Stasis: Difference between revisions

|name = Stasis Rune

|image = [[File:Stasis-duo.png]]

|location = [[Owa Daim Shrine]]

|use = Stop the flow of time for an object

'''Stasis''' is a [[Rune]] ability for the [[Sheikah Slate]] found in ''[[The Legend of Zelda: Breath of the Wild|Breath of the Wild]]''. It allows one to temporarily freeze an object in place, and hit it to store kinetic energy that instantly affects the object when the stasis ends.

The Stasis Rune is obtained in the [[Owa Daim Shrine]] while exploring the [[Great Plateau]].  It allows Link to freeze objects in time, rendering them immobile for a short period of time. While suspended in time, the object will possess a glowing, yellow filter. Chains will also appear when the object is initially suspended to keep it in place; however, these disappear after a short time. After the Stasis effect wears off, the object will revert to normal and move as it was before being frozen.  

The function of Stasis can be cancelled before the time gauge runs out by pointing back at the object and following the prompt, all in order to be able to reduce the cool down time and use the rune on other objects.

This Rune can be upgraded as part of the [[Slated for Upgrades]] quest. If Link visits the [[Hateno Ancient Tech Lab]] and gives three [[Ancient Core]]s to [[Purah]]{{Ref|''[[The Legend of Zelda: Breath of the Wild|Breath of the Wild]]''|You'll need three ancient cores to power up Stasis.|Purah}}, she will allow Link to use the [[Guidance Stone]] in order to upgrade to Stasis+, which has the ability to time-stop enemies.{{Ref|''[[The Legend of Zelda: Breath of the Wild|Breath of the Wild]]''|This powered-up Stasis rune can now time-stop evil creatures. Stopped objects store kinetic energy. The stored energy will act upon the object when the flow of time resumes. Making good use of the stored energy can move even the largest of objects.|[[Sheikah Slate]] prompt}}

File:StasisBoulder.jpg|Using Stasis to stop a boulder

File:StasisKinetic.jpg|Adding kinetic energy to a boulder

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