Dépannage

If you encounter issues with your Micro:bit Robotic Control Handle, refer to the following common problems and solutions.

Problème	Cause possible	Solution
Handle does not power on.	Les piles sont déchargées ou mal installées. L'interrupteur d'alimentation est sur la position « arrêt ».	Check battery polarity and replace batteries if necessary. Ensure the power switch is in the 'ON' position.
Handle does not control the robot.	Micro:bit board is not inserted or not programmed. Communication issue.	Ensure the Micro:bit board is securely inserted. Verify that the Micro:bit has the correct program loaded for control. Check for wireless communication range or interference.
Buzzer or vibration motor not working.	Vibration switch is off. Not programmed to activate.	Ensure the vibration switch is in the 'ON' position. Verify that the Micro:bit program includes commands to activate the buzzer and vibration motor.
Boutons ou joystick non réactifs.	Micro:bit board not fully inserted. Programming error.	Re-insert the Micro:bit board firmly. Review your Micro:bit program to ensure inputs are correctly read and mapped to actions.

If problems persist after attempting these solutions, please contact Yahboom customer support for further assistance.

8. Spécifications

Fonctionnalité	Détail
Dimensions du produit	107 mm x 77 mm (environ 4.21 x 3.03 pouces)
Poids de l'article	4.2 onces
Numéro de modèle	poignée
Âge recommandé par le fabricant	12 months - 3 years (Note: Micro:bit programming is typically for older children/teens)
Piles requises	2 piles AAA
Onboard Modules	Buzzer, Vibration Motor
Caractéristiques	4 separate buttons, potentiometer (for joystick)
Compatibilité	Micro:bit V2 & V1.5

9. Garantie et assistance

For product support, technical assistance, or warranty inquiries, please contact Yahboom directly. Refer to the official Yahboom website contenant les informations de contact et les ressources d'assistance les plus récentes.

The product is subject to a 30-day return policy from the point of purchase, as per standard retail terms.

Yahboom handle