diff --git a/Assets/Mirror/Core/NetworkClient.cs b/Assets/Mirror/Core/NetworkClient.cs
index fdfae321d..bdfdfff21 100644
--- a/Assets/Mirror/Core/NetworkClient.cs
+++ b/Assets/Mirror/Core/NetworkClient.cs
@@ -20,12 +20,16 @@ public enum ConnectState
     /// <summary>NetworkClient with connection to server.</summary>
     public static partial class NetworkClient
     {
-        // send time snapshot every sendInterval.
-        // client may run at very high update rate for rendering.
-        // we don't want to send a time snapshot 120 times per second though.
-        // -> components are only synced when dirty though
-        // -> Timesnapshots are sent every sendRate
-        public static int sendRate = 30;
+        // time & value snapshot interpolation are separate.
+        // -> time is interpolated globally on NetworkClient / NetworkConnection
+        // -> value is interpolated per-component, i.e. NetworkTransform.
+        // however, both need to be on the same send interval.
+        //
+        // additionally, server & client need to use the same send interval.
+        // otherwise it's too easy to accidentally cause interpolation issues if
+        // a component sends with client.interval but interpolates with
+        // server.interval, etc.
+        public static int sendRate => NetworkServer.sendRate;
         public static float sendInterval => sendRate < int.MaxValue ? 1f / sendRate : 0; // for 30 Hz, that's 33ms
         static double lastSendTime;
 
diff --git a/Assets/Mirror/Core/NetworkManager.cs b/Assets/Mirror/Core/NetworkManager.cs
index 797c03e93..a2b576f86 100644
--- a/Assets/Mirror/Core/NetworkManager.cs
+++ b/Assets/Mirror/Core/NetworkManager.cs
@@ -49,9 +49,10 @@ public class NetworkManager : MonoBehaviour
         [Obsolete("NetworkManager.serverTickInterval was moved to NetworkServer.tickInterval for consistency.")]
         public float serverTickInterval => NetworkServer.tickInterval;
 
-        /// <summary>Server Update frequency, per second. Use around 60Hz for fast paced games like Counter-Strike to minimize latency. Use around 30Hz for games like WoW to minimize computations. Use around 1-10Hz for slow paced games like EVE.</summary>
-        [Tooltip("Client broadcasts 'sendRate' times per second. Use around 60Hz for fast paced games like Counter-Strike to minimize latency. Use around 30Hz for games like WoW to minimize computations. Use around 1-10Hz for slow paced games like EVE.")]
-        public int clientSendRate = 30; // 33 ms
+        // client send rate follows server send rate to avoid errors for now
+        /// <summary>Client Update frequency, per second. Use around 60Hz for fast paced games like Counter-Strike to minimize latency. Use around 30Hz for games like WoW to minimize computations. Use around 1-10Hz for slow paced games like EVE.</summary>
+        // [Tooltip("Client broadcasts 'sendRate' times per second. Use around 60Hz for fast paced games like Counter-Strike to minimize latency. Use around 30Hz for games like WoW to minimize computations. Use around 1-10Hz for slow paced games like EVE.")]
+        // public int clientSendRate = 30; // 33 ms
 
         /// <summary>Automatically switch to this scene upon going offline (on start / on disconnect / on shutdown).</summary>
         [Header("Scene Management")]
@@ -328,7 +329,7 @@ void SetupClient()
                 authenticator.OnClientAuthenticated.AddListener(OnClientAuthenticated);
             }
 
-            NetworkClient.sendRate = clientSendRate;
+            // NetworkClient.sendRate = clientSendRate;
         }
 
         /// <summary>Starts the client, connects it to the server with networkAddress.</summary>