diff --git a/content/articles/2026-02-14-vpp-policers.md b/content/articles/2026-02-14-vpp-policers.md
index 77a7cac..d86281a 100644
--- a/content/articles/2026-02-14-vpp-policers.md
+++ b/content/articles/2026-02-14-vpp-policers.md
@@ -381,6 +381,38 @@ pim@summer:~/src/vpp$ make test-debug TEST=test_policer_subif V=2 | grep 'L2.*po
   'exceed_packets': 0, 'exceed_bytes': 0, 'violate_packets': 61, 'violate_bytes': 8906}
 ```
 
+## Results
+
+The policer works in all sorts of cool scenario's now. Let me give a concrete example, where I
+create an L2XC with VTR and then apply a policer. I've written about VTR, which stands for _VLAN Tag
+Rewriting_ before, in an old article lovingly called [[VPP VLAN Gymnastics]({{< ref
+"2022-02-14-vpp-vlan-gym" >}})]. It all looks like this:
+
+```
+vpp# create sub Gi10/0/0 100
+vpp# create sub Gi10/0/1 200
+vpp# set interface l2 xconnect Gi10/0/0.100 Gi10/0/1.200
+vpp# set interface l2 xconnect Gi10/0/1.200 Gi10/0/0.100
+vpp# set interface l2 tag-rewrite Gi10/0/0.100 pop 1
+vpp# set interface l2 tag-rewrite Gi10/0/1.200 pop 1
+vpp# policer add name pol-test rate kbps cir 150000 cb 15000000 conform-action transmit
+vpp# policer input name pol-test Gi10/0/0.100
+```
+
+After applying this configuration, the input bitmap on Gi10/0/0.100 becomes `POLICER(14) | VTR(10) |
+XCONNECT(1) | DROP(0)`. Packets now take the following path through the dataplane:
+
+```
+ethernet-input
+  → l2-input (computes bitmap, dispatches to bit 14)
+  → l2-policer-input (clears bit 14, polices, dispatches to bit 10)
+  → l2-input-vtr (clears bit 10, pops 1 tag, dispatches to bit 1)
+  → l2-output (XCONNECT: sw_if_index[TX]=Gi10/0/1.200)
+    → inline output VTR (pushes 1 tag for .200)
+  → interface-output
+  → Gi10/0/1-tx
+```
+
 ## What's Next
 
 I've sent the change, which was only about ~300 LOC, off for review. You can follow along on the