           print_int16(maxTemps[statPage-1], printBuf,0,1);
           OSD.print( printBuf );
           OSD.print( tempSymbol );
+          
+          OSD.setCursor( startCol, ++middle_infos_y );
+          OSD.print( fixFlashStr(&ESC_MINV_STR[statPage-1]) );
+          print_int16(minVoltage[statPage-1], printBuf,2,1);
+          OSD.print( printBuf );
+          OSD.print( fixChar('v') );
+          
+          OSD.setCursor( startCol, ++middle_infos_y );
+          OSD.print( fixFlashStr(&ESC_MAH_STR[statPage-1]) );
+          print_int16(ESCmAh[statPage-1], printBuf,0,1);
+          OSD.print( printBuf );
+          OSD.print( fixStr("mah") );
         }
      }
      else 

         LipoVoltage =   ((serialBuf[17+STARTCOUNT]<<8) | serialBuf[18+STARTCOUNT]);

         int8_t current_armed = serialBuf[16+STARTCOUNT];
         // switch disarmed => armed
         if (armed == 0 && current_armed > 0) 
         {

           i_tpa = ((serialBuf2[index+STARTCOUNT]<<8) | serialBuf2[index+1+STARTCOUNT]);
           index += 2;
           d_tpa = ((serialBuf2[index+STARTCOUNT]<<8) | serialBuf2[index+1+STARTCOUNT]);
         }
       }
    }
