When evaluating the long-term ownership experience of the 2019 Ford Explorer, reliability stands as a central concern for potential buyers. This specific model year represents a significant generation for the Explorer, sitting comfortably within the third generation of the current platform and benefiting from years of refinement. Understanding how this vehicle holds up over time requires looking at specific mechanical components, electronic systems, and the general consensus among owners and industry experts. The goal here is to dissect the trustworthiness of the 2019 model year, separating fact from perception to provide a clear picture for anyone considering this mid-size SUV.
Overview of the 2019 Model Year
The 2019 Ford Explorer arrived with a strong foundation, building upon the solid engineering of its predecessor. This year marked the end of the generation for the traditional gasoline-only models, as the hybrid variant was about to make its introduction. Mechanically, the core powertrain options remained consistent, featuring the reliable 3.5-liter EcoBoost V6. While the base engine provided adequate power, the real focus for reliability often lands on how these larger engines perform over the lifespan of the vehicle. Owners entering the 2024 used market will find this model year represents a mature design with known strengths and documented weaknesses.
Powertrain and Drivetrain Durability
The heart of the 2019 Explorer is its 3.5-liter EcoBoost V6, a unit that has proven to be generally robust when properly maintained. This engine delivers the power necessary for the weight of the SUV, but it does so under considerable stress. Reports indicate that while major failures are not epidemic, some owners have experienced timing chain issues and excessive oil consumption as the mileage climbs past the 60,000-mile mark. Transmission reliability, specifically the six-speed automatic, is largely considered a strong point, handling the torque of the EcoBoost without frequent slipping or harsh shifting under normal driving conditions.
Common Issues and Maintenance Considerations
To accurately assess the 2019 Ford Explorer reliability, one must address the specific ailments that have surfaced within the model year. Beyond the engine concerns, there are other systems that require attention. Electrical gremlins, while not unique to this year, can manifest as faulty sensors or malfunctioning infotainment glitches. Furthermore, the complex all-wheel-drive system, involving multiple clutches and transfer case electronics, is a component that owners should monitor. Regular maintenance is the single biggest factor in ensuring this model year delivers the expected lifespan, making adherence to the service schedule non-negotiable.
Timing chain wear and potential noise.
Oil consumption below optimal levels.
Transmission smoothness and longevity.
Electronic module and sensor failures.
All-wheel-drive system vigilance.
Suspension component wear.
Safety Ratings and Real-World Performance
Safety is a pillar of reliability, as a dependable vehicle is one that protects its occupants consistently. The 2019 Ford Explorer earned a Top Safety Pick+ rating from the Insurance Institute for Highway Safety (IIHS), demonstrating excellence in crashworthiness and headlight performance depending on the trim. This validation from a rigorous independent testing body speaks volumes about the structural integrity and safety technology of the model. In real-world driving, the stability control system integrates well with the traction systems, providing confidence-inspiring handling in adverse weather conditions.
Looking at aggregated data from sources like Consumer Reports provides a quantifiable view of the 2019 Ford Explorer reliability. Owner surveys often place this specific model year in the average range for mid-size SUVs, indicating that while not the most problematic vehicle on the road, it is not without its quirks. The consensus suggests that the Explorer is a capable family hauler that requires a proactive approach to ownership. Owners who perform regular checks on fluids, tires, and the auxiliary belt system tend to report higher satisfaction and fewer unexpected repairs compared to those who follow a more reactive maintenance strategy.
