Thanks to adaptive triggers and haptic feedback, it can DualSense controller draw more into the game and transfer new feelings to the player’s hands. The adaptive L2 and R2 sticks transfer resistance to the player’s finger, from stretching a stiff bowstring to slamming on the brakes of a fast-moving car to physically feel your actions on the screen, while haptic feedback in the form of special vibration motors simulates a variety of situations in the player’s palm, from the environment to after the recoil of the weapon.
Many consider tactile feedback and adaptive triggers to be the most innovative solutions. Others see in it only nonsense that they do not need. On the contrary, they want Japanese companies better battery life a levers that do not drift. Anyway, Sony could build on this experience and in the future expand the mechanism to transfer the temperature from the games to the player’s hands.
Just imagine it. The main character of Red Dead Redemption 2 crashes into the snow and the cold wind whips his exposed face. In this situation, the controller would feel cold in your hands. But once you got out of the blizzard, the controller would gradually start to heat up and could be warmer again near the fire.
This, from today’s point of view, is science fiction represents Sony in the patent with a flexibly deformable sensor element. It would be some kind of soft silicone material on the controller that could heat up and cool down depending on the situations in the game. It’s also a possibility that the soft silicone material would deform depending on how hard you hold the controller.
Can you imagine such a thing and would you even be interested in it? I personally don’t know, because I already feel sick when playing for a long time hands sweat.
