Zum Kit Advanced
We remember things that we see, we learn them by doing
Learn how technology works in the best way: by creating it yourself. Zum Kit Advanced is resistant and safe, and the components of the board and the electronics remain visible so that you gain deeper technical knowledge. You will advance in the exciting world of programming, robotics or even 3D printing while boosting your creativity. It’s not a toy, it’s 100% real electronics!
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Get into programming
To bring your inventions to life, you need to programme them. With our free Bitbloq platform, you will gradually go from block- programming to coding. It is so practical and comprehensive that it is the most popular tool in Spanish school.
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Personalise your robot
Have you got a 3D printer? You can design, personalise and print fun skins for your robots. You can also download them from DIWO!
Control your robot with your phone
Have you created a racing car or a bike? You can manage them via phone or tablet using Bluetooth technology. What’s more, identify the name of your invention so that you can quickly distinguish it from inventions made by your classmates or friends.
Our experience support us
Zum Kit Junior combines BQ Education’s pedagogical knowledge and experience in developing tech products.
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+ 1.5 M users
of our educational content
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+ 100,000 users on Bitbloq
the most-used programming tool used in the Spanish schools.
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+ 2000 teachers
trained
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+5 years of experience
working with Spanish institutions, publishers and universities
Components
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Zum Core controller board 2.0
Units: 1
Microcontroller: ATMEGA328PB
Voltage: 5 V (3 A)
Input voltage: 6 - 15 V.
Analogue I/O: 6 Digital I/O: 16
Interfaces: Bluetooth Low Energy 4.2 (115200 bps), USB, ICPS, TTL UART, SPI, I2C (2 ports)
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Infrared sensor
Units: 2
Voltage: 5 V
PIN definition: 1-Signal l 2-VCC 3-GND
Interface: Analogue
Rapid response and high sensitivity
Weight: 4 g
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Button
Units: 1
Weight: 4 g
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Light sensor
Units: 1
3-pin connector
PIN definition: S-Signal V-VCC G-GND
Weight: 4 g
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Buzzer
Units: 1
Interface: analogue
PIN definition: S-Signal V-VCC G-GND
Rapid response and high sensitivity
Weight: 4 g
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Ultrasound sensor
Units: 1
PIN definition: S-Signal V-VCC G-GND
Weight: 8 g
Range: 3 - 400 cm
Resolution: 0.2 cm
Effective angle: 15º
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Potentiometer
Units: 1
Voltage: 5 V
Interface: analogue
PIN definition: S-Signal V-VCC G-GND
Sensor rotation: 300º
Weight: 4 g
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LED
Units: 2
Voltage: +3.3 - 5 V.
PIN definition: 1-Signal (yellow) V-VCC (red) G-GND (black)
Weight: 5 g
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Servo
Units: 2
Voltage: 4.8 - 6 V.
Torque: 1.5 - 1.8 kg.cm
Speed: 0.12 - 0.10 s/60º
Weight: 8.5 g
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Continuous rotation servo
Units: 2
Voltage: 4.8 - 6 V.
Torque: 3.0/5.1 rpm (4.8 V/6 V)
Speed: 43/54 rpm (4.8 V/6 V)
Weight: 41 g
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USB cable – microUSB 1 m
Units: 1
Weight: 31 g
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Battery pack
Units: 1
Space for 8 AAA batteries
Black colour
Weight: 20 g
