2013 Tesla Model SRecalls, problems, MPG & safety

“The vehicle has suffered a catastrophic, intermittent low-voltage network crash caused by a failing Body Control Module (BCM), resulting in multiple dangerous safety-critical failure modes. On a previous occasion, the vehicle woke up with severe network faults and automatically forced itself into Neutral. When the driver stepped out to get the child and shut the door, the system crashed entirely and the exterior electronic door handles failed to present, trapping an infant child inside the running vehicle. Most recently, while driving in a rainstorm, the vehicle suffered a complete failure of the windshield wipers, a total loss of the high-beam headlights, a total loss of the horn, and a total loss of electronic communication to the electronic parking brake system. Most critically, the vehicle experienced an uncommanded propulsion hazard where it hard-locked itself in the 'Drive' gear and absolutely refused to shift into 'Park' or 'Neutral,' forcing the driver to physically maintain heavy hydraulic brake pressure to keep the vehicle from creeping forward. Because the horn failed and the parking brake was disabled, the driver was trapped in the driver's seat…”

“I own a 2013 Tesla Model S. While investigating a knocking noise from the rear of the vehicle, I had a local shop disassemble the affected area and we discovered a crack in the rear subframe near a weld and mounting bracket. The fracture appears clean, with little or no visible corrosion. No previous repairs have been performed in the affected area. Given the location of the failure and the structural function of the component, I request an engineering review to determine the likely failure mechanism and whether similar failures have been documented on early Model S vehicles. My research shows the same failure in NHTSA complaint XXX. Other local shops also describe the same subframe failure on this Model and manufacturing year. Please advise whether any applicable service campaigns, revised replacement components, or goodwill repair assistance are available. I am attaching photographs. My vehicle VIN is [XXX].”

“While driving my 2013 Tesla Model S at normal road speed, the vehicle suddenly lost all propulsion without any warning. I had to coast and maneuver across traffic to avoid being hit before the car came to a stop. After shifting into Park, the vehicle displayed DI_w072 and DI_f072 gate‑drive faults, which indicate inverter/drive‑unit failure and match a pattern reported by other early‑model‑year Tesla owners. This sudden loss of motive power created a serious safety hazard, including risk of rear‑end collision and exposure to oncoming traffic while disabled. • No alerts appeared before the failure • Fault codes appeared only after the vehicle stopped • Vehicle required towing • Incident occurred under normal driving conditions • Tesla has denied responsibility or involvement It was serviced by Tesla a couple days before. During servicing they stated on one side the drive axle was not completely installed upon arrival. They stated they "popped it in for free but the drive unit will likely need replacement soon." Prior to this visit i have had no issues or alerts with these parts or systems, I declined any work to these areas. The next day after receiving my…”