Are Ford Explorers Four Wheel Drive? | 4WD Trim Guide

No, not every Ford Explorer is four wheel drive; many trims are two wheel drive with optional 4WD or AWD on certain years.

Ford has sold the Explorer in rear wheel drive, front wheel drive, four wheel drive, and all wheel drive form over more than three decades. That mix creates plenty of confusion for shoppers and owners who just want to know how many wheels their SUV can power when the road turns slick.

Early truck based Explorers used classic part time 4WD with a low range. Later models switched to automatic systems that feel closer to AWD crossovers, even when Ford still labels them as 4WD. So when you ask are ford explorers four wheel drive?, the honest reply depends on the generation, the engine, and the trim badge on the tailgate.

This page walks through Explorer drivetrains by generation, shows how to tell which setup you have, and shares real world tips on snow driving, towing, and buying a used four wheel drive Explorer with fewer surprises.

Ford Explorer Drivetrain Basics

Before sorting through trims and years, it helps to draw a clear line between the different drive layouts that Ford uses. Every Explorer is either driven by two wheels most of the time or by all four, but the way the system behaves on the road makes a big difference in traction and upkeep.

Quick check: when you glance at any Explorer spec sheet, look for three phrases first: rear wheel drive, front wheel drive, and 4WD or AWD. Those labels tell you almost everything about how the SUV will move power to the pavement.

• Rear wheel drive (RWD) — Power goes to the rear axle in normal driving, with a driveshaft running from the transmission to the rear differential.
• Front wheel drive (FWD) — Power goes to the front wheels only, with the engine and gearbox packaged together across the nose.
• Four wheel drive (4WD) — A transfer case sends power to both axles, often with a low range for slower off road or heavy towing work.
• All wheel drive (AWD) — An automatic system shuffles power between axles as needed, usually without a separate low range gear.

Older Explorer generations used part time 4WD systems that the driver turns on and off with a button or switch. Newer Explorers rely on an “intelligent” system that decides when to send power to the second axle through clutches and software. Both can move all four wheels, yet their behavior on a steep trail or deep snow bank feels different.

Ford marketing sometimes calls modern systems 4WD even when they operate like AWD crossovers. So the best way to judge capability is not the label alone but whether the SUV has a selectable low range and how much control you get over the modes.

Ford Explorer Four Wheel Drive Availability By Generation

Explorer drivetrains follow a clear pattern once you split them into truck based and crossover generations. Early models rode on a Ranger style frame with part time 4WD. Starting with the 2011 model year, the Explorer moved to a car like unibody layout with FWD or automatic 4WD, then later returned to a rear drive based platform with an advanced AWD style system.

Quick check: use the model year first, then the engine and trim, to narrow down whether a given Explorer is two wheel drive only or can send power to all four corners.

Generation / Years	Standard Drive	4WD / AWD Availability
1st gen (1991–1994)	RWD	Part time 4WD with low range on many trims
2nd gen (1995–2001)	RWD	ControlTrac 4WD on V6, AWD on many V8 models
3rd gen (2002–2005)	RWD	Selectable 4WD or full time AWD, trim dependent
4th gen (2006–2010)	RWD	4WD or AWD with V6 and V8 options
5th gen (2011–2019)	FWD	Intelligent 4WD (AWD style) on many trims
6th gen (2020–current)	RWD	Intelligent 4WD optional across the range

First and second generation Explorers match the classic SUV formula: rear wheel drive standard, with push button 4×4 that sends power to both axles and offers a low range. Many owners still use these trucks for light trails, winter cabin access, and towing boats up slippery ramps.

Third and fourth generation versions kept the body on frame layout but shifted toward automatic systems. Some trims use a full time AWD system paired with V8 engines, while others retain driver selectable 4×4 modes. Shoppers hunting for a dedicated tow or trail rig often chase these years because they balance comfort with stout drivelines.

With the 2011 switch to a unibody design, the Explorer leaned toward family crossover duty. Base models use front wheel drive, and the available “intelligent 4WD” system behaves more like AWD. It still helps in snow and on gravel, yet the lack of a low range and the lower ground clearance mean it suits mild off pavement tracks more than deep ruts.

The latest sixth generation Explorer rides on a rear drive based platform again, with a modern AWD style setup that Ford still labels 4WD. Drive modes tailor how the system reacts in sand, snow, tow situations, and sport driving. There is no separate gear lever for a low range, yet the software and hardware together deliver strong traction for daily use.

Are Ford Explorers Four Wheel Drive? Trim And Package Nuances

Even within a single generation, Ford sells Explorers that look identical from the curb yet hide different drivelines. So a flat yes or no to “are ford explorers four wheel drive?” misses these small but crucial details that matter when you leave paved roads or weigh up a used SUV deal.

V8 powered second generation Explorers, for instance, often came with full time AWD rather than traditional part time 4WD. Many fifth generation models pair turbo four or V6 engines with either FWD or the intelligent 4WD system. Fleet and police units lean toward all wheel traction, while some rental and base retail trims stick with two driven wheels only.

• Base and value trims — More likely to ship with two wheel drive as standard, especially in warmer regions.
• Mid and luxury trims — Often bundle 4WD or AWD with larger wheels, tow packs, and extra drive modes.
• Police and special duty — Usually rely on full time AWD for pursuit work and mixed road surfaces.

Dealers also order stock based on local weather and buyer habits. In snow belt areas, it is common to see lots packed with 4WD or AWD Explorers. In sun belt regions, plenty of front wheel drive or rear wheel drive units roll off the lot because they cost less and sip a bit less fuel.

So the only safe assumption is that an Explorer can be four wheel drive, not that it always is. The next step is to confirm what sits under the specific SUV parked in front of you.

How To Tell If Your Explorer Has 4WD Or AWD

Do not rely on a casual “I think it’s 4×4” from a seller or friend. A quick visual and paperwork check takes only a few minutes and gives a clear answer on whether power reaches both axles and how the system works.

1. Check the rear badge — Many Explorers carry “4×4” or “AWD” lettering on the tailgate or near the trim badge.
2. Inspect the drive mode controls — Look near the shifter for a knob or buttons marked 4×4, Terrain Management, or drive modes.
3. Look under the vehicle — A second driveshaft running to the front axle and a transfer case or power takeoff point to 4WD or AWD.
4. Read the owner’s manual — The driveline section lists whether the system is RWD, FWD, 4WD, or AWD and which modes you can select.
5. Decode the VIN or window sticker — Many online VIN tools and Ford’s own resources list the drive layout for that exact SUV.

Quick check: if you see a selectable “4×4 Low” setting, you are looking at a more truck like 4WD Explorer. If you only see drive modes such as Snow, Sand, Sport, and so on, the SUV likely uses an automatic AWD style system that still feeds both axles without a separate low range.

When buying used, take the extra step of driving on a loose surface and feeling for front axle engagement. A smooth, drama free launch with no rear wheel spin hints that the all wheel system wakes up correctly. Any clunks, warning lights, or binding in tight turns call for a deeper mechanical check.

Ford Explorer 4WD And AWD In Snow, Rain, And Light Off Road

Most Explorer owners care less about rock crawling and more about winter commutes, wet interstates, gravel access roads, and the odd muddy campground. In those settings, both the older part time systems and the newer intelligent units can shine when used with a bit of care.

Quick check: think of your tires as the first traction feature, your drive layout as the second, and driving style as the third. All three matter more than the badge on the liftgate.

• Snow and ice — 4WD and AWD Explorers pull away more cleanly, yet winter tires still make the biggest difference in stopping and turning.
• Heavy rain — AWD helps quell wheelspin when merging or climbing wet ramps, but tread depth and speed control matter just as much.
• Gravel and dirt — Older 4WD trucks feel planted in 4 High, while newer systems send power forward when the rear axle starts to slip.
• Light trails — Watch ground clearance and approach angles; modern unibody Explorers suit mild tracks rather than boulder fields.
• Towing — Engaging 4WD on a slippery ramp or campsite can keep the combo straight while you ease on the throttle.

For serious off road routes, a body on frame Explorer with low range, skid plates, and suitable tires still holds the edge. Modern crossovers handle long highway trips better and bring far more active safety tech, yet their bumpers and underbody parts sit lower and dislike sharp rocks.

Regardless of generation, good habits matter. Gentle steering, smooth throttle, and early braking give the 4WD or AWD system time to move power where it is needed instead of fighting abrupt inputs.

Maintenance Tips For Explorer 4WD Systems

A well serviced driveline keeps its four wheel traction advantage for far longer and dodges costly failures. Transfer cases, differentials, and AWD clutch packs all live hard lives under heavy SUVs, especially when they tow or drive through deep snow and slush.

Quick check: follow time or mileage fluid intervals, not just how the truck “feels.” Many driveline parts wear quietly until the repair bill arrives.

• Change transfer case and differential fluids — Fresh fluid helps gears, bearings, and clutches stay cool and clean.
• Rotate tires on schedule — Even tread depth keeps load even across axles and reduces stress on AWD clutches.
• Watch for warning lights — 4×4 or AWD lamps, ABS alerts, and traction control messages can flag driveline issues early.
• Listen for binding or shudder — Tight parking lot turns should feel smooth; any hopping or groaning needs attention.
• Service transmission cooling — Healthy fluid and cooling help the gearbox feed power reliably to the transfer case.

Second through fourth generation Explorers in particular gained a reputation for timing chain and transmission troubles when neglected. That history makes regular fluid changes even more valuable on used trucks that already have high mileage on the clock.

On newer intelligent 4WD models, software updates can refine how the system behaves. Dealer visits that include module updates often bring small but welcome gains in traction control smoothness and shift quality, especially when towing.

Buying A Used Ford Explorer With Four Wheel Drive

Shoppers often seek out four wheel drive Explorers for winter duty or towing, yet that added hardware means more parts to inspect. A smart inspection and test drive can save thousands in driveline repairs, especially on older high mileage trucks.

Quick check: treat the 4WD system as its own mini project. You want proof that it engages cleanly, stays quiet, and has seen at least some regular care.

• Scan service records — Look for notes on transfer case and differential fluid changes, not just oil and brake work.
• Test all modes — Switch between 2 High, 4 High, Auto, and 4 Low where fitted, and feel for smooth shifts without clunks.
• Check for leaks — Inspect the transfer case, differentials, and transmission pan area for wet cases or drips.
• Listen at highway speed — Rumbling, whines, or hums that change with load can point to worn driveline bearings.
• Have a trusted shop inspect — A pre purchase inspection with the SUV on a lift pays for itself if it catches hidden wear.

Pricing tends to favor 2WD trucks in warm regions and 4WD or AWD in snow country. That means you may find better deals on four wheel drive Explorers if you shop out of state during mild seasons, as long as you factor in transport and tax costs.

Rust on frames, brake lines, and suspension parts also matters. Road salt eats into older body on frame Explorers, including brackets that hold driveline parts. A clean underbody with intact coating and hardware makes a much better long term bet.

Key Takeaways: Are Ford Explorers Four Wheel Drive?

➤ Not every Explorer is 4WD; many are 2WD only from the factory.

➤ Early trucks use part time 4WD with a separate low range.

➤ Newer models pair FWD or RWD with automatic 4WD style systems.

➤ Badges, controls, and VIN data confirm each SUV’s driveline.

➤ Maintenance and tires matter as much as the 4WD badge.

Frequently Asked Questions

Can I Flat Tow A Four Wheel Drive Ford Explorer?

Many older 4WD Explorers cannot be flat towed without extra hardware because the transfer case and transmission need lubrication from a running pump. Some recent models allow flat towing in a specific mode.

Always check the owner’s manual and look for any flat towing section before hooking up behind a motorhome to avoid driveline damage.

Does Four Wheel Drive Hurt Fuel Economy On The Explorer?

Extra weight, rotating parts, and added friction usually trim fuel economy by a small amount compared with a matching 2WD trim. On older part time 4WD trucks, leaving the system in 2 High helps reduce that penalty.

Modern intelligent systems run mostly in two wheel drive until slip appears, so the gap to 2WD trims is smaller in daily use.

Is AWD On Newer Explorers Enough For Mountain Winters?

For maintained mountain highways and plowed side roads, the intelligent 4WD setup paired with quality winter tires handles snow very well. The system reacts fast and keeps the SUV moving when one axle starts to lose grip.

For unplowed tracks and deep ruts, ground clearance and tire choice matter more than the 4WD label alone.

Which Explorer Generations Suit Light Off Road Use Best?

Truck based first through fourth generation Explorers with part time 4WD and a low range suit light trails and forest roads, especially with skid plates and all terrain tires. Their frames and suspension layouts cope well with mild rocks and ruts.

Later crossovers manage dirt and gravel but favor comfort and on road handling over clearance and articulation.

How Often Should I Service The 4WD System On An Explorer?

Most owners follow a schedule of transfer case and differential fluid changes every 30,000 to 60,000 miles, with shorter intervals for heavy towing or frequent off road driving. The exact mileage appears in the maintenance section of the manual.

Including these items in regular service visits keeps clutches, gears, and bearings healthy far into high mileage.

Wrapping It Up – Are Ford Explorers Four Wheel Drive?

Across six generations, the Explorer has worn nearly every layout on the menu: RWD, FWD, part time 4WD, full time AWD, and modern intelligent systems that blur those labels. That mix is why owners still ask, years later, whether their SUV truly sends power to all four wheels.

The safest answer is that a Ford Explorer can be four wheel drive, not that every one is. Once you match the model year, engine, trim, and drive mode hardware, you get a clear picture of what the truck can do in snow, on gravel, or while towing.

If you want stout low range traction for trails and ramps, older body on frame 4WD Explorers still hold strong appeal. If you care more about comfort and all weather highway grip, newer intelligent 4WD or AWD versions handle that role with ease. With a bit of homework and regular driveline care, any of these paths can deliver an Explorer that fits your roads, your climate, and your plans.