2013 Lincoln Mkx

The contact owns a 2013 Lincoln MKX. The contact stated while driving approximately 50 MPH and attempting to depress the brake pedal, the brake pedal went all the way to the floorboard and failed to stop the vehicle within a reasonable time frame. The contact was able to pull over and restart the vehicle after waiting approximately 10 minutes. The contact stated no warning light was illuminated. The vehicle was not taken to a local dealer to be diagnosed or repaired. The manufacturer was not informed of the failure. The failure mileage was 125,482.

My brakes failed. I did not have a vehicle crash. I was pulling out of a parking lot and I was far enough behind the other car to avoid an accident. I took my 2013 Lincoln MKX to the Lincoln dealer and found that there is a 13no2 bulletin but it does not include my car even though they found that the brake booster is bad. I received no notice regarding this problem from Ford and no message on my car. There were no warning messages. I have 47,000 miles on my car.

The contact owns a 2013 Lincoln MKX. The contact stated while driving 30 MPH, he heard an abnormal noise and had to depress the brake pedal to the floor to stop the vehicle. The contact stated no warning light was illuminated. The contact took the vehicle to an independent mechanic and was informed that the brake booster system needed to be repaired. The vehicle was repaired. A dealer was not contacted. The manufacturer had not been informed of the failure. The failure mileage was approximately 102,000.

The power brake booster failed. This happened without any warning or warnings lights coming on. We noticed a hissing sound when using the brakes and a spongy feel. We often had to push the brake almost to the floor in order to stop the car! This put us and others at risk because the brakes were not working properly. We took the car to an auto repair shop and they diagnosed the issue as the power brake booster needing to be replaced. This first started happening a couple days ago. We are now afraid to drive it. Upon doing research, we noticed this is a known issue with Ford and Lincoln and our car was manufactured one month outside of the Customer Satisfaction Program 13N02. This program repairs this exact issue at no cost within 10 years and on cars up to 150k miles. Our car has 81k miles on it. There is no question about the dangers of these vehicles on the road. There should be a recall and it should be extended to cover OUR CAR. We should not have to pay out of pocket for the EXACT same issue others whose car was manufactured one month earlier are being covered for. The issue was clearly not resolved when our car was manufactured. Please look into this.

WHEN TRAVELING DOWN A BUMPY ROAD, I DEPRESSED THE BRAKE PEDAL JUST AS I HIT A RATHER LARGE BUMP. THE BRAKE PEDAL SUDDENLY WENT TO THE FLOOR. FROM THAT POINT ON, I HAD TO PUMP THE BRAKE PEDAL SEVERAL TIMES JUST TO GET THE BRAKES TO ACTIVATE AND SLOW THE VEHICLE DOWN. THIS IS A KNOWN ISSUE WITH VALVES STICKING IN THE ANTI-LOCK BRAKING SYSTEM ON THE FORDS AND LINCOLN'S. IN ORDER TO BE ABLE TO DRIVE THE VEHICLE, I HAD TO REMOVE THE 40AMP ABS PUMP FUSE AND THE 10AMP ABS MODULE FUSE. I NOW HAVE PERFECT BRAKE PEDAL PRESSURE, BUT THE ABS LIGHT AND BRAKE LIGHT ARE ILLUMINATED ON MY DASH. THIS ALMOST CAUSED AN ACCIDENT. LUCKILY, I WAS TRAVELING ON A ROAD WITH NO TRAFFIC. THIS SHOULD BE A RECALL, SINCE THE EARLIER VERSIONS OF THIS VEHICLE WERE RECALLED FOR SIMILAR PROBLEMS.

TL* THE CONTACT OWNS A 2013 LINCOLN MKX. THE CONTACT STATED THAT WHILE DRIVING AND COMING TO A STOP LIGHT, THE BRAKE PEDAL WAS DEPRESSED BUT FAILED TO LOWER, CAUSING THE BRAKING DISTANCE TO BE EXTENDED. AFTER THE VEHICLE CAME TO A STOP, THE VEHICLE STALLED WITHOUT WARNING. THE VEHICLE WAS RESTARTED. THE VEHICLE WAS TAKEN TO BILL HOOD FORD (1500 N. MORRISON BLVD, HAMMOND, LA 70401) TO BE DIAGNOSED. THE CONTACT WAS INFORMED THAT THE POWER BRAKE BOOSTER WAS FAULTY NEEDED TO BE REPLACED. THE VEHICLE WAS REPAIRED. THE MANUFACTURER WAS MADE AWARE OF THE FAILURE. THE FAILURE MILEAGE WAS 107,000.*DT*JB