diff --git a/application/libraries/Qra.php b/application/libraries/Qra.php
index cd7f3e008..4925d3d08 100644
--- a/application/libraries/Qra.php
+++ b/application/libraries/Qra.php
@@ -134,7 +134,7 @@ class Qra {
 	 * @param string 	$unit		Unit of measurement
 	 * 	
 	 * @return object 	$maxdistanceqso		Object of the QSO with the maximum distance
-	 * @return integer 	$maxdistance		Maximum distance
+	 * @return float 	$maxdistance		Maximum distance
 	 */
 
 	function getMaxDistanceQSO($mylocator, $qsos, $unit = "M") {
@@ -162,7 +162,7 @@ class Qra {
 
 		$result = [];
 		$result['qso'] = $maxdistanceqso;
-		$result['distance'] = intval($maxdistance);
+		$result['distance'] = $maxdistance;
 
 		//return findings
 		return $result;
diff --git a/application/libraries/Reg1testformat.php b/application/libraries/Reg1testformat.php
index cea5f4d7b..b9aeeec7d 100644
--- a/application/libraries/Reg1testformat.php
+++ b/application/libraries/Reg1testformat.php
@@ -47,7 +47,7 @@ class Reg1testformat {
 
       //set QSO info for QSO with max distance only if we can determine it
       if($maxdistanceqso['qso'] != null){
-         $edi_header .= "CODXC=" . strtoupper($maxdistanceqso['qso']->COL_CALL) . ";" . substr(strtoupper($maxdistanceqso['qso']->COL_GRIDSQUARE), 0, 6) . ";" . $maxdistanceqso['distance'] . "\r\n"; //Arguments describe the claimed ODX contact call, WWL and distance.
+         $edi_header .= "CODXC=" . strtoupper($maxdistanceqso['qso']->COL_CALL) . ";" . substr(strtoupper($maxdistanceqso['qso']->COL_GRIDSQUARE), 0, 6) . ";" . intval($maxdistanceqso['distance']) . "\r\n"; //Arguments describe the claimed ODX contact call, WWL and distance.
       }else{
          $edi_header .= "CODXC=" . "\r\n"; //Arguments describe the claimed ODX contact call, WWL and distance. Leave empty.
       }