Sillbird B880

Sillbird STEM Robot Building Sets User Manual

Model: B880

Mærke: Sillbird

Indledning

This manual provides comprehensive instructions for the assembly, operation, and maintenance of your Sillbird STEM Robot Building Set. This 3-in-1 robotic toy offers an engaging experience for children aged 8-12, combining building, learning, and programming.

The set allows for the construction of three different models: a snail-like robot (Snaizer), a bipedal robot, and a bulldozer. It features both remote and app-controlled functionalities, digital expressive eyes, and interactive sounds.

Produktegenskaber

  • 3-i-1 transformerbart design: Build and transform into a snail-like robot (Snaizer), a bipedal robot, or a bulldozer.
  • Interactive Digital Eyes & Sound: Snaizer's eyes display expressions and sounds change with movement. Sound can be toggled on/off.
  • Dobbelte kontroltilstande: Operate the robot using the included remote control or via a free app connected via Bluetooth.
  • Multiple App Control Modes: Includes Gyro mode, Path mode, Driving mode, and an icon-based coding interface for programming.
  • Educational STEM Focus: Designed to inspire exploration of coding concepts, critical thinking, and problem-solving skills.
  • Genopladeligt batteri: Convenient USB charging for sustained play.
  • Detaljerede instruktioner: Comes with a step-by-step guide for assembly, suitable for ages 8-12.

Opsætning

1. Montering

The Sillbird STEM Robot Building Set consists of 468 pieces. Follow the included step-by-step instruction manual carefully for assembly. It is recommended to sort pieces before beginning construction.

Image showing the 3-in-1 transformation options for the Sillbird robot: Snail, Robot, and Bulldozer.

Figure 1: The robot can be assembled into three distinct forms: a snail-like robot, a bipedal robot, or a bulldozer, offering varied building experiences.

2. Tænd og opladning

The robot is equipped with a rechargeable battery. Use the provided USB charging cable to charge the robot before first use and when the battery is low. The charging port is typically located near the main power switch.

Image of a child using a remote control to operate the Sillbird robot, with icons indicating rechargeable battery and USB charging.

Figure 2: The robot is rechargeable via USB, allowing for convenient power management and extended play sessions.

3. Appinstallation og forbindelse

For app-controlled functionality, download the free companion app. The app is compatible with iOS 11 or above (including iPad) and Android 12 or above. Once installed, connect the robot to your device via Bluetooth.

  1. Søg efter the "Sillbird Robot" app in your device's app store.
  2. Installer appen.
  3. Sørg for, at Bluetooth er aktiveret på din enhed.
  4. Tænd robotten.
  5. Open the app and follow the on-screen instructions to pair with the robot.
Image of hands holding a smartphone displaying the robot's app interface for coding, with the robot in the background.

Figure 3: The companion app provides an intuitive interface for controlling and programming the robot, supporting various modes including coding.

Betjeningsvejledning

1. Betjening af fjernbetjening

Use the provided remote control to maneuver the robot. Refer to the remote control diagram in the assembly manual for specific button functions (e.g., forward, backward, turn left, turn right).

2. App Control Modes

The app offers several modes for controlling the robot:

  • Kørselstilstand: Standard control for moving the robot in various directions.
  • Gyrotilstand: Control the robot's movement by tilting your smartphone or tablet.
  • Stitilstand: Draw a path on your device screen, and the robot will follow it.
  • Programmable Mode (Icon-based Coding): Drag and drop icons to create sequences of actions, introducing basic coding concepts.
Image showing the yellow robot with icons for App Control, Gyro Mode, STEM Programming, Voice Control, Path Model, and 2.4G Technology.

Figure 4: The robot supports multiple control methods, including app-based modes like Gyro and Path, and a STEM programming interface for coding.

3. Digital Expressive Eyes and Sound Control

The robot's eyes light up and display various expressions, while built-in sounds change according to its movement. To turn the sound off, locate the small black button next to the power switch and press it.

Image of the green robot (Snaizer) with glowing eyes and a speech bubble saying 'Wow', illustrating its sounds and digital expressions.

Figure 5: Snaizer's eyes dynamically change expressions, and its movements are accompanied by interactive sounds, enhancing the play experience.

Image showing the yellow robot's eyes glowing in three different colors: blue, red, and white.

Figure 6: The robot's eyes can glow in multiple colors, adding to its expressive capabilities and visual appeal.

Opretholdelse

1. Rensning

To clean the robot, gently wipe its surfaces with a dry, soft cloth. Avoid using water or cleaning solutions, as these can damage the electronic components.

2. Opbevaring

When not in use, store the robot and its components in a cool, dry place, away from direct sunlight and extreme temperatures. Ensure the robot is turned off before storage.

Fejlfinding

ProblemMulig årsagLøsning
Robotten tænder ikke.Low battery or power switch is off.Charge the robot using the USB cable. Ensure the power switch is in the "ON" position.
Remote control or app not connecting.Bluetooth not enabled, robot not in pairing mode, or app version incompatibility.Ensure Bluetooth is on. Restart the robot and the app. Check app compatibility with your device's OS (iOS 11+, Android 12+).
Robot movement is erratic or unresponsive.Obstruction, low battery, or interference.Clear any obstructions. Recharge the battery. Move away from other electronic devices that may cause interference.
No sound from the robot.Sound is turned off.Press the small black button next to the power switch to toggle sound on.

Specifikationer

  • Model: B880
  • Anbefalet alder: 8 år og opefter
  • Antal stykker: 468
  • Kontrolmetode: Fjernbetjening, App-styring (Bluetooth)
  • App kompatibilitet: iOS 11+ (including iPad), Android 12+
  • Strømkilde: Rechargeable battery, USB charging

Garanti og support

For information regarding product warranty, technical support, or replacement parts, please refer to the contact information provided on the product packaging or visit the official Sillbird website. Specific warranty details are not available in this manual.

Du kan også besøge Sillbird Store on Amazon for yderligere produktinformation og supportressourcer.

Relaterede dokumenter - B880

Preview Sillbird 12-i-1 STEM solcelledrevet robotbyggesæt - Lærerigt og sjovt
Udforsk STEM med Sillbird 12-i-1 solcelle-robotbyggesættet. Dette lærerige legetøj giver børn mulighed for at bygge 12 forskellige robotter drevet af solen, uden behov for batterier. Perfekt til alderen 8-13 år, der fremmer kreativitet og miljøbevidsthed.
Preview Sillbird Ranger-X 5-in-1 Building Robot Kit - Model D Assembly Instructions
Detailed assembly instructions for Model D of the Sillbird Ranger-X 5-in-1 STEM building robot kit. Includes part lists, step-by-step guidance, app control, and R/C operation.
Preview Sillbird B900-C Remote Control Building Toy: 5-in-1 Robot Kit
Explore the Sillbird B900-C Remote Control Building Toy, a 5-in-1 STEM robot kit for ages 8+. Features app control, R/C, and coding capabilities for interactive play and learning.
Preview Sillbird Building Robot Kit: ecoEbot 5-in-1 Model Assembly Instructions
Comprehensive assembly guide for the Sillbird ecoEbot 5-in-1 Building Robot Kit. Learn to build multiple robot configurations, understand R/C and app controls, and engage with STEM concepts.
Preview Sillbird ecoEbot Building Robot Kit: Build, Play & Code
Explore the Sillbird ecoEbot, a 5-in-1 STEM building robot kit. This manual provides instructions for assembling various robot models, offering hours of creative play and coding opportunities for ages 8+.
Preview Sillbird Remote-Controlled Robot Assembly Instructions and Guide
Detailed step-by-step instructions for assembling the Sillbird remote-controlled robot vehicle, including parts lists and visual guides for building various models.