VEHICLES WERE PRODUCED WITH A 6.0 AMP. CIRCUIT BREAKER RATHER THAN AN 8.25 AMP. CIRCUIT BREAKER IN THE WINDSHIELD WIPER AND WASHER SYSTEM. THIS COULD RESULT IN CIRCUIT INTERRUPTIONS UNDER HEAVY LOADS THAT MYA CAUSE INOPERATIVE WINDSHIELD WIPERS AND WASHERS. AT THE TIME OF RECALL ANNOUNCEMENT, NONE OF THESE VEHICLES HAD BEEN SOLD TO THE PUBLIC.
View the official source notice →VEHICLES WERE PRODUCED WITH A 6.0 AMP. CIRCUIT BREAKER RATHER THAN AN 8.25 AMP. CIRCUIT BREAKER IN THE WINDSHIELD WIPER AND WASHER SYSTEM. THIS COULD RESULT IN CIRCUIT INTERRUPTIONS UNDER HEAVY LOADS THAT MYA CAUSE INOPERATIVE WINDSHIELD WIPERS AND WASHERS. AT THE TIME OF RECALL ANNOUNCEMENT, NONE OF THESE VEHICLES HAD BEEN SOLD TO THE PUBLIC.
View the official source notice →VEHICLES WERE PRODUCED WITH A 6.0 AMP. CIRCUIT BREAKER RATHER THAN AN 8.25 AMP. CIRCUIT BREAKER IN THE WINDSHIELD WIPER AND WASHER SYSTEM. THIS COULD RESULT IN CIRCUIT INTERRUPTIONS UNDER HEAVY LOADS THAT MYA CAUSE INOPERATIVE WINDSHIELD WIPERS AND WASHERS. AT THE TIME OF RECALL ANNOUNCEMENT, NONE OF THESE VEHICLES HAD BEEN SOLD TO THE PUBLIC.
View the official source notice →VEHICLES WERE PRODUCED WITH A 6.0 AMP. CIRCUIT BREAKER RATHER THAN AN 8.25 AMP. CIRCUIT BREAKER IN THE WINDSHIELD WIPER AND WASHER SYSTEM. THIS COULD RESULT IN CIRCUIT INTERRUPTIONS UNDER HEAVY LOADS THAT MYA CAUSE INOPERATIVE WINDSHIELD WIPERS AND WASHERS. AT THE TIME OF RECALL ANNOUNCEMENT, NONE OF THESE VEHICLES HAD BEEN SOLD TO THE PUBLIC.
View the official source notice →