Yes. The Ford Explorer uses differentials as part of its drivetrain: a rear differential on all two-wheel-drive configurations and front and rear differentials on Intelligent 4WD versions, with a center coupling that distributes torque between axles on AWD models.
How the differential setup works in the Explorer
In automotive terms, a differential lets wheels on the same axle rotate at different speeds, which is essential for smooth turning. The Explorer’s design includes a rear differential on every model with a driveshaft to the rear. On Intelligent 4WD variants, there is also a front differential, and the system uses a center mechanism to manage how much torque is sent to the front versus the rear wheels. This arrangement helps the SUV grip the road in rain, snow, or slick surfaces by adjusting power delivery automatically.
Drivetrain configurations and what they mean
Below are the common setups you’ll encounter in the Explorer lineup:
- Rear-wheel-drive (RWD) models: power is delivered to the rear axle through a single rear differential; there is no front differential involved.
- Intelligent 4WD (AWD) models: both front and rear axles have differentials, connected by a center coupling or electronically controlled mechanism that distributes torque between the front and rear axles as needed for traction.
These arrangements influence traction, handling, and potential fuel efficiency, with AWD models offering enhanced grip in adverse conditions compared with traditional rear-drive configurations.
What to know if you’re shopping or maintaining
When evaluating a specific Explorer, check the drivetrain specification for the exact model year and trim to confirm whether it is RWD or Intelligent 4WD, as indicated in the build sheet or window sticker. Understanding which differential setup your vehicle has can help you anticipate maintenance needs and know how it should behave in low-traction conditions.
Summary
In brief, every Ford Explorer uses a rear differential, and AWD/Intelligent 4WD models add a front differential plus a center mechanism to balance torque between the axles. This differential architecture is designed to improve traction and stability across varying road conditions, with the specific setup depending on the chosen drivetrain configuration.