What is a Lift Kit for a 2016 Ford Explorer?
A lift kit for a 2016 Ford Explorer is an aftermarket automotive modification designed to increase the vehicle's ground clearance and suspension height. This alteration allows for the fitment of larger tires, improves approach and departure angles for off-road terrain, and gives the SUV a more aggressive stance.
- Increases ground clearance and suspension height.
- Enables larger tire fitment for better off-road traction.
- Improves vehicle approach and departure angles.
- Provides a more aggressive, lifted aesthetic.
While many vehicles, like the Polaris Ranger or Can-Am Defender, commonly receive lift kits for utility and off-road prowess, applying one to a 2016 Ford Explorer focuses primarily on aesthetics and light off-road capability rather than extreme trail domination. Unlike dedicated off-roaders such as a Hummer H2 or Jeep Wrangler, the Explorer's unibody construction and independent suspension require specific lift kit designs. Understanding these differences is crucial.
Types of Lift Kits
For the 2016 Ford Explorer, you'll primarily encounter two types of lift kits:
- Spacers/Strut Extenders: These are typically the most budget-friendly option. They involve adding pucks or spacers above the strut assembly to lift the vehicle. While they achieve the desired height, they don't improve suspension travel and can sometimes affect ride quality.
- Complete Suspension Lifts: These kits are more involved and often replace key suspension components, such as longer control arms or coilovers. They offer better performance and articulation but come at a higher cost.
It is imperative to acknowledge that the Explorer is not designed for the same extreme modifications as vehicles like the Geo Tracker or early generation SUVs. Our analysis indicates that a mild lift is the most practical approach.
Key Components Explained
Regardless of type, lift kits involve specific components that work together:
- Strut Spacers: Placed on top of the factory struts to pre-load them and create lift.
- Coil Spring Spacers: Used with coilover systems to increase ride height.
- Extended Shocks/Struts: Sometimes included in more comprehensive kits to accommodate the increased suspension travel.
- Brake Line Extensions: Necessary to prevent stretching and damage to brake lines as suspension components move.
This mechanism is critical for safety and proper function after lifting your vehicle.
When considering modifications, think about the purpose of the lift. Are you aiming for a subtle aesthetic change, or do you need the clearance for specific terrains?
Why Lift Your 2016 Ford Explorer?
The primary reasons drivers choose to lift their 2016 Ford Explorer revolve around enhanced aesthetics and improved, albeit moderate, off-road capability. Lifting provides the clearance needed to fit larger tires, which not only look imposing but also offer better grip and traction on uneven surfaces, gravel roads, or mild trails.
Beyond functional benefits, a lifted Explorer presents a visually striking presence. It transforms the vehicle from a standard family SUV into something more rugged and capable-looking, appealing to owners who desire a bolder profile. This is a significant differentiator from stock configurations.
When you lift your vehicle, you're fundamentally changing its center of gravity and suspension geometry. This isn't like adding a lift and wheel combo to a Club Car golf cart; it's a modification that impacts road manners and off-road dynamics. Our analysis indicates the most common driver motivation is appearance.
A lifted stance on your 2016 Ford Explorer is less about conquering extreme terrain and more about achieving a commanding presence and balanced capability.
While many seek lift kits for vehicles like a Porsche Cayenne to enhance sporty handling or off-road readiness, the Explorer's appeal is often more about a confident, commanding look that hints at adventure. Understanding this distinction helps set realistic expectations.
Benefits at a Glance
- Aggressive Stance: A lifted Explorer looks tougher and more imposing.
- Larger Tire Fitment: Accommodates tires up to 31-33 inches, improving ground clearance and traction.
- Improved Off-Road Clearance: Better approach, departure, and breakover angles for mild trails.
- Enhanced Visibility: A slightly higher seating position can offer a better view of the road ahead.
A common mistake is assuming a lift kit makes a vehicle invincible off-road. It's crucial to remember the Explorer's chassis and intended use.
It is imperative to acknowledge that extreme modifications can compromise the vehicle's inherent handling characteristics and fuel efficiency. Choose a lift height that aligns with your usage.
Getting Started: Choosing and Installing
Selecting the right lift kit for your 2016 Ford Explorer involves evaluating your intended use, budget, and desired outcome. For most owners, a 1.5-inch to 2.5-inch lift is ideal, allowing for slightly larger tires (e.g., 265/65R18 or 275/55R20) without major driveline or alignment complications. Kits offering more than 3 inches often require additional modifications and may affect ride quality and reliability more significantly.
Consider the materials used in the kit. High-quality steel or aluminum spacers and robust hardware are essential for durability and safety. Read reviews from other 2016 Explorer owners to gauge real-world performance and ease of installation. If you're not comfortable with suspension work, factor in the cost of professional installation from a reputable shop, often found by searching for 'lift kit installers near me'.
This mechanism is critical for ensuring the longevity and safety of your lift kit.
Installation Process Overview
Installing a lift kit on a 2016 Ford Explorer typically involves the following steps:
- Preparation: Gather necessary tools, jack stands, and safety equipment.
- Disassembly: Remove wheels, disconnect sway bar links, and unbolt the strut assembly.
- Component Installation: Install lift spacers or new suspension components according to the kit manufacturer's instructions. This might involve using a spring compressor for strut-based lifts.
- Reassembly: Reinstall strut assemblies, reattach sway bar links, and torque all fasteners to specification.
- Alignment: A professional wheel alignment is mandatory after any suspension modification to ensure proper tire wear and handling.
Our analysis indicates that proper alignment is frequently overlooked by DIY installers.
Prioritize a professional wheel alignment after installation; without it, you risk uneven tire wear and compromised steering. It’s a non-negotiable step for any suspension lift.
Maintenance and Considerations
After installation, regularly inspect your lift kit components for wear, damage, or loose hardware. Check tire pressure and condition, as larger tires can affect fuel economy and handling. Listen for any unusual noises from the suspension or driveline. The primary consideration involves ensuring all connections remain secure.
Compared to a more complex system like a Stryker lift kit or one designed for a 3rd Gen Tacoma, the Explorer's setup is relatively straightforward, but attention to detail remains paramount. Understanding these principles is fundamental to a successful and enjoyable upgrade.