.png)
.jpg)
.png)
.png)
.png)
.png)
.png)
Robot educativo WeeeBot mini STEAM
4.WeeeBot mini is an entry-level STEAM programming education robot developed by Weeemake. It combines the knowledge in science, technology, engineering, art, mathematics by hands-on assembly and programming robot projects.
With Weeemake APP control + infrared remote control + computer software programming control, children can learn programming, play games, storytelling by using a WeeeBot mini.
Children learn all kinds of skills in play, not only enhancing their interest in robot learning but also stimulating their innate imagination and creativity.
With Weeemake APP control + infrared remote control + computer software programming control, children can learn programming, play games, storytelling by using a WeeeBot mini.
Children learn all kinds of skills in play, not only enhancing their interest in robot learning but also stimulating their innate imagination and creativity.
Details
Parameter
WeeeBot mini is an entry-level fun educational robot for young students to get hands-on experience of robot car, APP controlling, and simple programming about light, sound, buzzer, matrix display, motor control with simple logic and algorithm.
Open and Play
90% assembled, start to play immediately after unboxing. Get started quickly by play, code, and create..png)
Graphical Programming
To make programming is as simple as playing Lego blocks and learning programming with no threshold anymore.
WeeeCode (based on Scratch 3.0) programming software would lead you to master the language of communication with the robot..png)
Perfect Combination of Technology and Car Form
With CNC precision machining, anodized metal material, WeeeBot mini is simulating the appearance of the jeep and the effect of vehicle lighting. The flexible transformation between the three wheels and the five wheels is more suitable for different game scenes. The roof of WeeeBot mini is compatible with Lego mold, so you can imagine more models and build.
.png)
Rich Expand-Ability
Four RJ11 interfaces are reserved, which can be connected with over 100 + electronic modules in Weeemake parts platform to achieve more game play..png)
Education Version Available
Robot educativo STEAM
Open and Play
90% assembled, start to play immediately after unboxing. Get started quickly by play, code, and create.
.png)
Graphical Programming
To make programming is as simple as playing Lego blocks and learning programming with no threshold anymore.
WeeeCode (based on Scratch 3.0) programming software would lead you to master the language of communication with the robot.
.png)
Perfect Combination of Technology and Car Form
With CNC precision machining, anodized metal material, WeeeBot mini is simulating the appearance of the jeep and the effect of vehicle lighting. The flexible transformation between the three wheels and the five wheels is more suitable for different game scenes. The roof of WeeeBot mini is compatible with Lego mold, so you can imagine more models and build.
.png)
Rich Expand-Ability
Four RJ11 interfaces are reserved, which can be connected with over 100 + electronic modules in Weeemake parts platform to achieve more game play.
.png)
Education Version Available
| No. | Nombre | Tema | Hora de aprendizaje | Clase Escolar |
| 1 | Más información sobre el robot de código abierto | Concepto de robots de código abierto Mini robot WeeeBot Introducción al software - WeeeCode Cómo ejecutar programas Modo predeterminado del mini robot WeeeBot | 45 minutos | 1 lección |
| 2 | Luz LED para coche | Principio de diseño de los semáforos Bloques de la luz LED del coche Hacer luces LED geniales para automóviles | 45 minutos | 1 lección |
| 3 | Módulo RGB | Origen de los tres colores primarios Bloques del módulo RGB Reglas de coincidencia de color de RGB Haz una luz de color arcoíris | 45 minutos | 1 lección |
| 4 | Módulo de zumbador | Cómo se produce el sonido Bloques de módulo zumbador Cómo controlar el módulo de zumbador para reproducir música | 45 minutos | 1 lección |
| 5 | Motor de CC | Bloques de motor de CC Relación entre la dirección del movimiento del robot y la dirección de rotación de los motores de CC Controla el robot para que corra en ruta cuadrada | 45 minutos | 1 lección |
| 6 | Sensor ultrasónico RGB | Principio de detección del sensor ultrasónico RGB Bloques del sensor ultrasónico RGB Crea un robot que evite obstáculos | 45 minutos | 1 lección |
| 7 | Módulo de seguimiento de líneas | Principio de funcionamiento del módulo de seguimiento de líneas Bloques del módulo de seguimiento de líneas Hacer un robot seguidor de líneas | 45 minutos | 1 lección |
| 8 | Mando a distancia IR | Principio del mando a distancia IR Bloques del mando a distancia por infrarrojos Hacer un robot de control remoto | 45 minutos | 1 lección |
| 9 | Módulo de luz y módulo de sonido | Principio de funcionamiento del módulo de luz Principio de funcionamiento del módulo de sonido Bloques del módulo de luz Bloques del módulo de sonido Hacer una luz inteligente | 45 minutos | 1 lección |
| 10 | Módulo de panel de matriz LED | Principio de funcionamiento del módulo de panel matricial LED Bloques del módulo de panel matricial LED Hacer una pantalla rodante LED | 45 minutos | 1 lección |
SKU: 181000 Consumer Version
Mainboard: ELF mini
Microchip: Atmega 328P
• Port:
4 x RJ11 (connect to RJ11 sensor and modules)
2 x DC motor port
1 x Communication Port (Bluetooth)
• Electronics:
1 x Sound Sensor
1 x Light Sensor
1 x Buzzer
1 x IR Receiver
2 x Yellow LED
2 x Red LED
• Power Switch: 1 x Touch Switch
Sensor & Motor:
1 x RGB IR Avoid Sensor (2 x RGB LED, 2 x Yellow LED, IR Avoid Sensor)
1 x Single-way Line-following Sensor
2 x TT Motor
Power: 6 AA Battery holder (battery is not included)
SKU: 181008 Education Version
Mainboard: ELF mini V2
• Port:
4 x RJ11 (connect to RJ11 sensor and modules)
2 x DC motor port
1 x Communication Port (Bluetooth)
• Electronics:
1 x Sound Sensor
1 x Light Sensor
1 x Buzzer
1 x IR Receiver
2 x Yellow LED
2 x Red LED
• Power Indicator: 4 x Blue LED
• Power Switch:
1 x Touch Switch (turn on/off robot by touching when toggle switch is off)
1 x Toggle Switch (when toggle switch is on, cannot turn off by touch switch)
Sensor & Motor:
1 x RGB Ultrasonic Sensor (2 x RGB LED, 2 x Yellow LED, Ultrasonic Sensor)
1 x Double-way Line-following Sensor
2 x TT Motor
Power: Build-in 14500 lithium battery pack x1 (onboard charging)
Mainboard: ELF mini
Microchip: Atmega 328P
• Port:
4 x RJ11 (connect to RJ11 sensor and modules)
2 x DC motor port
1 x Communication Port (Bluetooth)
• Electronics:
1 x Sound Sensor
1 x Light Sensor
1 x Buzzer
1 x IR Receiver
2 x Yellow LED
2 x Red LED
• Power Switch: 1 x Touch Switch
Sensor & Motor:
1 x RGB IR Avoid Sensor (2 x RGB LED, 2 x Yellow LED, IR Avoid Sensor)
1 x Single-way Line-following Sensor
2 x TT Motor
Power: 6 AA Battery holder (battery is not included)
SKU: 181008 Education Version
Mainboard: ELF mini V2
• Port:
4 x RJ11 (connect to RJ11 sensor and modules)
2 x DC motor port
1 x Communication Port (Bluetooth)
• Electronics:
1 x Sound Sensor
1 x Light Sensor
1 x Buzzer
1 x IR Receiver
2 x Yellow LED
2 x Red LED
• Power Indicator: 4 x Blue LED
• Power Switch:
1 x Touch Switch (turn on/off robot by touching when toggle switch is off)
1 x Toggle Switch (when toggle switch is on, cannot turn off by touch switch)
Sensor & Motor:
1 x RGB Ultrasonic Sensor (2 x RGB LED, 2 x Yellow LED, Ultrasonic Sensor)
1 x Double-way Line-following Sensor
2 x TT Motor
Power: Build-in 14500 lithium battery pack x1 (onboard charging)
.png)
