diff --git a/docs/guis/multiturn/excitation.md b/docs/guis/multiturn/excitation.md
index 85296bc0..d1cffbb6 100644
--- a/docs/guis/multiturn/excitation.md
+++ b/docs/guis/multiturn/excitation.md
@@ -211,18 +211,22 @@ Always ask the experts on shift if unsure about the kick amplitudes to set.
 
 Trigger an acquisition by clicking the yellow ++"Acquire with ACDipole excitation"++ button at the bottom left of the GUI.
 The AC Dipole will arm, then kick the beam.
-Make sure to have a `BLM Display` application open and to monitor the losses during that time.
 
-Afterwards, a new tab will open at the very top of the GUI to display the BPM measurements, which can be checked: a menu list lets one select any BPM from each beam, and view the recorded bunch centroid turn-by-turn data through the acquisition.
+!!! tip "Watch for Losses on Kicks"
+    Make sure to have a `BLM Fixed Display` application open and to monitor the losses right after clicking to acquire, and watch out for large losses and spikes close to thresholds.
+    This is especially important to do when increasing the kick amplitude btween kicks.
 
-??? info "Losses on Kicks"
-    Sometimes when increasing the kick amplitude, one will notice large losses.
-    In this case it is recommended to kick a couple times at this amplitude or just below to see if the losses reduce or are consistent.
+    <!-- TODO: insert a picture of the BLM display? -->
 
-    Should they reduce the beam might have just needed cleaning and one can increase the kick amplitude further.
-    Otherwise, stop increasing unless a beam dump is affordable.
+    In case large losses are observed, it is recommended to kick a couple times at the current amplitude or just below to see if the losses reduce or are consistent.
+    While doing so, also keep an eye on the beam intensity as can be seen on the vistars.
+
+    Should losses reduce, the beam might have just needed cleaning and one can increase the kick amplitude further.
+    Otherwise stop increasing unless a beam dump is affordable (hint: it **rarely** is).
     Refer to the experts on shift if unsure about the losses, and whether the kick amplitude can be increased further.
 
+After the kick is done, a new tab will open at the very top of the GUI to display the BPM measurements, which can be checked: a menu list lets one select any BPM from each beam, and view the recorded bunch centroid turn-by-turn data through the acquisition.
+
 !!! danger "Do not Kick Both Beams Simultaneously"
 
     Firstly, kicking both beams simultaneously might exceed the losses threshold and lead to a beam dump.
@@ -250,6 +254,7 @@ This deficit can be overcome in improving the signal-to-noise ratio through incr
 Refer to the [AC Dipole Excitation](#ac-dipole-excitation) section above for the settings and steps.
 
 Trigger an acquisition by clicking the yellow ++"Acquire with ADT/AC excitation"++ button at the bottom left of the GUI.
+Just as with the AC Dipole, make sure to keep an eye on the losses (via the `BLM Fixed Display` and beam intensities) during the acquisition.
 
 *[AC Dipole]: Alternating Current Dipole
 *[ADT]: LHC Transverse Damper
diff --git a/docs/measurements/procedures/general_checks.md b/docs/measurements/procedures/general_checks.md
index d9d0d5b3..2d65893a 100644
--- a/docs/measurements/procedures/general_checks.md
+++ b/docs/measurements/procedures/general_checks.md
@@ -72,7 +72,7 @@ Here are some general checks on should always keep in mind when performing measu
       </p></details>
 
 - [ ] <details class="nodeco"><summary>Have the Losses Applications Open</summary>
-      <p> When kicking from Multiturn, keep an eye on the losses application for unexpected spikes.
+      <p> When kicking from Multiturn, keep an eye on the losses application (`BLM Fixed Display`) for unexpected spikes.
       </p></details>
 
 - [ ] <details class="nodeco"><summary>Make Sure to Log All Info</summary>