* Worn-out Ball Joints: These are critical components connecting the steering knuckles to the control arms. Worn ball joints result in sloppy steering, knocking noises, and uneven tire wear. They're a relatively common failure point on Explorers of this generation.
* Worn-out Control Arm Bushings: These bushings are rubber components that allow for controlled movement of the control arms. Worn bushings lead to clunking, squeaking, and excessive play in the suspension, affecting handling and potentially causing premature wear on other components.
* Worn-out Shocks and Struts: These dampen the suspension's movement, controlling bounce and providing a smoother ride. Worn shocks and struts lead to a bouncy ride, poor handling, and increased stopping distances. They are relatively inexpensive to replace but neglecting them can lead to further suspension damage.
* Worn-out Tie Rod Ends: These connect the steering rack to the wheels. Worn tie rod ends result in sloppy steering, similar to worn ball joints, but usually more noticeable at higher speeds.
* Broken or Worn Coil Springs: These support the vehicle's weight. Broken or sagging springs cause a lower ride height, uneven handling, and potentially bottoming out on bumps.
* Steering Rack Problems: While not strictly suspension, problems with the steering rack can manifest as similar symptoms to suspension issues, like loose or sloppy steering. Leaks or internal wear are common concerns.
* Rear Suspension Issues (specifically on models with a solid rear axle): U-joints in the rear driveshaft can wear out and cause clunking, while worn bushings in the leaf springs (if equipped) can lead to noises and poor handling.
Important Note: Diagnosing suspension problems requires a thorough inspection. Visual checks might reveal obvious signs of wear, but a professional mechanic is usually needed for a complete assessment. Ignoring suspension problems can lead to safety hazards, so it's crucial to address them promptly. Don't try to diagnose and fix serious suspension issues yourself unless you have extensive mechanical experience.
