diff --git a/Packages/ShowRecorderKit/Sources/Recording/TakeSequencer.swift b/Packages/ShowRecorderKit/Sources/Recording/TakeSequencer.swift
index e50746bd..49c0c046 100644
--- a/Packages/ShowRecorderKit/Sources/Recording/TakeSequencer.swift
+++ b/Packages/ShowRecorderKit/Sources/Recording/TakeSequencer.swift
@@ -88,6 +88,8 @@ public final class TakeSequencer {
     public private(set) var takeStartedAt: Date?
     /// Whether the recorder was disarmed for sitting idle, so coming back should Arm it again.
     public private(set) var disarmedForIdle = false
+    /// A re-Arm for a changed setting is waiting for a Take to finish saving (#932).
+    private var settingsArmWaiting = false
     /// What to do about audio interruptions, and the banner they leave.
     public private(set) var interruptions = InterruptionPolicy()
     @ObservationIgnored private var toldInputStopped = false
@@ -339,6 +341,18 @@ public final class TakeSequencer {
     /// The Pre-roll length or the sample rate choice changed: re-Arm so the input uses it. Only between Takes; a
     /// running Take keeps what it started with (Show-Safe Promise).
     public func settingsChanged() {
+        // A Take being saved is still the Take: re-Arm once it is on disk, or the Arm would fail with a false "Couldn't
+        // start" after a clean Take (#932). Several changes during one save make one Arm, as each Arm restarts the input.
+        if settingsArmWaiting { return }
+        if recorder.isFinishing {
+            settingsArmWaiting = true
+            Task { [self] in
+                await recorder.waitWhileFinishing()
+                settingsArmWaiting = false
+                settingsChanged()
+            }
+            return
+        }
         if recorder.isArmed, !recorder.isRecording { arm() }
     }
 
diff --git a/Packages/ShowRecorderKit/Tests/RecordingTests/AsyncStopOffMainTests.swift b/Packages/ShowRecorderKit/Tests/RecordingTests/AsyncStopOffMainTests.swift
index 16e2d056..2721e714 100644
--- a/Packages/ShowRecorderKit/Tests/RecordingTests/AsyncStopOffMainTests.swift
+++ b/Packages/ShowRecorderKit/Tests/RecordingTests/AsyncStopOffMainTests.swift
@@ -455,6 +455,32 @@ struct AsyncStopOffMainTests {
         #expect(sequencer.armError == nil)
     }
 
+    @Test("Pre-roll or sample rate changes while the Take is being saved show no error, and the input re-Arms once after the save (#932)")
+    func settingsChangedWhileFinishing() async throws {
+        let gate = TestGate()
+        nonisolated(unsafe) var gated: GatedStem?
+        let recorder = makeRecorder(in: root, asyncStop: true, gate: gate, stem: { gated = $0 })
+        let source = FakeInputDevices([("xr18", 1)])
+        let sequencer = TakeSequencer(recorder: recorder, devices: source, capsAt48k: { false })
+        sequencer.arm()
+        let audio = try #require(source.opened.last)
+        let armsBefore = source.opened.count
+        let stop = try await startBlockedStop(recorder, audio: audio, gated: { gated })
+
+        sequencer.settingsChanged()
+        sequencer.settingsChanged()
+        sequencer.settingsChanged()
+        #expect(sequencer.armError == nil, "no false \"Couldn't start\" after a clean Take: \(sequencer.armError ?? "")")
+        gate.open()
+        try await stop.value
+
+        try await waitUntil { source.opened.count > armsBefore }
+        try await Task.sleep(for: .milliseconds(200))
+        #expect(sequencer.armError == nil)
+        #expect(source.opened.count == armsBefore + 1, "three changes, one Arm")
+        #expect(recorder.isArmed)
+    }
+
     @Test("A gain change buffered during the save doesn't write the Show.json of a Drive Stop gave up on")
     func gainChangeSkipsAbandonedDrive() async throws {
         let drive = root.appending(path: "Drive")