Worn golf cart bushings cause rough rides, steering issues, and clunking noises that need inspection and replacement to prevent further damage.
Your cart’s suspension feels loose. Every bump sends vibrations through the steering wheel. Metal-on-metal sounds echo when you turn corners.
The steering wanders unpredictably on straightaways.
You grip the wheel tighter, compensating for the system’s play. Each clunk and creak reminds you that something is deteriorating underneath.
You question whether the cart is safe for passengers. You know that minor problems can turn into expensive repairs if left unchecked, but you’re unsure which parts are failing or how to fix them properly.
Worn bushings create three immediate problems:
- Suspension components wear unevenly, leading to costly repairs.
- Steering becomes unpredictable and potentially dangerous.
- Tire wear accelerates, forcing premature replacement.
Professional-grade replacement bushings restore stability, eliminate noise, and protect your cart’s suspension system from progressive damage.
Regular maintenance and quality parts prevent expensive suspension damage. Follow these essential guidelines for bushing care and replacement.
- Inspect bushings every 6-12 months for wear.
- Replace worn bushings prevents expensive suspension damage.
- OEM bushings ensure proper fitment and longevity.
What Do Golf Cart Bushings Do? (Steering, Ride, Tire Wear)
Bushings are small rubber or polyurethane components that cushion connections between moving suspension parts. Replacing them periodically keeps your cart riding smoothly and safely.
Golf cart suspension systems rely on bushings to absorb vibrations and reduce friction. Without functional bushings, metal components grind directly against each other, accelerating wear and creating noise.
Component: Control arm bushings.
Process: Isolate movement at the frame mounts.
Outcome: Stable alignment through bumps and turns.
Component: Leaf spring bushings.
Process: Allow flex while supporting static load.
Outcome: Quieter ride and reduced shock transfer.
Component: Spindle bushings.
Process: Enable steering pivot without lateral play.
Outcome: Precise steering response and reduced tire scrub.
Component: Steering column bushings.
Process: Center the steering shaft and dampen vibration.
Outcome: Smooth steering feel and reduced play.
Complete EZGO suspension systems integrate multiple bushing types working together for optimal performance, which you can learn more about in our comprehensive EZGO suspension and steering parts guide.
EZGO Bushing Locations: Where Each Type Lives and What It Does
Each bushing location serves a specific function in your cart’s suspension system. Knowing where bushings are located helps you diagnose problems quickly and order the correct replacement parts.
Control Arm/A-Arm Bushings
Location: Upper and lower control arms at frame attachment points
Typical Noise/Feel: Steering wander, clunking during turns
Quick Check: Grab the wheel top and bottom, shake to feel for play
Leaf Spring Bushings
Location: Both ends of rear leaf springs
Typical Noise/Feel: Clacking noise over bumps, harsh ride
Quick Check: Rock cart side to side, listen for metal-on-metal sound
Spindle Bushings
Location: Inside front wheel spindles
Typical Noise/Feel: Loose front-end feel, tire shimmy
Quick Check: Lift front wheel, check for excessive side-to-side movement
Steering Column Bushings
Location: Steering box and column mounting points
Typical Noise/Feel: Sloppy steering response, grinding feel
Quick Check: Turn wheel while parked, feel for dead spots or roughness.
- Clunking noise over bumps
- Wandering steering feel
- Uneven front tire wear
- Loose front-end handling
- Squeaking from rear on bumps
- Harsh ride quality
- Visible sagging at rear
- Metal-on-metal contact sounds
- Rear axle feels loose
- Excessive body roll in turns
- Vibration through floorboard
- U-bolt loosening frequently
- Excessive steering play
- Clunking when turning
- Steering wheel not centered
- Poor return-to-center feel
Each bushing location requires specific replacement parts matched to your cart’s make, model, and year.
Using the correct OEM parts ensures proper fit and longevity, which is explained in detail in our complete EZGO golf cart parts guide.
Signs Your Golf Cart Bushings Are Bad: Match the Symptom
Recognizing bushing failure symptoms early prevents expensive damage to other suspension components. Match what you’re hearing or feeling to these common failure patterns.
Symptom: Creaking or squeaking over bumps
Cause: Rubber has dried out and cracked from age or UV exposure.
What it means: The bushing no longer isolates movement. Noise increases progressively until replacement.
Symptom: Loose or wandering steering
Cause: Steering column or A-arm bushings have excessive play.
What it means: Dangerous handling develops, especially at higher speeds. Immediate replacement required.
Symptom: Harsh ride with increased vibration
Cause: Bushings no longer dampen road shock effectively.
What it means: Passenger comfort deteriorates while component wear accelerates. Address quickly to prevent damage.
Symptom: Uneven tire wear patterns
Cause: Worn bushings allow improper wheel alignment.
What it means: Accelerated tire wear costs hundreds in premature replacement. Fix bushings to save tires.
Symptom: Visible cracks or deterioration
Cause: Bushing material has reached end of service life.
What it means: Complete bushing failure imminent. Replace immediately to prevent suspension damage.
Inspection Checklist: How to Test Golf Cart Bushings in 10 Minutes
Time Required: 10 minutes
Regular bushing inspection prevents small problems from becoming expensive repairs. Catching wear early saves money and maintains safe handling.
When James Purnhagen needed service, he found exactly the right combination of expertise and value:
“Best service and price for options. They got me right in for service and had my part in stock, best guys to deal with. No need to go anywhere else, this dealership can’t be beat.”
Carts & Parts has more than 1,500 online reviews with a near-perfect rating because we stock the exact OEM bushings your cart needs and deliver them quickly nationwide.
Worn bushings cause poor handling, excessive noise, and accelerated wear on other suspension components. This 10-minute inspection catches problems early, saving you hundreds in repairs and keeping your cart safe to drive.
Examine all visible bushings without jacking the cart. Look for obvious damage, deterioration, or missing components that indicate immediate replacement needs.
- Cracks or splits in rubber material
- Rubber separation from metal sleeve
- Flattened or compressed bushings
- Missing chunks of rubber
- Oil or grease contamination on rubber
- Visible metal-on-metal contact points
Jack the cart safely and test for excessive play in suspension components. Healthy bushings allow minimal movement, while worn bushings show significant looseness.
- Jack front end and secure with stands
- Grab wheel at 12 and 6 o'clock positions
- Push and pull to check for vertical play
- Grab wheel at 3 and 9 o'clock positions
- Push and pull to check for horizontal play
- Use pry bar to test A-arm bushing movement
- Repeat process on rear leaf spring mounts
Rock the cart and listen for abnormal sounds that indicate bushing wear. Different noises point to specific problems and help pinpoint which bushings need attention.
- Squeaking: Dry or worn rubber bushings
- Clunking: Excessive play or separated bushings
- Creaking: Bushings binding during movement
- Rattling: Metal-on-metal contact (critical)
- Clicking: Loose mounting hardware
Document your findings for future reference and maintenance planning. Tracking bushing condition over time helps predict replacement needs and prevents surprise failures.
- Note location of each worn bushing
- Rate condition (Good / Fair / Replace Soon / Critical)
- Record mileage or hours on cart
- Take photos of problem areas
- List sounds heard and their locations
- Schedule replacement timeline based on findings
Step 1: Visual Check of Bushings, Sleeves, and Mounts
Look for visible cracks or splits in the rubber or polyurethane. Check for fraying or deterioration of the bushing material. Examine suspension components for excessive rust or corrosion.
Note: Look for cracks, splits, and dry rot. Uneven tire wear patterns indicate alignment problems from bushing wear.
Step 2: Front Wheel Play Test on the Ground
Grab the top and bottom of each wheel and try to shake it. Excessive play or movement may indicate worn bushings, but can also be caused by worn bearings or ball joints.
Note: Isolate bushing play from bearings and ball joints. Check for rotational smoothness separately to distinguish between failures.
Step 3: Side-to-Side Rock Test
Gently rock the cart side to side and listen for any popping, clunking, or creaking noises from the suspension area.
Note: Metal-on-metal sounds confirm bushing failure. Squeaks may indicate dry or worn bushings.
Step 4: Steering Sweep While Parked
Turn the steering wheel entirely left and right while the cart is stationary. Feel for excessive looseness, delay, or grinding sensation.
Note: Feel for delay or grind, listen for clunks. Dead spots or rough patches indicate wear in the steering column bushings.
Replacement Plan: Parts, Tools, and Step-By-Step Order
Strategic replacement order maximizes alignment recovery and prevents additional damage. Follow these situation-based recommendations to prioritize your bushing replacement project.
Situation: Inspection reveals worn bushings in several locations.
Insight: Starting with the worst joint, it first restores alignment and prevents further damage.
Recommendation: Replace in order of A-arms, spindles, then leaf springs for best results.
Situation: Your cart’s year falls in a transition period, or you’re unsure of the model.
Insight: RXV and TXT kits use completely different specifications and are not interchangeable.
Recommendation: Call (937) 459-8891 to verify the serial number before ordering to ensure correct fitment.
Situation: You can’t replace all bushings at once, but need immediate improvement.
Insight: Front A-arm bushings most directly affect steering safety and tire wear.
Recommendation: Prioritize front suspension bushings first, then address rear leaf springs when budget allows.
Situation: You have basic tools but lack a hydraulic press.
Insight: Leaf spring bushings install with hand tools, but A-arm bushings need a controlled pressing force.
Recommendation: Order the correct OEM parts from us, then decide whether to DIY the leaf springs and hire out the A-arms.
Polyurethane vs. Rubber Bushings: Which Material Fits Your Needs?
Material choice affects durability, ride quality, and maintenance requirements. Understanding the differences helps you select the correct bushings for your specific use case and budget.
Polyurethane Advantages
Polyurethane offers superior longevity and performance in demanding conditions. Consider these benefits when choosing bushing materials for heavy-use or performance applications.
Durability: Lasts longer in heat and oil.
The material resists UV rays and petroleum products better than rubber.
You replace bushings less often if the cart sees daily use or harsh conditions.
Performance: Reduces suspension flex for better handling.
The more rigid durometer material maintains alignment under cornering loads.
You gain precision and responsiveness, especially in performance applications.
Wear resistance: Stands up to frequent use.
Polyurethane maintains its shape under repeated stress cycles.
You get two to three times the lifespan in demanding conditions.
Polyurethane Drawbacks
Polyurethane’s performance advantages come with trade-offs in comfort and maintenance. Understand these limitations before choosing poly bushings for your cart.
Ride harshness: Rides firmer on broken surfaces.
The higher durometer transmits more road feel and vibration to passengers.
You gain precision but lose the comfort rubber provides on rough terrain.
Noise potential: Can squeak without proper lubrication.
Polyurethane uses mechanical retention and moves within the housing.
You must use specialty polyurethane grease or the supplied lube to prevent squeaking.
Maintenance needs: Requires periodic greasing.
The non-bonded design needs lubrication through zerk fittings.
You add a maintenance step that bonded rubber bushings don’t require.
Rubber Advantages
Rubber bushings deliver the comfort and quiet operation EZGO designed into your cart. Choose rubber when passenger comfort and low maintenance matter most.
Ride comfort: Absorbs vibration better.
The softer material dampens small bumps and irregularities that polyurethane transmits.
You get a quieter operation and a smoother ride for passengers.
Silent operation: Reduced squeaking issues.
Most OEM rubber bushings are vulcanized to metal housings, reducing noise.
You avoid the maintenance lubrication polyurethane requires.
OEM fitment: Matches factory specifications.
Rubber bushings deliver the ride quality EZGO engineered into your cart.
You maintain the handling characteristics the manufacturer intended.
Rubber Drawbacks
Rubber’s comfort advantages come at the cost of durability in harsh environments. Consider these limitations when evaluating rubber bushings for outdoor storage or heavy use.
Shorter lifespan: Degrades faster in harsh conditions.
Rubber hardens and cracks when exposed to sunlight, petroleum, and temperature extremes.
You replace bushings more frequently, especially if the cart is stored outdoors.
UV sensitivity: Sunlight accelerates deterioration.
The rubber breaks down from UV exposure, leading to cracks and reduced flexibility.
You see faster wear on carts used in sunny climates or parked outside.
Temperature range: Performance changes with weather.
Rubber becomes brittle in extreme cold and softer in high heat.
You experience seasonal changes in ride characteristics that polyurethane doesn’t.
Lifespan: How Long Each Material Lasts
Expected bushing life varies significantly based on material choice and operating conditions. Plan replacement intervals based on your cart’s usage pattern and storage environment.
Polyurethane resists wear from UV rays, oils, and heat much better than rubber. Polyurethane bushings can last two to three times longer in harsh conditions or heavy-use applications.
Expect three to seven years from polyurethane versus two to five years from rubber.
Rubber bushings degrade faster when exposed to petroleum products, sunlight, and temperature extremes. Carts stored outdoors or used frequently in hot climates show accelerated rubber deterioration.
Performance vs. Comfort: Choosing for Your Use Case
Different applications demand different bushing characteristics. Match material properties to how you use your cart for optimal results.
More rigid polyurethane reduces suspension flex, improving responsiveness and handling precision. Choose polyurethane for carts used in demanding terrain or when you prioritize handling over comfort.
Softer rubber dampens vibrations better, creating a more comfortable ride for passengers. Select rubber for recreational carts, passenger transport, or when ride comfort matters more than performance.
Cost: Parts and Labor Budget
Total replacement cost includes parts and labor, though material choice affects long-term value more than initial price. Consider replacement frequency when evaluating actual cost over ownership.
Aftermarket polyurethane bushings typically cost $25 to $35 per kit for EZGO models. OEM rubber bushing kits range from $25 to $35, depending on the model.
Premium or performance poly kits may be comparably priced or higher than standard rubber.
Labor costs remain similar regardless of material choice at $150 to $300 for professional installation. The total project cost for a complete four-corner bushing replacement is $250 to $440, including parts and labor.
- Lower initial purchase price
- Quieter operation (absorbs more vibration)
- Softer ride quality
- Standard OEM replacement option
- Readily available everywhere
- Lasts 3-5× longer than rubber
- Better handling and responsiveness
- Resistant to oil, chemicals, weather
- Maintains firmness over time
- Lower total cost of ownership
When Liz Miller needed to order parts from out of the country, she found the guidance she needed:
“I just ordered my parts today and I’m very impressed with the service I received today! I live out of the country so it’s important that I order the correct parts for my 2012 golf cart!”
Selecting the right bushing material and fitment for your specific EZGO model ensures the parts work correctly the first time.
How to Replace A-Arm Bushings (EZGO)
A-arm bushings control wheel movement and maintain proper suspension geometry.
Replacing worn A-arm bushings restores handling precision and eliminates steering wander.
1. Prep & Safety: Tools, Lifting Points, Torque Notes
Proper preparation prevents damage to expensive suspension components and ensures safe working conditions. Gather all necessary equipment before starting the replacement process.
- Tools Required: Hydraulic press or bushing press tool, jack stands, socket set, ball joint separator, torque wrench, wire brush, and grease gun.
- Lifting Points: Use frame rails or designated lift points. Never support a cart on suspension components.
- Torque Note: Always reference your EZGO service manual for specific values, which vary by model and year.
Gather the correct bushing kit for your cart’s make, model, and year.
The EZGO RXV A-Arm Bushing Kit (2008-Up) fits all RXV models from 2008 forward, while TXT models require different specifications.
2. Removal: Press vs. Threaded Tool vs. Socket Method
Three removal methods work for A-arm bushings, each with specific advantages. Choose the method that matches your available tools and working conditions.
Step 1: Mark the orientation of the old bushing before removal using a paint marker.
Note: A-arm bushings have a specific alignment that affects suspension geometry.
Step 2: Remove the bolts holding the A-arm in place after disconnecting the ball joint and sway bar link.
Note: Apply penetrating oil 15-20 minutes before removal for corroded fasteners.
Step 3: Press out the old bushing using a hydraulic press, threaded press tool, or hammer and socket.
Note: The Hydraulic press provides the most control. Threaded tools work for field repairs.
3. Installation: Alignment, Pressing, Torque
Correct installation technique ensures long bushing life and proper suspension geometry. Follow these steps carefully to avoid common installation mistakes.
Step 1: Clean the A-arm bore thoroughly with wire brush and sandpaper.
Note: Remove all rust, old lubricant, and debris for proper bushing fit.
Step 2: Align new bushing with orientation marks and press squarely into place.
Note: Stop immediately if bushing begins pressing in crooked. Remove, realign, restart.
Step 3: Reassemble A-arm with ball joint and sway bar connections.
Torque: Apply specified torque from service manual to all fasteners.
Step 4: Pack front spindle with grease using zerk fitting.
Verification: Proper lubrication prevents premature wear and maintains smooth operation.
- Park on level surface, engage parking brake
- Remove key from ignition
- Jack front end and secure with jack stands
- Remove front wheel on the side being serviced
- Spray penetrating oil on all fasteners
- Remove upper and lower ball joint bolts
- Use ball joint separator to disconnect
- Support A-arm to prevent dropping
- Remove pivot shaft bolts at frame mount
- Note orientation of A-arm for reinstallation
- Carefully pull A-arm away from frame
- Place on clean workbench for bushing removal
- Secure A-arm in bench vise
- Use appropriately sized socket as driver
- Press or hammer bushing out from one side
- Repeat for all bushing locations
- Clean bushing bores with wire brush
- Inspect new bushings for defects
- Spray bushing exterior with silicone lubricant
- Verify A-arm bores are clean and smooth
- Check that bushing size matches bore
- Start bushing straight into bore opening
- Use C-clamp or bushing press with socket
- Apply steady, even pressure
- Press until bushing is flush on both sides
- Verify bushing is fully seated
- Align A-arm with frame mounting points
- Insert pivot shaft through new bushings
- Thread bolts but do not fully tighten yet
- Connect ball joints to spindle
- Lower cart to normal ride height
- Torque all pivot bolts to factory spec
- Torque ball joint bolts to spec
- Reinstall wheel and lower cart
- Test drive and listen for unusual noises
Final torque with weight on suspension: Lower the cart to normal ride height before final torquing to prevent bushing bind.
Take photos during disassembly to reference bolt locations, orientation, and proper routing of components.
Check alignment after installation: New bushings may slightly alter suspension geometry. Consider a basic alignment check if steering feels off.
How to Replace Leaf Spring Bushings (EZGO TXT/RXV)
Leaf spring bushings mount the springs to the frame while allowing them to flex. Worn leaf-spring bushings cause clunking noises and reduce ride comfort. You can also check the EZGO RXV leaf spring bushing kit.
1. Access & Hardware: Bolts, Bushings, and Body Clearance
Accessing leaf spring bushings requires different approaches depending on your EZGO model.
Some models need body modifications for bolt access, while others provide direct access.
- Tools Required: Impact driver, jack stands, large bolt with washers, penetrating oil, and a wire brush.
- Body Clearance: Some EZGO models require drilling a small access hole. Check the service manual for location and size.
- Hardware Note: Support the spring with a jack or a wood block when removing the mounting bolts.
2. Removal: Extracting Old Bushings Without Damaging Spring Eye
The leaf spring eye is vulnerable to damage during bushing removal. Use controlled force and proper technique to preserve the spring for reuse.
Step 1: Remove wheels and support cart securely on jack stands.
Note: Apply penetrating oil to bolt threads and allow 15-20 minutes to penetrate.
Step 2: Loosen bolts at both spring ends and support spring to prevent dropping.
Step 3: Drive out old bushings with hammer and punch, or use impact driver with socket.
Note: Stubborn bushings may require cutting if bonded to spring eye.
Step 4: Clean leaf spring eye thoroughly with wire brush or die grinder.
Note: Eye must be smooth and clean for new bushings to seat properly.
3. Installation: Lube, Alignment, Final Torque
The bolt-and-washer pulling method installs leaf spring bushings without a press. Monitor alignment carefully to ensure proper seating and prevent premature failure.
Step 1: Apply grease to inside of leaf spring eye and bushing outer surface.
Note: Lubrication reduces friction during installation.
Step 2: Use bolt, large washers, and impact driver to pull bushing into spring eye.
Note: Monitor bushing entry. Stop if it begins cocking at an angle.
Step 3: Seat bushing completely with flange tight against spring eye face.
Note: Incomplete seating causes premature wear and noise.
Step 4: Install both bushings, remount spring, and torque all hardware to specification.
Torque: Reference service manual for exact torque values for your model.
Verification: Test drive cart to confirm quiet operation and improved ride quality.
The EZGO RXV Leaf Spring Bushing Kit (2008-Up) includes everything needed for a complete rear suspension bushing replacement on RXV models.
The EZGO TXT Leaf Spring Bushing Kit fits TXT models and uses different dimensions for proper fitment.
- Spray old bushings with penetrating oil 24 hours before removal for easier extraction
- Use a bolt diameter slightly smaller than the bushing inner diameter for proper fit
- Apply light coat of silicone spray to new bushings before installation
- Work slowly and steadily when tightening to avoid damaging the spring eye
- Replace bushings in complete sets (front or rear) for consistent handling
- Check spring eye for damage or cracks before installing new bushings
Tools You Need for Bushing Replacement (Pro & DIY)
The right tools make bushing replacement faster and prevent damage to expensive suspension components. Separate your toolkit into essential equipment for basic work and optional tools that speed professional-quality repairs.
Essential Tools
Every bushing replacement job requires these core tools for safe, practical work. Missing any essential tool increases the risk of injury or component damage.
Floor Jack & Jack Stands
Definition: Lifting and support equipment rated for at least 1,000 pounds.
Context: Used to safely elevate cart for suspension access.
Relevance: Prevents injury from cart falling during work.
Socket Set with Impact Driver
Definition: 3/8-inch drive set covering 8mm to 19mm sizes.
Context: Removes stubborn bolts and corroded fasteners.
Relevance: Provides torque needed when penetrating oil alone isn’t enough.
Hydraulic Press (6-12 Ton)
Definition: Controlled pressing equipment for bushing installation.
Context: Installs A-arm bushings squarely without damage.
Relevance: Prevents crooked installation, which can cause premature failure.
Bushing Press Tool Kit
Definition: Threaded tools with bolt and nut design for pressing.
Context: Alternative to hydraulic press for field repairs.
Relevance: Costs $50-$100 and handles most golf cart bushing work.
Ball Joint Separator
Definition: Pickle fork or puller-style disconnection tool.
Context: Releases ball joints without damaging boots or threads.
Relevance: Speeds A-arm removal and preserves components for reuse.
Torque Wrench
Definition: 3/8-inch drive wrench covering 20-150 ft-lbs.
Context: Ensures fasteners meet manufacturer specifications.
Relevance: Prevents under-torquing (wear) and over-torquing (damage).
Wire Brush & Sandpaper
Definition: Cleaning tools for bore preparation.
Context: Removes rust and corrosion before bushing installation.
Relevance: Ensures proper fit and prevents premature wear.
Grease Gun with Zerk Adapter
Definition: Lubrication equipment for spindles and pivots.
Context: Delivers grease to internal bushings and bearings.
Relevance: Extends bushing life significantly through proper lubrication.
| Tool | Name & Specs | Specifications | Purpose | Pro Tips |
|---|---|---|---|---|
| Socket Wrench Set 1/2" drive ratchet with extension Essential | Metric & SAE sockets (10mm-19mm) 12" extension bar Ratchet handle | Tightens bolt to pull bushing through spring eye with extension for tight spaces. | Use 6-point sockets to prevent bolt head rounding. Keep extension rigid for maximum pulling force. | |
| Long Bolt Grade 5 or higher Essential | 6-8" length 1/2" diameter Fine thread preferred | Creates pulling force by threading through bushing and extending past spring eye. | Choose bolt diameter slightly smaller than bushing inner hole. Grade 5 minimum to prevent bending under load. | |
| Large Washers Fender washers work best Essential | 2-3" outer diameter 1/2" center hole Steel construction | Distributes pulling force evenly across spring eye surface during bushing removal. | Use 2-3 washers stacked for extra strength. Ensure washers sit flat against spring eye for even pressure. | |
| OEM Bushings Model-specific fit required Essential | RXV or TXT specific Rubber or polyurethane Complete kit preferred | Replacement bushings for worn components with guaranteed proper fit and longevity. | Replace in complete sets for consistent handling. Verify model year compatibility before ordering. | |
| Safety Glasses ANSI Z87.1 rated Essential | Impact-resistant lenses Side shields Anti-fog coating | Protects eyes from flying bushings during removal and penetrating oil spray. | Wear whenever applying force to bushings. Bushings can pop out suddenly with significant force. | |
| Jack & Jack Stands 2-ton minimum capacity Essential | Floor jack or bottle jack 2+ jack stands Wheel chocks | Lifts cart safely for suspension access with stable support during work. | Always use jack stands. Never work under cart supported only by jack. Place stands on solid frame points. | |
| Penetrating Oil WD-40, PB Blaster, or similar Recommended | Aerosol spray Thin penetrating formula Rust dissolver | Loosens seized bushings from spring eyes when applied 24 hours before removal. | Spray liberally and let soak overnight. Reapply during removal if bushing resists. Wipe excess before installation. | |
| Safety Gloves Mechanic's gloves Recommended | Cut-resistant material Grippy palm surface Breathable construction | Protects hands from sharp edges and improves grip on oily parts. | Choose snug fit for dexterity. Replace when worn or torn. Keep extra pair for dirty jobs. | |
| Pry Bar 12-18" length Recommended | Flat or curved tip Steel construction Rubber handle grip | Provides leverage for stubborn bushings and helps align new bushings during installation. | Use carefully to avoid damaging spring eyes. Place cloth between bar and metal to prevent scratches. | |
| Torque Wrench 1/2" drive click-type Optional | 20-150 ft-lb range Click-type preferred Calibrated annually | Ensures proper bolt torque during reassembly and prevents over-tightening damage. | Follow manufacturer torque specs. Work in star pattern when tightening multiple bolts. Store at lowest setting. |
- Most tools are reusable for other golf cart maintenance and repair tasks
- Quality tools last decades and provide better results than cheap alternatives
- Consider borrowing specialty tools like torque wrenches from friends or rental shops
- OEM bushings from Carts & Parts come with installation hardware included
- Always work on a level surface with cart properly secured before starting
- Keep tools organized and within reach to avoid crawling under cart repeatedly
Optional Tools That Make the Job Faster
These tools aren’t required, but they significantly improve efficiency and quality. Consider adding them to your toolkit for frequent suspension work.
Threaded Rod & Large Washers
Definition: Makeshift pressing assembly using hardware store parts.
Context: Creates a low-cost bushing press in a pinch.
Relevance: Works but requires careful alignment compared to proper press.
Socket Set for Pressing
Definition: Large and small sockets as drivers and receivers.
Context: Used with a hammer for bushing removal.
Relevance: Lacks control of the press but is functional for emergency repairs.
Penetrating Oil
Definition: Rust-loosening chemical like PB Blaster or Kroil.
Context: Applied to corroded fasteners 15-20 minutes before removal.
Relevance: Works better than WD-40 for heavily seized bolts.
Paint Marker or Scribe
Definition: Marking tool for bushing orientation.
Context: Indicates original position before removal.
Relevance: Maintains designed suspension geometry during installation.
Digital Caliper
Definition: Precision measuring tool for bushing dimensions.
Context: Verifies correct fitment before installation.
Relevance: Catches incorrect aftermarket bushing sizes before wasted effort.
Regular inspections with basic tools catch bushing wear early.
Common Bushing Install Mistakes (and How to Avoid Them)
Installation errors cause premature failure, poor handling, and repeated repairs.
Professional installers see the same mistakes repeatedly from DIY repairs, and understanding what goes wrong helps you complete the job correctly the first time.
Orientation and Alignment Errors
Bushings installed in the wrong position or at the wrong angle create immediate handling problems. Mark orientation carefully and check alignment throughout the pressing process.
Symptom: Bushing squeaks immediately after installation.
Cause: Installed rotated from original position or without proper lubrication.
What it means: Accelerated wear and return visits within months instead of years.
Symptom: Cart handles poorly after bushing replacement.
Cause: Pressed bushing in crooked or used wrong kit for model.
What it means: Uneven stress creates rapid wear or improper alignment affects geometry.
Pressing and Installation Errors
Excessive force or improper technique damages both bushings and suspension components. Use controlled pressing methods and proper support throughout installation.
Symptom: A-arm bore damaged during installation.
Cause: Hammered bushing with excessive force without proper support.
What it means: Requires expensive A-arm replacement instead of simple bushing job.
Symptom: Bushing won’t seat fully in bore.
Cause: Failed to clean bore first, trapping dirt between bushing and A-arm.
What it means: Contamination prevents proper seating and creates stress points.
Symptom: Bushing presses out during first drive.
Cause: Used incorrect socket sizes when hammer-pressing bushings.
What it means: Driving socket must contact bushing evenly around full circumference.
Lubrication and Maintenance Errors
Wrong lubricant choice or missing lubrication steps lead to rapid bushing failure. Match grease type to bushing material and follow all lubrication procedures.
Symptom: New bushings fail within weeks.
Cause: Forgot to pack spindles with grease after reassembly.
What it means: Dry operation causes rapid wear and expensive repeat repairs.
Symptom: Rubber bushings swell and crack.
Cause: Used petroleum-based grease on rubber material.
What it means: Use only silicone or synthetic grease on rubber; specialty poly grease on polyurethane.
Replacing the OEM EZGO RXV Front Suspension A-Arm (2022-2025) or the OEM EZGO Front Suspension A-Arm is necessary if the bushings were installed incorrectly and damaged the A-arm bore.
- Visual inspection for cracks or tearsCritical
- Check for excessive play in suspension
- Listen for squeaking or creaking noises
- Inspect for rubber deterioration
- Look for bushing separation from metal
- Check for oil or grease leaks near bushings
- Remove wheels for detailed inspectionImportant
- Test for play by prying components
- Apply penetrating oil to seized bushings
- Check torque on all suspension bolts
- Measure bushing compression and deformation
- Inspect spring eyes for cracks or damage
- Clean and lubricate all pivot points
- Document bushing condition with photos
- Complete suspension disassembly and inspectionRoutine
- Replace all bushings showing wear or damage
- Measure all bushing dimensions against OEM specs
- Inspect and replace worn A-arms if needed
- Check alignment after bushing replacement
- Test drive and listen for abnormal sounds
- Apply fresh lubrication to all new bushings
- Torque all fasteners to manufacturer specifications
- Document all replacements and measurements
Warning Signs: Replace bushings immediately if you notice excessive play, loud squeaking that doesn't improve with lubrication, visible cracks, or if the cart pulls to one side during driving.
Record Keeping: Maintain a maintenance log with dates, mileage, and photos of bushing condition. This helps predict replacement intervals and identify patterns of wear.
Maintenance: Greasing, Inspections, and Driving Habits
Preventive maintenance extends bushing life and prevents expensive suspension repairs. Follow these time-based maintenance intervals and driving practices to maximize bushing longevity.
📅Monthly: Listen and Look
Quick monthly checks catch developing problems before they cause damage. Spend a few minutes listening and lubricating to prevent expensive repairs.
Situation: New noise appears during operation.
Insight: Bushings often fail before bearings in golf carts because they handle all articulation stress.
Recommendation: Inspect bushings first for cracks or play, then check bearings if bushings appear sound.
Situation: Grease zerk fittings need attention.
Insight: Fresh grease flushes contaminants and maintains protective film on moving parts.
Recommendation: Wipe away excess grease after lubrication to prevent dirt accumulation.
📅Every 6 Months or 500 Hours
Semi-annual inspections reveal wear before performance deteriorates significantly. Schedule these checks based on usage hours or calendar time, whichever comes first.
Situation: Time for scheduled visual inspection.
Insight: Rubber degrades visibly before performance drops completely.
Recommendation: Look for cracks, splits, or deterioration in rubber or polyurethane material.
Situation: Testing for excessive play in suspension.
Insight: Physical testing catches wear that visual inspection misses.
Recommendation: Rock the cart side-to-side while watching for movement at bushing locations.
Situation: Checking tire wear patterns.
Insight: Uneven tire wear reveals alignment issues caused by worn bushings.
Recommendation: Address bushing issues immediately to prevent expensive tire replacement.
📅Annually: Professional Check
Professional technicians spot subtle problems that owners miss during routine inspections. Schedule annual evaluations for heavily used or demanding-condition carts.
Situation: Annual professional inspection due.
Insight: Experienced technicians spot problems owners overlook, especially in demanding use.
Recommendation: Bring the cart in for suspension evaluation if used heavily or in rough conditions.
Situation: Verifying grease purge from fittings.
Insight: Fresh grease pushing out old grease indicates fitting still functions correctly.
Recommendation: No purge suggests clogged fitting or failed bushing requiring attention.
Driving Habits That Extend Bushing Life
How you drive affects bushing wear as much as the maintenance schedule. Follow these practices to reduce stress on suspension components.
- Avoid harsh impacts with curbs, potholes, and rough terrain when possible.
- Drive at moderate speeds over rough surfaces.
- Distribute weight evenly between passengers and cargo.
- Make smooth, gradual turns rather than sharp cornering.
- Store carts on level ground when not in use.
- Clean accumulated debris from the suspension regularly.
Risks of Ignoring Worn Bushings vs. Benefits of Timely Replacement
Bushing condition directly affects repair costs, safety, and component longevity. Compare the consequences of delayed maintenance against the benefits of prompt replacement.
If You Wait: Four Consequences
Postponing bushing replacement allows progressive damage that multiplies repair costs. Small problems become expensive failures when ignored.
- Components fail prematurely. A-arms crack from excessive stress and vibration. Leaf springs break at mounting points.
- Tires wear out faster. Improper alignment creates edge wear patterns. Replacing all four costs $200-$400.
- Handling becomes dangerous. Excessive play in steering creates unpredictable turns. Loose front-end reduces control.
- Repair costs multiply. Damaged A-arms, bent steering components, and worn spindles require replacement. Total bills exceed $500-$800.
If You Fix Now: Four Benefits
Timely bushing replacement prevents damage, improves safety, and extends component life. The investment protects your cart and preserves ride quality.
- Comfort improves significantly. Vibrations and road noise decrease. Passengers notice smoother ride quality immediately.
- Handling becomes predictable and safe. Cart tracks straight without wandering. Turns feel controlled and stable.
- Components last longer. Eliminating metal-on-metal contact preserves expensive A-arms, leaf springs, and steering parts. Prevents $500+ rebuilds.
- Tire life extends by years. Proper suspension geometry distributes weight evenly. Tires wear uniformly, lasting 30-50% longer.
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Professional service and OEM parts ensure permanent suspension problem resolution. Carts & Parts combines technical expertise with fast delivery and competitive pricing.
Shop OEM EZGO Bushings (RXV, TXT) — Free Shipping
Carts & Parts stocks complete OEM bushing kits for all EZGO models with same-day shipping nationwide.
Every bushing kit ships free.
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Call (937) 459-8891 for expert guidance on your cart’s suspension needs.
Golf Cart Bushings: Frequently Asked Questions
1. What are the symptoms of bad golf cart bushings?
Creaking or squeaking noises over bumps indicate worn bushings. Loose or wandering steering response shows excessive play in steering or A-arm bushings.
A harsh ride with increased vibration means the bushings no longer dampen road shock.
Uneven tire wear patterns suggest improper wheel alignment due to bushing wear. Visible cracks or deterioration confirm bushings need replacement.
2. How often should I inspect or replace golf cart bushings?
Inspect bushings every six months or 500 hours of use, whichever comes first. Replace them when you notice cracks, excessive play, or deterioration.
Most bushings last two to five years, depending on usage and storage conditions. Carts used daily or stored outdoors require more frequent replacement.
Polyurethane bushings typically outlast rubber in demanding conditions.
3. Which bushings fail first on EZGO carts (RXV vs TXT)?
Leaf spring bushings typically fail first on both RXV and TXT models because they constantly support the cart’s weight.
A-arm bushings follow, especially on carts used in rough terrain.
TXT models show faster A-arm bushing wear due to their older suspension design. RXV front spindle bushings wear quickly when lubrication is neglected.
Steering column bushings usually last the longest.
4. Do polyurethane bushings ride rougher than rubber on a golf cart?
Yes. Polyurethane is more rigid and transmits more road feel and vibration to passengers. The stiffer material provides better handling and responsiveness but reduces comfort on rough terrain.
Rubber bushings absorb small bumps and irregularities better, creating a smoother, quieter ride. Performance-oriented users prefer polyurethane, while comfort-focused users choose rubber.
5. Can I replace A-arm and leaf spring bushings without a press?
Leaf spring bushings can be installed without a press using the bolt-and-washer pulling method with an impact driver.
A-arm bushings require a controlled pressing force that hammers cannot provide safely. Threaded bushing press tools offer an affordable alternative to a press for $50 to $100.
Attempting an A-arm bushing installation without proper pressing equipment risks damaging the A-arm or installing bushings crooked.
6. What size/part numbers fit EZGO RXV bushings (2008-up)?
EZGO RXV A-Arm Bushing Kit (2008-Up) uses part number SPN-0039.
EZGO RXV Leaf Spring Bushing Kit (2008-Up) uses part number SPN-0037.
RXV Battery Hold Down Rod uses part number 602896.
All kits fit RXV models from 2008 through current production. Always verify your cart’s year and model before ordering.
7. What size/part numbers fit EZGO TXT bushings (year-specific)?
EZGO TXT Leaf Spring Bushing Kit uses part number SPN-0032 and fits models from 1994 through 2022.
TXT A-arm bushings use different specifications than RXV models.
TXT Tie Down Bolt (1994-2022) uses part number 01101G01.
Contact Carts & Parts at (937) 459-8891 to verify exact fitment for your TXT model year.
8. How much does golf cart bushing replacement cost (parts + labor)?
OEM bushing kits cost $25 to $35 per location.
Complete four-corner suspension bushing replacement costs $100 to $140 in parts. Professional installation adds $150-$300 in labor.
The total project cost, including parts and labor, ranges from $250 to $440. DIY installation saves labor costs but requires a $50 to $400 tool investment, depending on the equipment.
9. Will worn bushings cause uneven tire wear or steering wander?
Absolutely. Worn A-arm bushings can cause improper wheel alignment, resulting in edge wear on tires. Steering column bushings cause the steering wheel to wander and require constant correction.
Spindle bushings cause side-to-side tire movement, which accelerates tread wear. Replacing worn bushings early prevents expensive tire replacement and dangerous handling problems.
10. What grease should I use on polyurethane vs. rubber bushings?
Use only silicone or synthetic grease on rubber bushings; use specialty polyurethane grease (or supplied lube) on polyurethane bushings.
Never use petroleum-based grease on rubber, as it causes swelling and deterioration.
Polyurethane bushings need light lubrication during installation and periodic greasing through zerk fittings. Dry silicone spray works well for polyurethane maintenance between primary services.
11. Do all EZGO models use the same bushing kit?
No. RXV, TXT, Medalist, Marathon, and other EZGO models require different bushing kits. Suspension geometry varies between model lines, requiring specific part numbers.
Year ranges matter for fitment. RXV bushings changed minimally between 2008 and 2025, but TXT designs varied across production years.
Always cross-reference your cart’s serial number with part specifications before ordering.
12. How long do polyurethane bushings last compared to rubber?
Polyurethane bushings last two to three times longer than rubber in harsh conditions. Polyurethane resists UV rays, oils, and heat better than rubber.
Rubber bushings degrade faster when exposed to sunlight, petroleum products, and temperature extremes.
Polyurethane maintains consistent performance across a wide temperature range. Expect three to seven years from polyurethane versus two to five years from rubber.
13. Can bad bushings damage A-arms, spindles, or steering components?
Yes. Worn bushings allow metal-to-metal contact, accelerating wear throughout the suspension. A-arms develop elongated mounting holes when bushings fail.
Spindles score and wear unevenly from excessive play. Steering components loosen and crack from movement stress. Delayed bushing replacement transforms a $30 maintenance item into a $500 suspension rebuild.
14. What torque specs should I follow after installing new bushings?
Always reference your EZGO service manual for specific torque values, which vary by model and year.
Typical ranges include 30 to 40 foot-pounds for A-arm mounting bolts and 25 to 35 foot-pounds for leaf spring hardware, but your specific model may differ. Under-torquing allows movement and wear.
Over-torquing damages threads. Always use a calibrated torque wrench and follow manufacturer specifications.
15. What’s the quickest way to check bushings without lifting the cart?
Rock the cart side to side forcefully and listen for clunking, popping, or creaking noises from the suspension.
Turn the steering wheel entirely left and right while stationary and feel for excessive looseness or grinding. Check for uneven tire wear patterns on the inner or outer edges.
These quick tests reveal obvious bushing problems without tools or lifting.
