Arduino Science Kit R3 - educational kit - Arduino AKX00045

Science Kit R3 is an advanced Arduino educational kit that combines hands-on physics experiments with Arduino Nano RP2040 Connect technology and the Science Journal application, available for mobile devices. It is ideal for high school students, offering an intuitive introduction to the principles of physics through experimentation and data analysis. The kit includes a wide range of sensors to measure various physical parameters and does not require users to have any prior programming knowledge , which makes it easy to use for both teachers and students. It also supports teaching in line with international educational standards, such as AP Physics and IB Diploma.

Arduino Science Kit R3 - educational kit - Arduino AKX00045.

Elements included in the Arduino kit.

• It is used to teach programming and electronics for high school students and hobbyists
• Features Arduino Nano RP2040 Connect and Arduino Science Carrier R3 with a rich sensor ecosystem
• It offers real-time data collection and analysis using the Science Journal app for mobile devices
• It is equipped with a variety of sensors measuring parameters such as air quality, temperature, humidity, pressure and also has an accelerometer, gyroscope and magnetometer

Arduino Science Kit R3 enables high school students to conduct physics experiments that allow them to use theoretical knowledge. Thanks to integration with Arduino Nano RP2040 Connect and advanced sensors, this kit allows you to conduct practical experiments.

Arduino Nano RP2040 Connect is an advanced microcontroller board that is equipped with a dual-core RP2040 processor . It can communicate via Bluetooth and WiFi, which enables the collection and wireless transmission of experimental data. All data can be viewed and analyzed in a compatible application for mobile devices.

The central element of the set is the Arduino Science Carrier R3.

The set has many different sensors.

The Arduino Science Kit R3 uses advanced sensors to measure a variety of environmental and physical parameters . It contains sensors for monitoring air quality, temperature, humidity, atmospheric pressure and is equipped with an accelerometer, gyroscope, magnetometer, as well as proximity, ambient light and light color sensors.

The Arduino Science Journal mobile application allows you to collect, record and analyze experimental data in real time . Using it, users can easily observe the effects of their experiments and interpret the collected data, which significantly supports the learning process.

• 1x Arduino Nano RP2040 Connect
• 1x Arduino Science Carrier R3:
  • Built-in sensors:
    • air quality sensor
    • temperature sensor
    • humidity sensor
    • Pressure sensor
    • 6-axis accelerometer
    • gyroscope
    • magnetometer
    • proximity sensor
    • ambient light sensor
    • light color sensor
    • ambient sound intensity sensor
    • voltage sensor
    • current sensor
    • resistance sensor
    • function generator controlling amplitude, phase and frequency
  • Built-in ports:
    • 2x Grove analog input
    • 2x Grove I2C port
    • 1x JST battery connector
    • 2x output port connected to lower power signal from function generators
    • 1x 3.3V output port and ground
    • 2x speaker port connected to function generators
• 2x 50 cm cable with alligator clip and banana plug (blue and yellow)
• 2x 20 cm cable with alligator clip and banana plug (red and black)
• VELCRO straps
• Silicone stands
• External temperature sensor
• Ultrasonic distance sensor
• Grove 4-pin cable
• USB-C cable
• 2x loudspeaker
• Cable for battery holder with JST connector
• Holder for four AA batteries

The starter kit is used to learn programming and electronics.

• Manufacturer's website: Arduino AKX00045
• Android application
• iOS app