Is The Ford Explorer Rear Wheel Drive – Unraveling Drivetrain Options
Thinking about the powertrain of your Ford Explorer? While historically some generations offered rear-wheel drive, many modern Explorers are primarily front-wheel drive or feature advanced all-wheel drive systems. Understanding your specific model’s configuration is crucial for everything from everyday driving to off-road adventures, ensuring you get the most out of your versatile SUV.
Ever wondered what powers the wheels of your trusty Ford Explorer? You’re not alone. This is a common question among owners and prospective buyers alike, especially when considering performance, handling, and capability across different driving conditions. Many ask, is the Ford Explorer rear wheel drive, or has Ford shifted its strategy over the years?
Understanding your Explorer’s drivetrain—whether it’s front-wheel drive (FWD), rear-wheel drive (RWD), all-wheel drive (AWD), or four-wheel drive (4WD)—is fundamental. It impacts everything from how your SUV handles in snow to its towing capacity and off-road prowess. This comprehensive guide will demystify the Ford Explorer’s drivetrain history, helping you understand what’s under your vehicle and how to make the most of it.
Understanding the Ford Explorer Drivetrain Evolution
The Ford Explorer has a rich history, evolving significantly since its introduction in the early 1990s. Its drivetrain configurations have changed dramatically over these generations, adapting to market demands, technological advancements, and consumer preferences.
Initially, the Explorer was built on a truck-based platform, sharing components with the Ford Ranger pickup. This foundation naturally lent itself to rear-wheel drive as its primary configuration, often paired with optional four-wheel drive systems for enhanced traction.
Early Generations: The RWD Foundation
For many years, the Ford Explorer was indeed a rear-wheel drive vehicle. This design choice provided a robust platform, excellent towing capabilities, and a particular driving feel that many traditional SUV owners appreciated.
Rear-wheel drive vehicles typically offer a balanced weight distribution, which can contribute to better handling dynamics, especially during acceleration. It also simplifies the steering system, as the front wheels are solely responsible for direction, not power delivery.
The Shift to Unibody and FWD Platforms
As consumer preferences shifted towards more car-like comfort and fuel efficiency, Ford redesigned the Explorer. Later generations, particularly starting from the fifth generation (2011-2019), moved away from the traditional body-on-frame, rear-wheel drive architecture.
These newer models adopted a unibody construction and a front-wheel drive biased platform. This change brought benefits like improved ride comfort, better fuel economy, and a more spacious interior due to the absence of a large transmission tunnel running through the cabin.
Is the Ford Explorer Rear Wheel Drive? A Generation-by-Generation Breakdown
Let’s dive into the specifics of how the Explorer’s drivetrain has evolved. This will help you determine if your particular model, or one you’re looking to buy, truly is a rear-wheel drive vehicle.
It’s important to remember that even within generations, Ford often offered multiple drivetrain options. Always check the specific vehicle’s sticker or VIN for confirmation.
First to Fourth Generations (1991-2010): Primarily RWD
From its debut in 1991 through the 2010 model year, the Ford Explorer was fundamentally a rear-wheel drive SUV. These generations were built on a body-on-frame chassis, similar to pickup trucks.
Standard configurations were RWD, with part-time or full-time 4WD systems available as options. This setup made these Explorers very popular among those who needed robust towing capacity and reliable off-road performance.
- 1st Generation (1991-1994): RWD standard, with available 4WD.
- 2nd Generation (1995-2001): RWD standard, with available ControlTrac 4WD.
- 3rd Generation (2002-2005): RWD standard, with available ControlTrac 4WD.
- 4th Generation (2006-2010): RWD standard, with available ControlTrac 4WD.
If you own one of these earlier models, then yes, your Ford Explorer is rear wheel drive, at least in its base configuration. The 4WD systems in these models were often quite capable for moderate off-roading and challenging conditions.
Fifth Generation (2011-2019): The FWD Shift
This generation marked a significant departure. The 2011 Ford Explorer moved to a unibody platform, sharing architecture with vehicles like the Ford Taurus and Flex. This meant its primary drivetrain was now front-wheel drive.
However, Ford still offered an intelligent all-wheel drive (AWD) system as an option. This AWD system was designed to automatically distribute power to the wheels with the most traction, significantly improving performance in adverse weather conditions.
Sixth Generation (2020-Present): Back to RWD Bias (Mostly)
In a surprising but welcome move for many enthusiasts, the sixth-generation Explorer returned to a rear-wheel drive biased architecture. This means the standard configuration for most models is now RWD.
This return to RWD was part of a broader strategy to enhance driving dynamics, towing capacity, and off-road capability. Of course, all-wheel drive remains an option across most trim levels, providing the best of both worlds for many drivers.
So, if you have a 2020 or newer Ford Explorer, it’s highly likely that your vehicle is rear-wheel drive in its base form. The optional intelligent AWD system is also highly capable, utilizing the RWD bias for better handling.
Front-Wheel Drive Explorers: What You Need to Know
While the latest models revert to a RWD bias, it’s crucial to understand the FWD versions, particularly the fifth generation. Front-wheel drive vehicles have their own set of characteristics and benefits.
In a front-wheel drive setup, the engine, transmission, and drive axles are all located at the front of the vehicle. This compact arrangement saves space, reduces weight, and often improves fuel efficiency.
Advantages of FWD Explorers
- Improved Traction in Snow (Sometimes): With the engine weight directly over the drive wheels, FWD vehicles can sometimes offer better traction on slippery surfaces compared to a pure RWD vehicle without traction control.
- Better Fuel Economy: Less drivetrain complexity and weight often lead to better gas mileage.
- More Interior Space: The absence of a rear driveshaft tunnel can free up cabin space.
Driving Considerations for FWD Explorers
While capable, FWD Explorers handle differently than their RWD or AWD counterparts. Under hard acceleration, especially on slippery surfaces, you might experience “torque steer,” where the steering wheel pulls to one side.
Cornering limits can also be different. FWD vehicles are more prone to understeer (where the front wheels lose grip and the car pushes wide) when pushed hard. Always drive within your vehicle’s and your own limits, especially when towing or in adverse conditions.
Navigating All-Wheel Drive and Four-Wheel Drive Systems
Many Ford Explorer models, regardless of their FWD or RWD bias, offer advanced AWD or 4WD systems. These systems are designed to provide enhanced traction and control, especially when conditions get tough.
Understanding the difference between AWD and 4WD is key to maximizing your Explorer’s capabilities and knowing its limits.
All-Wheel Drive (AWD) Systems
Modern Explorer AWD systems are typically “full-time” or “on-demand.” They constantly monitor wheel speed, throttle input, and steering angle to automatically distribute power to the wheels with the most grip. There’s usually no driver input required.
Ford’s Intelligent AWD system, often paired with the Terrain Management System, allows drivers to select different modes (e.g., Normal, Sand, Mud/Ruts, Snow/Gravel/Grass). These modes optimize throttle response, transmission shift points, and traction control settings for specific conditions.
Four-Wheel Drive (4WD) Systems
Older Explorer models often featured more traditional 4WD systems. These typically offer selectable modes, such as 2H (two-wheel drive, high range), 4H (four-wheel drive, high range), and sometimes 4L (four-wheel drive, low range).
4L is particularly useful for extreme off-roading, providing maximum torque at low speeds. However, 4WD systems, especially part-time ones, should generally not be used on dry pavement, as it can cause drivetrain binding and damage.
When to Engage 4WD/AWD and Safety Tips
For AWD systems, there’s usually nothing to engage—they work automatically. For 4WD systems, engage 4H when you encounter slippery roads, light snow, or mild off-road trails. Use 4L only for very slow, challenging terrain like deep mud, steep climbs, or rock crawling. Safety First:
- Always slow down significantly when engaging 4L.
- Never use 4WD on dry, hard-surface roads unless specifically designed for full-time use.
- Even with AWD/4WD, remember that traction control helps you go, but doesn’t necessarily help you stop or turn on ice. Drive cautiously.
- If you find yourself stuck off-road, assess the situation carefully. If you’re unsure, or if conditions are extreme, it’s safer to call for professional recovery or a park ranger than to risk further damage or injury.
Driving Dynamics: RWD vs. FWD vs. AWD/4WD Explorers
The choice of drivetrain significantly influences how your Explorer feels and performs on the road and off. Understanding these differences can help you appreciate your vehicle’s capabilities and limitations.
Each configuration offers a distinct driving experience, impacting everything from acceleration to cornering stability.
RWD Driving Experience
Rear-wheel drive Explorers often provide a more “sporty” feel due to better weight distribution during acceleration. The front wheels are free to steer, leading to a more direct and precise steering feel. This setup is generally preferred for towing heavy loads as the power is applied where the load is greatest.
However, RWD can be challenging in slippery conditions without proper traction control or winter tires. The rear wheels can lose grip more easily, leading to oversteer or “fishtailing.”
FWD Driving Experience
Front-wheel drive Explorers are typically known for their stable and predictable handling, especially in everyday commuting. They tend to be easier to drive in light snow and rain due to the engine’s weight over the drive wheels.
The primary drawback can be understeer when cornering aggressively and less optimal weight transfer for performance driving or heavy towing compared to RWD or AWD.
AWD/4WD Driving Experience
AWD and 4WD Explorers offer the best all-weather and multi-terrain versatility. They provide superior traction and stability, making them ideal for navigating challenging roads, snowy conditions, or moderate off-road trails.
While they excel in traction, these systems add weight and complexity, which can slightly impact fuel economy compared to a pure FWD or RWD variant. However, the added confidence and capability often outweigh these minor drawbacks for many owners.
Maintenance and Performance Considerations for Your Explorer’s Drivetrain
Regardless of whether your Ford Explorer is rear wheel drive, front-wheel drive, or equipped with AWD/4WD, regular maintenance is paramount. Each drivetrain type has specific components that require attention.
Neglecting drivetrain maintenance can lead to costly repairs and compromise your vehicle’s safety and performance.
Key Drivetrain Maintenance Tips
- Differential Fluid: For RWD and 4WD/AWD vehicles, the front and/or rear differentials contain fluid that needs periodic changing. Refer to your owner’s manual for recommended intervals. This fluid lubricates gears and keeps them cool.
- Transfer Case Fluid: 4WD and some AWD vehicles have a transfer case, which also requires specific fluid maintenance. This component is crucial for distributing power between the front and rear axles.
- Drive Shafts and CV Joints: Inspect drive shafts (for RWD/AWD/4WD) and Constant Velocity (CV) joints (for FWD/AWD/4WD) for wear, tears in boots, or unusual noises. Damaged boots can lead to joint failure.
- Tire Rotation and Matching: Especially critical for AWD/4WD vehicles, ensure tires are rotated regularly and, if replacing, that all four tires are of the same size, type, and wear. Mismatched tires can stress the drivetrain.
- Transmission Fluid: While not strictly a drivetrain component in the same way, the transmission is integral to power delivery. Follow your manufacturer’s recommendations for fluid changes.
Performance Mods and Considerations
If you’re an off-road enthusiast or looking to enhance performance, understanding your drivetrain is vital before making modifications.
For RWD-biased Explorers, upgrades like stronger differentials, lift kits, and appropriate off-road tires can significantly boost capability. For FWD or AWD models, performance upgrades often focus on engine tuning, suspension improvements, and brake enhancements.
Always consult with a reputable shop or experienced off-roaders before making significant modifications. Incorrect modifications can compromise safety and vehicle integrity.
Frequently Asked Questions About Ford Explorer Drivetrains
What is the difference between AWD and 4WD in a Ford Explorer?
AWD (All-Wheel Drive) systems are typically full-time and automatic, designed to continuously monitor and distribute power to all wheels as needed for improved traction on varying surfaces. 4WD (Four-Wheel Drive) systems, especially in older Explorers, often require manual engagement and may offer a low-range gear for severe off-roading. Modern Explorers usually feature intelligent AWD, which is a sophisticated, automatic system.
Can I take my FWD Ford Explorer off-roading?
While a FWD Explorer can handle light gravel roads or well-maintained dirt paths, it is not designed for serious off-roading. Its limitations include less ground clearance, road-biased tires, and the absence of a robust 4WD system or locking differentials needed for challenging terrain. Stick to paved roads and very mild trails to avoid getting stuck or damaging your vehicle.
How do I know if my specific Ford Explorer is RWD, FWD, or AWD?
The easiest way to confirm your Explorer’s drivetrain is to check your vehicle’s owner’s manual or the sticker on the driver’s side door jamb. The VIN (Vehicle Identification Number) can also be decoded by a dealership or online VIN decoder to reveal specific vehicle details, including its drivetrain configuration.
Are RWD Explorers better for towing?
Generally, yes. Rear-wheel drive vehicles are often preferred for towing because the power is applied directly to the rear wheels, which bear the brunt of the trailer’s weight. This can lead to more stable and efficient towing, especially for heavier loads, compared to FWD setups. The latest RWD-biased Explorers reflect this advantage.
What type of tires should I use for my Explorer’s drivetrain?
For FWD and RWD Explorers, all-season tires are common. However, if you live in an area with harsh winters, dedicated winter tires will significantly improve traction and braking. For AWD/4WD Explorers, all-terrain tires are a good compromise for mixed road and light off-road use, while true mud-terrain tires are best for serious off-roading. Always ensure all four tires are the same size and type, especially for AWD systems.
Conclusion: Powering Your Explorer Adventure
So, is the Ford Explorer rear wheel drive? The answer, as we’ve seen, is “it depends.” While early generations were built on a true RWD platform, the fifth generation shifted to FWD. Thankfully, the latest sixth-generation Explorers have returned to a RWD-biased architecture, offering a compelling blend of performance and capability.
Understanding your specific Explorer’s drivetrain is more than just trivia; it’s essential knowledge for responsible ownership. It informs your driving style, maintenance schedule, and understanding of your vehicle’s limits, whether you’re commuting to work, embarking on a family road trip, or tackling a snowy mountain pass.
No matter which Explorer you drive, regular maintenance and an informed approach to driving will ensure your SUV continues to be a reliable and versatile companion for all your adventures. Keep those fluids fresh, inspect your components, and always drive safely and within your vehicle’s capabilities. Happy trails!
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