diff --git a/2025R2/system-coupling-2025-r2/articles/user-guide/channel-flow-tutorial.md b/2025R2/system-coupling-2025-r2/articles/user-guide/channel-flow-tutorial.md
index fe128e89db..f7bafeb1b3 100644
--- a/2025R2/system-coupling-2025-r2/articles/user-guide/channel-flow-tutorial.md
+++ b/2025R2/system-coupling-2025-r2/articles/user-guide/channel-flow-tutorial.md
@@ -70,7 +70,7 @@ _Figure 2: Mock solver geometry_
 ## Get the necessary files
 
 Download the [SCP library tutorial
-package](https://github.com/ansys/DevRelPublic/raw/main/Downloads/SystemCoupling/syc_ParticipantLibrary_r1_25.zip)
+package](https://github.com/ansys/DevRelPublic/raw/main/Downloads/SystemCoupling/syc_ParticipantLibrary_r2_25.zip)
 and extract it to a local directory. Inside the resulting directory, you will
 find a subdirectory called **HeatTransferSquareChannel**. This will serve as the
 simulation working directory and contains all the files needed for this
diff --git a/2025R2/system-coupling-2025-r2/articles/user-guide/pipe-mapping-tutorial.md b/2025R2/system-coupling-2025-r2/articles/user-guide/pipe-mapping-tutorial.md
index 7eb6d40dc4..0ae192a2cf 100644
--- a/2025R2/system-coupling-2025-r2/articles/user-guide/pipe-mapping-tutorial.md
+++ b/2025R2/system-coupling-2025-r2/articles/user-guide/pipe-mapping-tutorial.md
@@ -116,7 +116,7 @@ Python post-processing script are shown in subsequent sections of this tutorial.
 ## Get the necessary files
 
 Download the
-[SCP library tutorial package](https://github.com/ansys/DevRelPublic/raw/main/Downloads/SystemCoupling/syc_ParticipantLibrary_r1_25.zip)
+[SCP library tutorial package](https://github.com/ansys/DevRelPublic/raw/main/Downloads/SystemCoupling/syc_ParticipantLibrary_r2_25.zip)
 and
 extract it to a local directory. Inside the resulting directory, you will find a subdirectory called **PipeMapping**. This directory contains all the files needed for this tutorial. The contents of this subdirectory are:
 
diff --git a/2025R2/system-coupling-2025-r2/articles/user-guide/plate-damping-tutorial.md b/2025R2/system-coupling-2025-r2/articles/user-guide/plate-damping-tutorial.md
index 9fffde1008..c24008ed89 100644
--- a/2025R2/system-coupling-2025-r2/articles/user-guide/plate-damping-tutorial.md
+++ b/2025R2/system-coupling-2025-r2/articles/user-guide/plate-damping-tutorial.md
@@ -65,7 +65,7 @@ _Figure 2: Surface mesh in the damping solver_
 
 ## Get the necessary files
 
-Download the [SCP library tutorial package](https://github.com/ansys/DevRelPublic/raw/main/Downloads/SystemCoupling/syc_ParticipantLibrary_r1_25.zip)
+Download the [SCP library tutorial package](https://github.com/ansys/DevRelPublic/raw/main/Downloads/SystemCoupling/syc_ParticipantLibrary_r2_25.zip)
 and extract it to a local directory. Inside the resulting directory, you will
 find a subdirectory called **OscillatingPlateDamping**. This will serve as the
 simulation working directory and contains all the files needed for this