How to Remove, Press, and Install Bushings Yourself

Pressing a bushing in or out isn’t the hard part of this job — a hydraulic press or a decent press kit makes that step fairly mechanical. The hard part is getting the old one out when it’s rusted into place, and reaching the bushing in the first place if it’s buried behind other suspension components. If you go in expecting the press itself to be the challenge, you’re solving the wrong problem.

Tools You’ll Need

For getting the vehicle apart:

• Floor jack and properly rated jack stands
• Wheel chocks
• Socket set and breaker bar
• Torque wrench
• Penetrating oil (PB Blaster, WD-40 Specialist, or similar)
• Ball-joint separator, if the control arm has to come off the knuckle

For the bushing itself:

• A hydraulic shop press (commonly 12–20 ton) — the preferred method
• Or a C-frame/threaded bushing-and-ball-joint press kit with assorted receiver cups — many auto parts stores loan these out
• Wire brush or emery cloth to clean the bushing bore
• Safety glasses

One technique worth noting with a caveat: heating the outer metal housing with a propane or MAPP torch can help a badly rusted sleeve break free by expanding the bore slightly. Only one of the sources behind this article recommends it specifically, so treat it as a situational option, not standard procedure — and if you use it, keep the flame on the metal housing only, away from rubber and any fuel/oil lines nearby.

Removing the Old Bushing

1. Remove the control arm (or other bushing-mounted component) from the vehicle following the service procedure for your specific model.
2. Before pressing anything, mark the old bushing’s orientation. Some bushings are directional (“clocked”) and go back in at a specific rotation.
3. Set the component on the press with a receiver cup sized larger than the bushing, positioned on the side the bushing will exit toward.
4. Position the driver against the bushing’s outer shell — not against the control arm or bracket itself.
5. Apply pressure slowly, keeping the driver square to the bore the whole time.
6. Once the bushing breaks loose, continue pressing until it’s fully out.
7. Clean the bore thoroughly and inspect it for corrosion, deformation, or cracking before installing anything new.

The most common way to damage a control arm during this job isn’t the pressing force itself — it’s an incorrectly sized receiver cup or a driver that’s off-square, which can deform the bore rather than just remove the bushing.

Installing the New Bushing

1. Compare the new bushing to the old one before installing — confirm size and design match.
2. Transfer any orientation marks from the old bushing.
3. Make sure the bore is clean, dry, and free of burrs or rust.
4. Position the new bushing perfectly square to the bore opening.
5. Use the correct adapter to press against the surface the bushing manufacturer specifies — some rubber bushings press against the outer shell, some polyurethane designs press against the inner sleeve instead. This varies by bushing design, so check the instructions that come with the part rather than assuming.
6. Apply slow, steady pressure, watching for any sign the bushing is cocking sideways.
7. Press to the specified depth and orientation — not just “until it looks about right.”

Rubber vs. Polyurethane: Installation Differences

OEM-style rubber is usually bonded to an outer shell or inner sleeve. Orientation tends to matter more, and you shouldn’t add arbitrary lubricant to the rubber itself.

Polyurethane bushings are often supplied as separate halves or sleeves and typically require the manufacturer’s specified grease at installation — skipping this step is a common cause of squeaking later. Installation procedure varies more by brand and design than with rubber, so follow the specific instructions included with the part rather than a generic process. For the fuller material comparison, see What Material Is Best for Bushings?

The Step That’s Easy to Skip: Torque at Ride Height

This detail shows up consistently across independent sources, which is why it earns its own callout rather than being buried in the steps above: don’t fully torque the mounting bolts while the suspension is hanging free (wheel off the ground). Lower the vehicle so the suspension settles at normal ride height — or jack the control arm up to simulate it — before final-torquing. Tightening a bonded rubber bushing while the arm is hanging pre-twists the rubber, which shortens its life and can cause early cracking. This applies whether you replaced just the bushing or the whole component.

Difficulty by Job Type

DIY or Take It to a Shop?

If you don’t already have access to a press, replacing the entire component (control arm, bracket, etc. — with a new bushing pre-installed) is often the more realistic DIY path, not pressing a single bushing into the old part. It trades a somewhat higher parts cost for a much shorter, tool-light job. Whether that trade makes sense for your situation — and what it costs either way — is covered in more depth here: Should You Replace Just the Bushing, or the Whole Component? For what either path costs in parts and labor, see How Much Does It Cost to Replace Bushings?

Not found in research: a universal torque spec or press depth that applies across vehicles — these vary by make and model, so check your vehicle’s service manual for the actual numbers rather than using a figure from an unrelated vehicle.

Related reading: Should You Replace Just the Bushing, or the Whole Component? · How Much Does It Cost to Replace Bushings? · What Material Is Best for Bushings?

Danny Ni Engineering & Mechanical Systems Writer

Danny Ni is an engineering-focused technical writer at SYZ Machine, specializing in mechanical components, linkage systems, and real-world application engineering. His work covers aftermarket vehicle parts, industrial joints, and mechanical principles, translating complex engineering concepts into practical insights for engineers, fabricators, and industry buyers.

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