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[[!meta title="ViewManaging the status and circuits of Tor"]]
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The “/app/data/vcs/tails/index/wiki/src/doc/anonymous_internet/tor/circuits.de.po” file was changed. 11/02/2023
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WhenIf you connect to athe same destination server again, for example, when visiting a website, the connection appears in the list belowTor uses a different circuit to replace the circuit it usesthat you closed.
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The second relay or, here **kicka**, is called the *middle noderelay*.
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If you cClick on a circuit, to display the technical details about theeach relays of the circuit appear in the right pane.
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[[!meta title="ViewManaging the status and circuits of Tor"]]
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The “/app/data/vcs/tails/index/wiki/src/doc/anonymous_internet/tor/circuits.ca.po” file was changed. 11/02/2023
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The “/app/data/vcs/tails/index/wiki/src/doc/anonymous_internet/tor/circuits.ar.po” file was changed. 11/02/2023
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For example, if you download the same file again, Tor uses a new circuit.
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If you connect to the same destination server again, Tor uses a different circuit to replace the circuit that you closed.
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For example, when you close a circuit while <i>Tor Browser</i> is
downloading a file, the download fails.
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When you close a circuit that is being used by an application, your
application gets disconnected from this destination service.
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Choose **Close this circuit** in the shortcut menu.
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Right-click (on Mac, click with two fingers) on the circuit that you want to close.
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You can close a given Tor circuit to help replace a particularly slow Tor circuit or troubleshoot issues on the Tor network. To do so:
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<h1 id="change">Closing and replacing a Tor circuit</h1>
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The third relay, here **Quetzalcoatl**, is called the *exit node*.
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The second relay, here **kicka**, is called the *middle relay*.
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The first relay, here **drk**, is called the *entry guard*.
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Each Tor circuit is made of 3 Tor relays. In the example above, the connection to **tails.net** goes through the 3 relays **drk**, **kicka**, and **Quetzalcoatl**.
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