The Ford Explorer AWD system represents a cornerstone of capability for this perennial best-selling three-row SUV, blending everyday comfort with confident traction in diverse conditions. Since its introduction, the available all-wheel-drive architecture has evolved significantly, integrating advanced computer controls and sophisticated hardware to manage power delivery precisely when and where it is needed. Understanding how this system functions, the benefits it provides, and the nuances of its various configurations is essential for potential buyers evaluating the Explorer against competitors.
Foundations of the Explorer AWD Architecture
At its core, the Ford Explorer AWD system is designed to optimize traction, stability, and handling by distributing engine power between the front and rear axles. Unlike rudimentary systems that permanently split power, modern implementations utilize intelligent sensors and software to constantly monitor driving dynamics. This allows the system to transition seamlessly between primarily front-wheel drive for fuel efficiency and confident all-wheel drive for enhanced grip during acceleration, cornering, or adverse weather. The integration with vehicle stability control further enhances safety by actively managing wheel slip.
Variants and Component Differences
Not all Ford Explorers are created equal, and this distinction extends to their drivetrain offerings. The base models typically come with a capable front-wheel-drive setup, while the mid-level and higher trimes include the standard AWD system. A more advanced performance-oriented variant, often found in the ST model, employs a unique twin-clutch all-wheel-drive system. This system provides near-instantaneous torque distribution between the front and rear wheels, differing fundamentally from the traditional multi-clutch center differential found in other trims.
Operational Mechanics and Driver Control
Driver interaction with the system is largely intuitive, with most power distribution managed automatically by the vehicle's computer. However, many trims offer selectable drive modes, allowing the driver to tailor the system's behavior to the terrain or desired driving style. For instance, a specific mode might optimize for slippery surfaces like snow or rain, while another prioritizes performance on dry pavement. This flexibility ensures the system is adaptable, whether navigating a daily commute or embarking on a weekend adventure.
Standard AWD systems on most trimes provide automatic, seamless power distribution.
Performance-oriented variants like the ST utilize a twin-clutch system for rapid torque shifts.
Driver-selectable modes allow for customization based on road conditions and driving preferences.
Integration with traction and stability control systems enhances overall safety and control.
Advantages in Real-World Driving Scenarios
The primary advantage of the Ford Explorer AWD system is the significant boost in confidence and control it provides in challenging driving environments. Whether encountering rain-slicked highways, unexpected snow squalls, or navigating steep, unpaved driveways, the system works continuously to maintain traction. This reduces the likelihood of getting stuck and helps maintain momentum and steering responsiveness, which is critical for a large vehicle like the Explorer. For families in regions with harsh winters or for adventurers seeking off-pavement access, this capability is invaluable.
Considerations for Ownership and Maintenance
Owning a vehicle with an all-wheel-drive system comes with specific considerations regarding maintenance and operational costs. While the Explorer's AWD system is designed for durability, it requires proper upkeep, including regular inspections of the transfer case and adherence to the recommended fluid change intervals. Additionally, tire choice plays a critical role; using identical tires, particularly on the same axle, is strongly recommended to ensure the system's sensors and differentials function correctly. Potential buyers should factor in these long-term maintenance requirements when considering the total cost of ownership.
