Nowadays, cell phones are full of sensors: compass, accelerometer … But with the evolution of smartphone games, a sensor that is gaining prominence is the gyroscope.

There is a whole physical explanation for how the gyroscope works because it uses the force of gravity to tell what is the position of an object in space. But basically, on a cell phone, it can detect if you rotate the device on its own axis, and know if it is pointing up or down, which is essential in some augmented reality games, like Clandestine Anomaly and Pokémon Go.

In fact, if you want a cell phone to play Pokémon Go, it’s good to invest in a smartphone with a gyroscope, because only with this sensor you can see the Pokémon in the same environment that you are. Want an example? Look how it is to play Pokémon Go without a gyroscope, and with gyroscope:

Nowadays, cell phones are full of sensors: compass, accelerometer … But with the evolution of smartphone games, a sensor that is gaining prominence is the gyroscope.

There is a whole physical explanation for how the gyroscope works because it uses the force of gravity to tell what is the position of an object in space. But basically, on a cell phone, it can detect if you rotate the device on its own axis, and know if it is pointing up or down, which is essential in some augmented reality games, like Clandestine Anomaly and Pokémon Go.

In fact, if you want a cell phone to play Pokémon Go, it’s good to invest in a smartphone with a gyroscope, because only with this sensor you can see the Pokémon in the same environment that you are. Want an example? Look how it is to play Pokémon Go without a gyroscope, and with gyroscope: