Ford Explorer Front Wheel Drive – What Every Owner Needs To Know

The Ford Explorer, a versatile SUV, has evolved significantly, offering various drivetrain configurations over the years. Understanding whether your particular model utilizes a front-wheel drive system, and what that means for its performance, maintenance, and capabilities, is crucial for every owner. This guide delves into the specifics of the Ford Explorer’s front-wheel drive setup, helping you maximize its potential and ensure its longevity.

Are you driving a Ford Explorer and wondering about its front-wheel drive capabilities, or perhaps considering one for your next adventure? Many modern Explorers are built on a front-wheel drive architecture, offering distinct advantages in everyday driving and fuel efficiency. This comprehensive guide will equip you with expert knowledge on how this system works, its benefits, limitations, and essential maintenance tips to keep your SUV running smoothly for years to come.

Whether you’re navigating city streets, embarking on a weekend road trip, or tackling light off-road trails, knowing your vehicle’s drivetrain is paramount. For many, the Ford Explorer front wheel drive configuration is a perfect blend of practicality and performance. We’ll explore everything from its engineering advantages to the common maintenance tasks that DIYers can confidently handle, ensuring you get the most out of your ride.

This article will shed light on the nuances of this popular SUV’s FWD system, providing actionable advice and insights from an experienced automotive perspective. You’ll learn what to expect from your FWD Explorer, how to maintain its key components, and when to consider professional help for more complex issues. Get ready to become a more informed and empowered Ford Explorer owner.

Table of Contents

Understanding the Ford Explorer’s Drivetrain Evolution

The Ford Explorer has a rich history, beginning as a body-on-frame SUV primarily with rear-wheel drive (RWD) or four-wheel drive (4WD) options. These earlier generations were known for their rugged utility and towing prowess.

However, beginning with the fifth generation (2011-2019), Ford made a significant shift. The Explorer moved to a unibody platform derived from the Taurus sedan, adopting a standard front-wheel drive architecture.

This change brought improved ride comfort, better fuel economy, and a more car-like driving experience. All-wheel drive (AWD) became an available option, built upon this FWD foundation.

The current sixth-generation Explorer (2020-present) actually returned to a RWD-based platform, with AWD as an option. So, when discussing the Ford Explorer front wheel drive, we are primarily referring to the 2011-2019 models.

Decoding FWD vs. AWD on the Explorer

It’s important to distinguish between front-wheel drive and all-wheel drive, especially when looking at the Explorer’s different generations.

Front-Wheel Drive (FWD): In a FWD system, engine power is sent exclusively to the front wheels. These wheels are responsible for both steering and propulsion.
All-Wheel Drive (AWD): AWD systems typically operate by sending power to all four wheels, either full-time or on demand. On FWD-based platforms like the 2011-2019 Explorer, the AWD system primarily drives the front wheels, only engaging the rear wheels when slip is detected.

Knowing your vehicle’s specific drivetrain is crucial for understanding its capabilities and maintenance needs.

Benefits of a Ford Explorer Front Wheel Drive System

For many drivers, a FWD Explorer offers compelling advantages, especially in urban and suburban environments. These benefits often translate to a more economical and practical ownership experience.

Enhanced Fuel Efficiency

One of the most significant advantages of a FWD system is its impact on fuel economy. FWD vehicles are generally lighter and have fewer drivetrain components than AWD or 4WD counterparts.

Fewer components mean less rotational mass and less friction, which translates to better mileage. This can save you a considerable amount at the pump over the vehicle’s lifespan.

Cost-Effectiveness

Opting for a Ford Explorer front wheel drive model often means a lower initial purchase price compared to an AWD variant. The manufacturing process for FWD is typically less complex, reducing overall costs.

Furthermore, maintenance can also be less expensive. There’s no transfer case, rear differential, or extra drive shafts to service, simplifying routine checks and repairs.

Improved Traction in Mild Conditions

While often perceived as inferior in traction, FWD vehicles excel in certain conditions. With the engine and transaxle weight concentrated over the front driving wheels, FWD Explorers often have excellent traction in light snow, rain, and gravel.

This weight distribution helps the front tires “dig in,” providing reliable grip for accelerating and maintaining control on slippery surfaces. Modern traction control systems further enhance this capability.

Simpler Design and Maintenance

The FWD drivetrain integrates the transmission and differential into a single unit called a transaxle. This compact design reduces complexity and the number of moving parts.

For DIY mechanics, this can mean easier access to certain components and fewer systems to troubleshoot. Common tasks like inspecting CV boots or replacing front brake pads can be more straightforward.

When a Ford Explorer Front Wheel Drive Might Be Limiting

While FWD offers many benefits, it’s important to acknowledge its limitations, especially if your driving habits include challenging conditions or heavy tasks.

Off-Road and Extreme Weather Scenarios

If you’re an avid off-roader or frequently encounter deep snow, thick mud, or loose sand, a Ford Explorer front wheel drive might not be your best companion. FWD systems are designed for paved roads and light-duty conditions.

In situations where all four wheels need to contribute to traction, FWD can quickly become overwhelmed. You might find yourself stuck more easily, even with good tires and careful driving.

For serious off-road adventures, an AWD or 4WD system with features like a locking differential or low-range gearing is far more capable. Always assess your typical driving environment before choosing your drivetrain.

Heavy Towing Capacity

While the Explorer, even in FWD guise, has a decent towing capacity, it’s generally less than its RWD or AWD counterparts. The front wheels are already responsible for propulsion and steering.

Adding a heavy trailer puts extra strain on these components and can affect stability and traction. If you plan on frequently towing large boats, campers, or utility trailers, an AWD Explorer might offer a more confident and safer experience.

Steep, Slippery Inclines

Attempting to climb steep hills, especially those covered in ice, snow, or loose gravel, can be challenging for FWD vehicles. The weight shifts to the rear during ascents, reducing the crucial downward force on the front driving wheels.

This reduction in traction can lead to wheelspin and difficulty maintaining momentum. AWD systems, by distributing power to all wheels, maintain better grip in these challenging uphill scenarios.

Essential Maintenance for Your Ford Explorer Front Wheel Drive

Regular maintenance is key to extending the life of any vehicle, and your FWD Explorer is no exception. Focusing on the unique components of the front drivetrain will ensure reliable performance.

Tire Care and Rotation

Tires on a FWD vehicle experience more wear on the front axle due to their dual role in steering and propulsion. Regular tire rotation is paramount to ensure even wear and maximize tire lifespan.

Aim for rotations every 5,000-7,500 miles, or as recommended in your owner’s manual. Always maintain proper tire pressure, which impacts fuel economy, handling, and tire longevity. Use a reliable tire pressure gauge weekly.

Inspect your tires regularly for uneven wear patterns, which can indicate alignment issues or worn suspension components. Address these promptly to prevent premature tire replacement.

CV Joint and Boot Inspection

The constant velocity (CV) joints are critical components in your FWD Explorer, allowing power to be transmitted to the wheels while they turn and move up and down with the suspension.

Each front wheel has an axle shaft with two CV joints, protected by rubber boots. These boots prevent dirt and moisture from entering the joint while retaining lubricating grease.

Regularly inspect these CV boots for tears or cracks. A damaged boot allows grease to escape and contaminants to enter, quickly leading to CV joint failure. You might hear a clicking or popping noise, especially when turning, if a CV joint is failing.

Replacing a torn CV boot promptly can save you from replacing the entire axle shaft, which is a more expensive repair. This is a common DIY task if you have the right tools like a CV boot clamp plier and some patience.

Axle Shaft Checks

The axle shafts (also known as half-shafts) transmit power from the transaxle to the front wheels. Beyond the CV joints, inspect the shafts themselves for any signs of damage, bending, or excessive play.

While less common, a bent or damaged axle shaft can cause vibrations and uneven tire wear. If you suspect an issue, it’s best to consult a professional mechanic, as specialized tools might be required for diagnosis and replacement.

Transmission Fluid Service

The automatic transmission in your FWD Ford Explorer is integrated with the front differential into the transaxle. The transmission fluid lubricates, cools, and cleans these vital components.

Refer to your owner’s manual for the recommended transmission fluid service intervals. While some modern transmissions are “sealed for life,” regular inspection of the fluid level and condition is always a good practice.

A simple visual check for fluid color and odor can reveal potential issues. Dark, burnt-smelling fluid often indicates overheating or internal wear, warranting a professional inspection.

Common Issues with Ford Explorer Front Wheel Drive Components

Even with diligent maintenance, certain components on a FWD vehicle are prone to wear. Knowing what to look for can help you diagnose problems early.

CV Joint Noise

As mentioned, a failing CV joint is a common issue. You’ll typically hear a rhythmic clicking or popping sound when turning, especially at lower speeds.

If the outer CV joint is failing, the noise will be more pronounced during turns. If the inner CV joint is failing, you might hear a clunking sound during acceleration or deceleration, or vibrations while driving.

Do not ignore these noises. A completely failed CV joint can leave you stranded. If you hear these symptoms, it’s time for an inspection and likely a replacement of the affected axle shaft.

Wheel Bearing Failure

Front wheel bearings on a FWD Explorer support the weight of the vehicle and allow the wheels to spin freely. They are subjected to significant stress and can eventually wear out.

Symptoms of a failing wheel bearing include a humming, grinding, or growling noise that changes with vehicle speed or when turning. You might also feel looseness in the wheel when the vehicle is jacked up.

Replacing a wheel bearing can be a moderately complex DIY task, requiring tools like a hub puller and a press, or specialized bearing removal tools. Many DIYers opt for a professional for this repair.

Uneven Tire Wear and Steering Issues

Beyond tire rotation, uneven wear can point to underlying problems with your FWD system or suspension. Cupping or feathering patterns can indicate worn shocks, struts, or alignment issues.

A pulling sensation to one side, loose steering, or excessive vibration can all stem from worn steering components, ball joints, tie rods, or even a misaligned wheel. Promptly addressing these issues is crucial for safety and handling.

Driving Tips for Your FWD Ford Explorer

Maximizing the potential of your Ford Explorer front wheel drive involves understanding its dynamics and adapting your driving style when necessary.

Driving in Light Snow and Rain

FWD Explorers perform admirably in light snow and rain due thanks to the weight over the drive wheels. However, always exercise caution.

Reduce your speed, increase following distance, and avoid sudden acceleration, braking, or steering inputs. Smooth inputs are key to maintaining traction.

Good quality all-season tires are usually sufficient for light winter conditions. For heavy snow, dedicated winter tires will provide a significant safety advantage.

Understanding Traction Limits

Every vehicle has its traction limits. With FWD, if the front wheels lose grip, you lose both propulsion and steering control. Be mindful of this when driving on loose surfaces or navigating sharp turns at speed.

Modern Explorers come equipped with electronic stability control (ESC) and traction control systems, which can help mitigate slip by selectively braking individual wheels and reducing engine power.

Weight Distribution for Better Traction

If you anticipate driving in slightly challenging conditions (e.g., a muddy access road to a campsite), adding some weight over the rear axle can sometimes improve overall stability, although it won’t add traction to the front wheels.

However, for a FWD vehicle, the primary traction is at the front. The best way to improve traction is with appropriate tires and by driving smoothly and deliberately. Avoid aggressive inputs that can break traction.

Upgrades and Considerations for FWD Explorer Owners

While a FWD Explorer is excellent for most daily driving, there are ways to enhance its performance and capability, or considerations if you find yourself pushing its limits.

Performance Tires and Suspension

Upgrading to higher-quality tires can significantly improve your FWD Explorer’s handling, braking, and traction. Performance-oriented all-season or summer tires can sharpen steering response and provide better grip on dry and wet pavement.

For those looking to refine the driving experience, aftermarket suspension components like upgraded shocks, struts, or sway bars can reduce body roll and improve overall ride quality and handling dynamics.

When to Consider an AWD Model Instead

If you consistently find your FWD Explorer struggling with the conditions you encounter – be it frequent heavy snow, muddy trails, or consistent towing – it might be time to consider an AWD model for your next vehicle.

AWD provides an extra layer of confidence and capability, distributing power to all four wheels as needed. While it comes with a slight penalty in fuel economy and initial cost, the added versatility can be well worth it for certain drivers.

If you’re an off-road enthusiast, exploring rough terrain or venturing far off the beaten path, a dedicated 4×4 with more robust off-road features would be a more suitable choice than even an AWD Explorer.

Frequently Asked Questions About Ford Explorer Front Wheel Drive

How can I tell if my Ford Explorer is front-wheel drive?

For 2011-2019 models, FWD was standard. You can check your owner’s manual, look for an “AWD” badge on the rear if it’s equipped with all-wheel drive, or examine the vehicle’s underside for a rear differential and drive shaft, which would indicate AWD or RWD. If you only see components going to the front wheels, it’s FWD.

Is a Ford Explorer front-wheel drive good in snow?

A FWD Ford Explorer performs well in light to moderate snow due to the weight of the engine and transaxle over the front drive wheels. For heavy snow or icy conditions, however, dedicated winter tires are highly recommended, and an AWD model would offer superior traction and control.

What are the common maintenance items for a FWD Explorer?

Key maintenance items include regular tire rotations, checking and replacing CV boots if torn, inspecting axle shafts for damage, and servicing the automatic transmission fluid according to the manufacturer’s schedule. Don’t forget standard items like oil changes, brake inspections, and fluid checks.

Can I take my FWD Ford Explorer off-roading?

A FWD Ford Explorer is not designed for serious off-roading. It can handle light gravel roads or well-maintained dirt paths to a campsite, but avoid deep mud, sand, large rocks, or steep, slippery inclines. Pushing its limits can lead to getting stuck or damaging components.

What is “torque steer” and does my FWD Explorer have it?

Torque steer is a phenomenon in FWD vehicles where strong acceleration causes the steering wheel to pull to one side. It occurs due to unequal forces applied to the front wheels, often from uneven axle shaft lengths or suspension geometry. While modern FWD Explorers have designs that minimize it, some slight torque steer can still be felt under hard acceleration.

Final Thoughts on Your Ford Explorer Front Wheel Drive

The Ford Explorer front wheel drive model is a highly capable and practical SUV for the vast majority of drivers. It offers a comfortable ride, good fuel economy, and reliable performance for daily commuting, family trips, and light adventures.

By understanding its capabilities, diligently performing routine maintenance on its specific FWD components, and driving within its design limits, you can ensure your Explorer provides years of dependable service.

Always prioritize safety, whether you’re performing DIY maintenance or navigating challenging road conditions. When in doubt about a repair or a strange noise, don’t hesitate to consult a trusted professional mechanic. Stay informed, stay safe, and enjoy every mile in your Ford Explorer!

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Robert Lozano

Robert Lozano is the founder of Engine Needs. With a passion for engines and automotive technology, he provides expert reviews, guides, and advice to help drivers make smarter vehicle decisions.