The Smart Wireless 3 Axis Accelerometer Sensor can be used to investigate a number of scientific experiments such as:

In all investigations you should use the range that follows the line of acceleration forces in the motion of the object being studied.

  • Acceleration of a Dynamics cart on a track 
  • Impulse (force change at collision)
  • Collisions between carts or a cart and a surface
  • Impact force on landing e.g. athlete landing on a crash mat after a jump
  • Forces when ball is kicked or thrown or struck with a racquet
  • Explanation of opposing forces e.g. resistive forces countering force of mass on a surface
  • Bungee jump
  • Pendulum 
  • Changes in acceleration in a golf swing
  • Explanation of free fall
  • Relationship between acceleration due to gravity and angle (sin theta)

Online Videos

Learn how to use data logging in the classroom with our Secondary Science Academy demonstration videos, which will walk you through using the new EasySense2 app and show you how to get hands-on with the latest Bluetooth wireless sensors. The video experiments will show you how to get the best out of your science lessons.

New online content is being continuously uploaded onto our YouTube channel, including practical worksheets as well as videos.

See our website for further information and links.

Explore Bluetooth Sensors

Are you looking to make the jump to our smart wireless sensors? Or have you recently purchased them and want to know more about how they work?

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Explore EasySense2

The core of our science platform is our EasySense2 software. In these videos you will learn everything from the basics of our software to the most in-depth features.

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Explore Science Practicals

See our Smart Wireless Sensors in action with a range of practical experiments. This is the best way to get started with the new Bluetooth sensors!

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