diff --git a/app.ts b/app.ts
index c18144c..4598d38 100644
--- a/app.ts
+++ b/app.ts
@@ -25,8 +25,11 @@ namespace microcode {
             const arcadeShieldConnected = shieldhelpers.shieldPresent();
             if (arcadeShieldConnected)
                 this.pushScene(new microcode.Home(this))
-            else
-                new DistributedLoggingProtocol(this, false);
+
+            // Temp disabled elements relating to callbackObj (no mem)
+            // else
+                // new DistributedLoggingProtocol(this, false);
+                // new NoArcadeShieldMode(this);
         }
 
         public pushScene(scene: Scene) {
diff --git a/home.ts b/home.ts
index 7fbd07c..9b28d9c 100644
--- a/home.ts
+++ b/home.ts
@@ -52,7 +52,7 @@ namespace microcode {
                 y,
                 onClick: () => {
                     this.app.popScene()
-                    this.app.pushScene(new DistributedLoggingScreen(this.app))
+                    // this.app.pushScene(new DistributedLoggingScreen(this.app)) // Temp disabled elements relating to callbackObj (no mem)
                 },
             })
 
diff --git a/loggingConfig.ts b/loggingConfig.ts
index 2914a8d..7d29310 100644
--- a/loggingConfig.ts
+++ b/loggingConfig.ts
@@ -142,7 +142,7 @@ namespace microcode {
                                 this.app.popScene()
 
                                 if (this.nextSceneEnum == CursorSceneEnum.DistributedLogging) {
-                                    this.app.pushScene(new DistributedLoggingScreen(this.app, this.sensors, this.sensorConfigs));
+                                    // this.app.pushScene(new DistributedLoggingScreen(this.app, this.sensors, this.sensorConfigs)); // Temp disabled with Distributedlogging (no mem)
                                 }
                                 else {
                                     // All sensors are configured, pass them their config and move to the DataRecording screen:
diff --git a/noArcadeShieldMode.ts b/noArcadeShieldMode.ts
index 02082f0..c906d6d 100644
--- a/noArcadeShieldMode.ts
+++ b/noArcadeShieldMode.ts
@@ -369,8 +369,8 @@ namespace microcode {
                 case UI_SENSOR_SELECT_STATE.MAGNET:
                     return [new MagnetSensor()]
 
-                case UI_SENSOR_SELECT_STATE.RADIO:
-                    new DistributedLoggingProtocol(this.app, false);
+                // case UI_SENSOR_SELECT_STATE.RADIO:
+                //     new DistributedLoggingProtocol(this.app, false);
                     return []
             
                 default:
diff --git a/pxt.json b/pxt.json
index d747aa0..ad25491 100644
--- a/pxt.json
+++ b/pxt.json
@@ -48,8 +48,7 @@
         "sensorSelect.ts",
         "dataRecorder.ts",
         "tabularDataViewer.ts",
-        "generateGraph.ts",
-        "distributedLogging.ts"
+        "generateGraph.ts"
     ],
     "testFiles": [],
     "targetVersions": {
diff --git a/sensors.ts b/sensors.ts
index 91941d0..7cc9497 100644
--- a/sensors.ts
+++ b/sensors.ts
@@ -255,10 +255,11 @@ namespace microcode {
          * Time it takes for this algorithm to run is accounted for when calculating how long to wait inbetween logs
          * Mutates this.schedule
          * 
+         * Temp disabled elements relating to callbackObj (no mem)
          * @param callbackObj is used by the DistributedLoggingProtocol; after each log & after the algorithm finishes a callback will be made
         */
-        start(callbackObj?: ITargetDataLoggedCallback) {
-            const callbackAfterLog: boolean = (callbackObj == null) ? false : true
+        start() {//callbackObj?: ITargetDataLoggedCallback) {
+            // const callbackAfterLog: boolean = (callbackObj == null) ? false : true
             
             control.inBackground(() => {
                 let currentTime = 0;
@@ -272,8 +273,8 @@ namespace microcode {
                     const logAsCSV = this.schedule[i].sensor.log(0)
 
                     // Optionally inform the caller of the log (In the case of the DistributedLoggingProtocol this information can be forwarded to the Commander over radio)
-                    if (callbackAfterLog)
-                        callbackObj.callback(logAsCSV)
+                    // if (callbackAfterLog)
+                    //     callbackObj.callback(logAsCSV)
 
                     // Clear from schedule (A sensor may only have 1 reading):
                     if (!this.schedule[i].sensor.hasMeasurements())
@@ -321,8 +322,8 @@ namespace microcode {
                             const logAsCSV = this.schedule[i].sensor.log(currentTime)
 
                             // Optionally inform the caller of the log (In the case of the DistributedLoggingProtocol this information can be forwarded to the Commander over radio)
-                            if (callbackAfterLog)
-                                callbackObj.callback(logAsCSV)
+                            // if (callbackAfterLog)
+                            //     callbackObj.callback(logAsCSV)
 
                             // Update schedule with when they should next be logged:
                             if (this.schedule[i].sensor.hasMeasurements()) {
@@ -349,10 +350,11 @@ namespace microcode {
                         . # # # .
                     `)
                 }
-                if (callbackAfterLog) {
-                    DistributedLoggingProtocol.finishedLogging = true
-                    callbackObj.callback("")
-                }
+
+                // if (callbackAfterLog) {
+                //     DistributedLoggingProtocol.finishedLogging = true
+                //     callbackObj.callback("")
+                // }
             })
         }
     }