What a suspension lift kit does to your Ford Explorer

A suspension lift kit raises the body and frame of your Ford Explorer higher off the ground by replacing or modifying the springs, shocks, and other suspension components. The kit physically extends the distance between your vehicle's frame and the wheels, which increases ground clearance — the space between the lowest point of your vehicle and the ground beneath it.

The reason people install these kits varies. Some want to fit larger tires, which requires extra space. Others need higher clearance for off-road driving over rocks or rough terrain. Some straightforward prefer the appearance of a lifted vehicle. The trade-off is that a lifted Explorer handles differently on the road, sits higher in the air (which changes how it feels to enter and exit), and may affect fuel economy and tire wear.

Lift kits come in different heights — typically ranging from 2 inches to 6 inches or more, depending on the kit design and your Explorer's model year. The height you choose determines how much clearance you gain and how much the vehicle's handling and appearance change.

Key Takeaways

  • A suspension lift kit raises your Ford Explorer by replacing springs and shocks with longer components, creating more ground clearance for larger tires or off-road driving.
  • Lift heights range from 2 to 6 inches or more, and each height affects handling, fuel economy, and how the vehicle looks and feels to drive.
  • Body lift kits and suspension lift kits are different products — body lifts raise only the body, while suspension lifts raise the frame and suspension together.
  • Installation requires mechanical skill or a professional shop, takes several hours, and may affect your vehicle's warranty or insurance coverage.
  • Lifted Explorers need alignment checks, may wear tires faster, and can experience changes in braking and steering feel.

Suspension lift kits versus body lift kits

Two different types of kits exist, and they work in opposite ways. A suspension lift kit replaces your Explorer's coil springs or leaf springs with longer springs, and replaces the shocks with longer shock absorbers. This raises both the frame and the body together. A body lift kit, by contrast, uses spacers or brackets to raise only the body shell away from the frame — the frame stays in the same place.

Suspension lifts provide more ground clearance and handle better on rough terrain because the suspension itself is extended. Body lifts are cheaper and easier to install, but they raise the body without extending the suspension, so the frame sits at the same height. For off-road use or serious clearance needs, a suspension lift is the stronger choice. For appearance alone, a body lift costs less.

Most Ford Explorer lift kits sold are suspension kits, because the Explorer's frame and suspension design makes suspension lifting more practical than body lifting. When you search for Explorer lift kits, you are usually looking at suspension options unless the listing specifically says "body lift."

How lift kit height affects your Explorer's performance

A 2-inch lift is the smallest common option and provides modest clearance gain — enough for slightly larger tires and a small visual change. A 4-inch lift is middle ground, offering noticeable clearance and the ability to fit tires one or two sizes larger than stock. A 6-inch lift or higher creates dramatic clearance and allows much larger tires, but the vehicle's center of gravity rises, which affects how it corners and stops.

As lift height increases, several changes happen. The steering geometry changes, which can make the steering feel different or require a realignment. The suspension geometry changes, which can affect how the vehicle handles bumps and turns. Braking performance may change because the vehicle's weight distribution shifts. Fuel economy typically decreases because the vehicle sits taller and experiences more wind resistance.

Tire wear often accelerates on lifted vehicles, especially if the suspension is not properly aligned after installation. The angle at which your tires meet the road changes when you lift the suspension, and if that angle is not corrected, the tires wear unevenly and fail sooner than they should.

What components are included in a typical lift kit

A suspension lift kit for a Ford Explorer usually contains coil springs or leaf springs (depending on your Explorer's generation), new shock absorbers, and often includes control arm brackets, track bar brackets, or other hardware that repositions suspension parts to work with the new height. Some kits also include bump stops, which are rubber or foam pieces that prevent the suspension from compressing too far.

The exact contents depend on which Explorer model year you own — a kit for a 2020 Explorer is different from a kit for a 2011 Explorer because the suspension design changed. When you purchase a kit, the manufacturer lists what is included and specifies which model years it fits. Installing components from the wrong kit can damage your suspension or create safety problems.

Higher-quality kits often include adjustable shocks, which let you change how stiff the suspension feels. Budget kits typically include fixed shocks. Adjustable shocks cost more but give you flexibility to tune the ride as you use the vehicle.

Installation, alignment, and professional help

Installing a suspension lift kit requires removing the wheels, unbolting the existing suspension components, and bolting in the new ones — a job that typically takes 4 to 8 hours depending on the kit complexity and your mechanical experience. If you have worked on vehicle suspension before, you may be able to do this yourself with basic hand tools and a jack. If you have not, a professional shop is the safer choice.

After installation, your Explorer must be aligned. Alignment means adjusting the angles at which your tires meet the road so they wear evenly and the vehicle handles predictably. A lift kit changes these angles, so alignment is not optional — it is necessary. An alignment shop will measure the angles and adjust them back to specification, a process that costs between $100 and $300 depending on your location and whether the shop needs to modify suspension parts to achieve proper angles.

Some lift kits require additional modifications to fit properly. For example, if your kit raises the vehicle high enough that the driveshaft angle becomes too steep, you may need a driveshaft spacer or a new driveshaft. If brake lines or wiring become stretched, you may need extensions. A professional installer can identify these needs before they become problems.

Effects on warranty, insurance, and resale value

Installing a lift kit may void or limit your Ford warranty, depending on what the warranty covers and whether the lift kit caused the problem. If a suspension component fails and Ford determines the lift kit contributed to the failure, Ford may refuse to cover the repair. Read your warranty documents or contact your Ford dealer before installation to understand what coverage you might lose.

Insurance coverage can also be affected. Some insurance companies charge higher premiums for lifted vehicles because they are perceived as higher-risk. Others do not care. Contact your insurance agent before installation to ask whether your premium will change and whether your coverage limits remain the same.

Resale value is mixed. Some buyers prefer lifted Explorers and will pay more. Others prefer stock vehicles and will pay less. The market for lifted Explorers is smaller than the market for stock ones, so you may have fewer potential buyers when you sell. If you plan to keep the vehicle long-term, this matters less. If you plan to sell within a few years, consider whether the cost of the lift kit will be recovered in the sale price.

Maintenance and long-term care after lifting

A lifted Explorer needs more frequent inspection than a stock one. Check your suspension components — springs, shocks, control arms, and bushings — every 6 months or 6,000 miles, whichever comes first. Lifting puts extra stress on these parts, and wear develops faster. Catching wear early prevents suspension failure on the road.

Tire rotation and alignment checks should happen more often. Rotate your tires every 5,000 to 7,000 miles and have the alignment checked annually or whenever you notice uneven tire wear or steering drift. Lifted vehicles are more sensitive to alignment changes, so staying on top of this extends tire life and keeps the vehicle handling safely.

Shocks wear out faster on lifted vehicles than on stock ones because they work harder. Budget for shock replacement every 40,000 to 60,000 miles, compared to 80,000 miles or more on a stock vehicle. Worn shocks reduce ride quality and suspension control, making the vehicle less safe on rough terrain or in emergency maneuvers.

Frequently Asked Questions

Will a lift kit make my Ford Explorer taller than other vehicles on the road?

It depends on the lift height and what you are comparing it to. A 2-inch lift makes a modest visual difference. A 4-inch or 6-inch lift makes your Explorer noticeably taller than most stock vehicles. However, many trucks and SUVs come from the factory with significant ground clearance, so a lifted Explorer may not be taller than a lifted truck or a full-size SUV.

Can I install a lift kit myself if I have basic mechanical skills?

If you have experience removing and installing suspension components, you can attempt it. If you have not done this before, a professional shop is safer. Suspension work requires proper tools, a find lift or jack setup, and knowledge of torque specifications. A mistake can create a safety hazard. Many shops charge $500 to $1,500 for installation, which is worth the cost if it means the job is done correctly.

Do I need larger tires after installing a lift kit?

No, but most people do. A lift kit creates space for larger tires, and larger tires are often the reason people install the kit in the first place. You can keep your stock tire size if you want, but you will have unused clearance. Larger tires cost more and may affect fuel economy, so it is a separate decision from the lift kit itself.

How much does a complete lift kit installation cost?

The kit itself typically costs $400 to $1,500 depending on quality and lift height. Professional installation adds $500 to $1,500. Alignment costs $100 to $300. If you need additional modifications like driveshaft work or brake line extensions, add another $200 to $500. Total cost ranges from $1,200 to $3,500 or more for a complete job at a professional shop.

Will a lift kit affect how my Explorer drives on the highway?

Yes. A lifted Explorer has a higher center of gravity, which means it leans more in corners and may feel less stable at highway speeds compared to a stock vehicle. The steering may feel different. Wind resistance increases, which can reduce fuel economy by 1 to 3 miles per gallon. These effects are more noticeable with higher lifts. Most drivers adapt within a few weeks, but it is a real change in how the vehicle feels.