Is The Ford Explorer Front Wheel Drive – ? Understanding

ByRobert Lozano

The Ford Explorer’s drivetrain can be a bit of a puzzle, as it has evolved significantly over its long production history. While some generations and trim levels have indeed offered a standard front-wheel drive (FWD) configuration, many others have featured rear-wheel drive (RWD) or advanced all-wheel drive (AWD) and four-wheel drive (4WD) systems. Knowing your Explorer’s specific drivetrain is crucial for understanding its handling, maintenance, and capabilities.

For decades, the Ford Explorer has been a staple on American roads, evolving from a rugged, body-on-frame SUV to a more refined, family-friendly crossover. With each iteration, Ford has adapted the vehicle to meet changing consumer demands and engineering advancements. This constant evolution often leads to questions about fundamental characteristics, such as its drivetrain.

If you’re a current owner trying to understand your vehicle better, or a prospective buyer weighing options, clarifying the drivetrain is a smart move. Understanding whether your vehicle relies on the front wheels, rear wheels, or all four for power impacts everything from fuel economy to off-road capability.

This comprehensive guide will demystify the Ford Explorer’s drivetrain history, helping you identify your model’s setup and understand the implications for driving, maintenance, and overall performance. We’ll explore the characteristics of FWD, RWD, and AWD, offering practical insights for every Explorer enthusiast.

The Evolution of the Ford Explorer Drivetrain

The Ford Explorer has undergone several significant redesigns since its debut in 1991, and its drivetrain options have shifted considerably over these generations.

Understanding this history is key to knowing what to expect from any given model year.

Early Explorers: Dominantly Rear-Wheel Drive

The first four generations of the Ford Explorer, produced from 1991 through 2010, were primarily built on a traditional truck-based platform.

This meant they came standard with rear-wheel drive (RWD).

These models were known for their robust build and towing capabilities, characteristic of RWD SUVs.

Optional four-wheel drive (4WD) systems were available, offering enhanced traction for off-road adventures and challenging weather conditions.

Shifting Gears: The Front-Wheel Drive Era

A major shift occurred with the fifth-generation Explorer, introduced in 2011. Ford transitioned the Explorer to a unibody platform, sharing components with the Taurus sedan.

This design change meant that the standard drivetrain for the 2011-2019 models became front-wheel drive (FWD).

This move aimed to improve fuel efficiency, ride comfort, and interior space, aligning it more with the growing crossover SUV market.

However, an optional all-wheel drive (AWD) system was still offered, providing extra grip without the complexity of a traditional 4WD system.

Modern Explorers: A Blend of FWD, RWD, and Advanced AWD

For the sixth generation, starting in 2020, Ford made another significant change, returning the Explorer to a primarily rear-wheel drive (RWD) architecture.

This decision was driven by a desire to improve towing capacity, enhance driving dynamics, and accommodate performance-oriented variants like the Explorer ST.

While RWD is the standard, advanced all-wheel drive (AWD) systems remain available, offering excellent traction and featuring Ford’s Terrain Management System™ for various driving conditions.

It’s important to note that even with the RWD platform, some specific trims or regional versions might still have offered FWD, particularly in the fifth generation.

Understanding When the Ford Explorer is Front Wheel Drive

So, when exactly is the Ford Explorer front wheel drive? The answer largely depends on the model year you’re looking at.

Specifically, the fifth generation (2011-2019) is where you will most commonly find the Ford Explorer equipped with a standard FWD system.

If you own or are considering an Explorer from this period, it’s highly likely to be FWD unless it was specifically optioned with AWD.

Key Characteristics of Front-Wheel Drive

Front-wheel drive vehicles have the engine, transmission, and final drive components all located at the front of the vehicle, sending power directly to the front wheels.

This compact design offers several advantages:

  • Better Fuel Efficiency: Less drivetrain weight and fewer components result in improved MPG.
  • More Interior Space: The absence of a transmission tunnel running through the cabin allows for a flatter floor and more passenger room.
  • Improved Traction in Snow: With the engine’s weight directly over the drive wheels, FWD vehicles often exhibit better grip in slippery conditions like snow or light rain compared to RWD.
  • Lower Manufacturing Costs: Simpler construction can translate to a more affordable purchase price.

However, FWD also has some drawbacks, particularly for performance and heavy-duty tasks. These include potential “torque steer” under hard acceleration and reduced towing capacity compared to RWD or 4WD vehicles.

Identifying Your Explorer’s Drivetrain

Unsure if your Ford Explorer is front-wheel drive, rear-wheel drive, or all-wheel drive?

Here’s how to quickly find out:

  1. Check Your Owner’s Manual: This is the most reliable source. Your manual will clearly state the vehicle’s drivetrain configuration.
  2. Look for Badges: Some models, especially those with AWD or 4WD, will have badges on the tailgate (e.g., “AWD” or “4WD”). If there’s no badge, and it’s a 2011-2019 model, it’s likely FWD.
  3. Examine the Undercarriage: A quick visual inspection can reveal clues.
    • FWD: You’ll see half-shafts connecting the transmission directly to the front wheels. There will be no driveshaft running to the rear axle.
    • RWD/AWD/4WD: You’ll observe a driveshaft extending from the transmission to the rear differential, which then sends power to the rear wheels. AWD/4WD systems will also have a transfer case or power transfer unit (PTU) near the transmission.
  4. Check the VIN: A Ford dealership or an online VIN decoder can provide precise specifications for your vehicle, including its drivetrain.
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FWD vs. RWD vs. AWD: What’s the Difference for Your Explorer?

Understanding the fundamental differences between drivetrain types is crucial for appreciating your vehicle’s capabilities and limitations.

Each system offers a distinct driving experience and suitability for different conditions.

Front-Wheel Drive: Pros and Cons

As discussed, FWD Explorer models (primarily 2011-2019) prioritize efficiency and everyday practicality. Pros:

  • Excellent fuel economy for daily commuting.
  • Better traction in light snow or rain due to engine weight over the drive wheels.
  • More interior space and a flatter floor for passengers.
  • Generally lower purchase price and maintenance costs.

Cons:

  • Can experience “torque steer” – a pulling sensation in the steering wheel under hard acceleration.
  • Less ideal for heavy towing or serious off-roading.
  • Can suffer from understeer (pushing wide in corners) at the limit.
  • Tire wear can be more pronounced on the front tires due to handling both steering and propulsion.

Rear-Wheel Drive: The Traditional Foundation

Most early Explorers and all sixth-generation models (2020-present) come standard with RWD. Pros:

  • Superior handling balance and steering feel, especially in performance applications.
  • Better for towing heavy loads, as weight distribution improves traction at the rear.
  • No torque steer, leading to smoother acceleration.
  • Allows for a tighter turning radius in some designs.

Cons:

  • Less traction in slippery conditions (snow, ice) without additional weight over the rear wheels or traction control.
  • Can be prone to oversteer (the rear end sliding out) if traction is lost.
  • Often results in less interior space due to the driveshaft tunnel.
  • Typically slightly lower fuel efficiency than FWD.

All-Wheel Drive: Traction and Versatility

AWD has been an available option on almost every Explorer generation, and it’s a popular choice for its balance of capability. Pros:

  • Significantly improved traction in adverse weather conditions (snow, rain, mud, gravel).
  • Enhanced stability and grip during spirited driving.
  • Often features sophisticated electronic systems (like Ford’s Terrain Management System) to optimize power delivery.
  • Generally better resale value due to increased versatility.

Cons:

  • Higher purchase price compared to FWD or RWD.
  • Slightly reduced fuel economy due to increased weight and drivetrain friction.
  • More complex maintenance, with additional fluids to change (e.g., transfer case, differential).
  • While capable, it’s not a substitute for true 4WD in extreme off-road scenarios.

Driving and Maintaining Your Explorer’s Drivetrain

No matter if your Ford Explorer is front-wheel drive, rear-wheel drive, or all-wheel drive, understanding its specific needs is paramount for longevity and safe operation.

Proper driving techniques and routine maintenance are crucial.

FWD Driving Tips: From Pavement to Light Snow

If you have a FWD Explorer, you’ll appreciate its predictable handling and efficiency. Here are some tips:

  • Smooth Acceleration: Avoid heavy-footed starts, especially on wet or icy roads, to prevent wheel spin and torque steer.
  • Winter Driving: FWD excels in light snow. However, for deeper snow or ice, invest in quality winter tires. The added grip will make a significant difference.
  • Cornering: FWD vehicles tend to understeer if you enter a corner too fast. Brake before the turn, then gently accelerate through it.
  • Tire Rotation: Because the front tires do double duty (steering and propulsion), they often wear faster. Regular tire rotations (every 5,000-7,500 miles) are essential to ensure even wear and maximize tire life.

Drivetrain-Specific Maintenance Checks

Regular maintenance is the backbone of vehicle reliability. Tailor your checks to your Explorer’s drivetrain:

  • FWD Specifics:
    • CV Axle Boots: Regularly inspect the rubber boots on your Constant Velocity (CV) axles (half-shafts) for cracks or tears. These protect the joints from dirt and moisture. A torn boot can lead to CV joint failure, indicated by clicking noises when turning.
    • Transmission Fluid: Ensure your automatic transmission fluid (ATF) is at the correct level and condition. FWD transmissions work hard.
  • RWD/AWD/4WD Specifics:
    • Driveshaft and U-Joints: Check the driveshaft for any damage or excessive play in the universal joints (U-joints).
    • Differential Fluid: The front and/or rear differentials require specific gear oil. Check levels and change according to your owner’s manual, especially if you tow or drive off-road.
    • Transfer Case Fluid (AWD/4WD): This component also has its own fluid that needs regular inspection and replacement. Neglecting it can lead to costly repairs.
    • Tire Matching (AWD/4WD): It’s critical that all four tires on an AWD or 4WD vehicle are the same size, brand, model, and wear level. Mismatched tires can cause severe damage to the drivetrain.
  • All Drivetrains: Always follow the manufacturer’s recommended service intervals for fluid changes and inspections.

When to Seek Professional Help for Drivetrain Issues

While DIY maintenance is great, some drivetrain issues are best left to licensed professionals. Don’t hesitate to call your mechanic if you experience:

  • Unusual Noises: Grinding, clunking, humming, or whining sounds, especially when accelerating, turning, or shifting.
  • Vibrations: Any unusual vibrations felt through the steering wheel, floor, or seats.
  • Fluid Leaks: Puddles under your vehicle, especially dark, thick oil (gear oil) or reddish fluid (transmission fluid).
  • Warning Lights: Drivetrain-related warning lights on your dashboard, such as “AWD Malfunction” or “Service Engine Soon.”
  • Loss of Power: A noticeable decrease in acceleration or power delivery.
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Catching these issues early can save you from more extensive and expensive repairs down the line. When in doubt, get it checked out.

Choosing the Right Explorer Drivetrain for Your Needs

Deciding which Ford Explorer drivetrain is right for you boils down to your primary use case and local driving conditions.

There’s no single “best” option; it’s about matching the vehicle to your lifestyle.

Urban Commuter or Weekend Warrior?

For most daily drivers who primarily stick to paved roads and experience mild weather, a front-wheel drive Explorer from the 2011-2019 generation offers excellent value.

  • Urban Commuters: If fuel efficiency, a comfortable ride, and ample interior space are your top priorities, an FWD Explorer is a superb choice. It’s perfectly capable of handling city traffic, highway cruising, and light family duties.
  • Occasional Snow: If you only encounter light snow a few times a year, FWD with good all-season tires (or dedicated winter tires) will likely suffice.

However, if you’re a “weekend warrior” who enjoys occasional camping trips, light trail driving, or lives in an area with harsh winters, an AWD or RWD Explorer (with AWD option) might be more suitable.

Off-Roading and Towing Considerations

This is where drivetrain choice becomes critical:

  • Serious Off-Roading: While the Explorer is not a hardcore off-roader like a Bronco or Wrangler, its AWD and 4WD options (especially on earlier generations) significantly enhance capability. A front-wheel drive Explorer is generally not recommended for anything beyond well-maintained gravel roads. For true trail exploration, look for models with Ford’s Terrain Management System and good ground clearance.
  • Towing: If you plan to tow a boat, camper, or utility trailer, a RWD or AWD Explorer will offer superior performance. The RWD platform (standard on 2020+ models) is inherently better suited for towing due to its robust architecture and better weight distribution under load. Always check your specific model’s towing capacity in the owner’s manual.

Consider your local terrain, climate, and planned activities. If you regularly face challenging conditions or heavy loads, investing in an AWD or RWD Explorer with the right towing package will pay dividends in safety and capability.

Frequently Asked Questions About Ford Explorer Drivetrains

Let’s tackle some common questions related to the Ford Explorer’s drivetrain options.

What years of Ford Explorer are front-wheel drive?

The Ford Explorer was predominantly front-wheel drive (FWD) as its standard configuration during its fifth generation, which spans the model years 2011 through 2019. Prior generations were primarily rear-wheel drive, and the sixth generation (2020-present) returned to a rear-wheel drive architecture.

Is AWD better than FWD for an Explorer?

It depends on your needs. AWD (All-Wheel Drive) offers superior traction and stability in adverse weather conditions like snow, rain, or on gravel roads, and provides better handling dynamics. FWD (Front-Wheel Drive) Explorers typically offer better fuel economy and are generally less expensive to purchase and maintain. For most everyday driving, FWD is perfectly adequate, but for enhanced capability and safety in varied conditions, AWD is a strong advantage.

Can a front-wheel drive Explorer go off-road?

A front-wheel drive Ford Explorer is generally not recommended for off-road driving. Its capabilities are limited to paved roads, well-maintained gravel roads, and perhaps very light, dry dirt paths. It lacks the ground clearance, robust suspension, and advanced traction systems (like low-range gearing or locking differentials) necessary for true off-roading. Attempting to tackle challenging terrain with an FWD Explorer can lead to getting stuck or damaging the vehicle.

How do I know if my Explorer has AWD or FWD?

The easiest way to tell is to check your owner’s manual or look for an “AWD” badge on the tailgate. If it’s a 2011-2019 model without an “AWD” badge, it’s likely FWD. For definitive confirmation, you can check your vehicle’s VIN with a Ford dealership or an online VIN decoder, which will specify the exact drivetrain configuration.

Navigating the various drivetrain options of the Ford Explorer can seem complex, but understanding the basics empowers you to make informed decisions. Whether you’re driving a nimble FWD model, a robust RWD variant, or a versatile AWD, knowing your vehicle’s capabilities is the first step towards safe and efficient operation.

Always refer to your owner’s manual for specific maintenance schedules and capabilities, and don’t hesitate to consult with a trusted mechanic for any drivetrain concerns. By staying proactive with care and understanding, you’ll ensure your Explorer continues to serve you well, mile after mile.

Stay informed, drive safely, and enjoy the journey!

Robert Lozano
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