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HYUNDAI GETZ 2006 to 2011 Workshop Service Repair Manual Digital Download

Goal: replace worn suspension bushings on a Hyundai Getz (front lower control-arm and/or anti-roll bar/other suspension bushings). Below is a concise, ordered workshop procedure with the engineering theory at each stage and exactly how the repair cures the fault. Consult the factory workshop manual for model-year specific bolt torques and any special fasteners.

Summary theory (short)
- Function: suspension bushings are elastomer (rubber or polyurethane) bearings that locate suspension links while isolating vibration and allowing controlled compliance. They absorb small movements, reduce noise, and set geometry (caster/camber/toe) under load.
- Failure modes: rubber hardens/cracks, tears, or separates; polyurethane can wear. Result: increased free play, clunks, steering wander, uneven tyre wear, poor ride/handling, noise.
- Repair effect: replacing the bushing restores controlled compliance, removes play, stops impact loads on metal joints, returns the arm’s effective pivot location and stiffness to original — eliminating clunks and restoring predictable geometry and damping.

Preparation (ordered)
1. Parts and consumables
- Correct replacement bushings (OEM or quality aftermarket; note material differences).
- New mounting bolts/nuts if indicated by manual (many are single-use/stretch fasteners).
- Press sleeves/drift tools sized to press bushings without damaging the arm.
- Penetrating oil, anti-seize, grease for polyurethane bushings (if supplied), shop rags.
- Thread locker if manual specifies.
2. Tools and equipment
- Vehicle lift or jack + axle stands (use a lift if available).
- Torque wrench, breaker bar, ratchets, metric sockets and spanners.
- Hydraulic press or bushing removal/installation tool kit.
- Hammer, drift, heat gun/propane torch (controlled heat for rusted parts).
- Safety gear: eye protection, gloves.

Diagnosis & marking (ordered)
3. Confirm symptoms and locate failed bushings
- Road-test to identify clunk/noise/steer wander and correlate to suspension side/area.
- Inspect visually and with pry-bar: excessive movement, torn rubber, oil saturation, cracking.
- With wheel off, quantify play by prying the control arm relative to subframe or hub.
4. Mark current alignment/position
- Before removing any arms, mark the position of the arm relative to the chassis with paint or scribe so you can re-install without introducing gross preloads.

Removal (ordered)
5. Safe lift and secure vehicle
- Raise vehicle, support on stands, chock opposite wheels. Work on level ground.
6. Remove wheel and any interfering components
- Remove wheel and brake caliper/hose support if needed for access (hang caliper safely).
- If removing anti-roll bar bushings, disconnect drop links as required.
7. Unbolt control arm from hub and chassis as needed
- Support the arm with jack/stand to avoid sudden drop.
- Remove bolts securing the arm to subframe/subframe bracket and ball joint/hub.
- If bushings are on an isolated subframe bracket, unbolt that bracket as needed.
8. Free the arm and prepare for pressing
- Remove the control arm from vehicle. Clean the arm, remove corrosion around bushing housing, and inspect the arm for cracks or damage.

Bushing removal and inspection (ordered)
9. Remove old bushings
- Use a hydraulic press or bushing tool to press the old bushing out from the arm. Apply even pressure with correct sleeves to avoid deforming housing.
- If pressed out with heat, apply heat around housing—do not overheat to avoid metallurgical damage.
10. Inspect arm and mating surfaces
- Check bushing bores for wear, ovality, cracks. If the bore is damaged beyond tolerance, the arm must be repaired or replaced.
- Clean bore and apply light corrosion protection if needed.

Installation (ordered)
11. Prepare new bushings
- Verify correct orientation and that internal sleeves are present if required.
- For polyurethane, lightly grease to prevent squeak (use grease supplied); do not grease rubber bushings.
12. Press in new bushings
- Press new bushings into the arm using the press sleeves sized to support the bushing flange and ring. Ensure straight, even pressure; do not cock the bushing.
- For bonded bushings, press until face is flush and matches original shoulder location.
13. Reassemble control arm to vehicle
- Refit arm to chassis and hub. Use new mounting bolts if required.
- Hand-tighten bolts initially with the car at normal ride height or per manual specification about preloading: many bushings should be tightened with suspension loaded to avoid preloading the elastomer.
14. Torque fasteners to spec
- Lower car so suspension takes its static load (or follow manual method) and torque bolts to factory values with torque wrench.
- Tighten anti-roll bar clamp brackets and link nuts to spec. Replace worn link bushes.

Final steps and verification (ordered)
15. Refit brakes/wheels and lower vehicle
- Reinstall wheels, torque wheel nuts to spec. Lower vehicle.
16. Wheel alignment
- Perform a full 4-wheel alignment. Replacing bushings re-establishes pivot geometry; alignment is required to restore toe/camber/caster and prevent tyre wear.
17. Road test and NVH check
- Test-drive to verify noise elimination, steering return, ride comfort and handling. Confirm the repair removed clutch/clunk and restored steering feel.

How this repair fixes specific faults (short, direct)
- Clunks/knocks: worn bushings allow metal-to-metal or sudden uncontrolled movement. New bushings restore restrained pivoting, eliminating the impact forces and noise.
- Steering wander/instability: bushings define the pivot point of control arms. Worn bushings move under load, changing toe/camber dynamically. New bushings restore static and dynamic geometry so the car tracks predictably.
- Excessive vibration/harshness: rubber dampens high-frequency inputs. Replacing hardened/failed bushings returns designed damping and isolates NVH.
- Uneven tyre wear: with restored geometry and less play, tyre contact patch is consistent through suspension travel, preventing abnormal wear patterns.

Material and selection notes (concise)
- OEM rubber: best NVH and compliance; wear life moderate; recommended for most street cars.
- Polyurethane: firmer, better steering response and longevity, but transmits more vibration and may squeak if not greased properly. Use where improved handling is needed and NVH trade-off is acceptable.

Safety and quality reminders (concise)
- Use a press and proper sleeves — hammering can damage arm or bushing.
- Always torque bolts per the manual and replace single-use fasteners.
- Never preload bushings by tightening with suspension drooped; torque at normal ride height unless manual specifies otherwise.
- Final wheel alignment is mandatory after suspension bushing replacement.

Expected times
- Per control arm bushing (press out/press in): 1–2 hours depending on access and tools. Full front-end bushing job including alignment: half day to full day.

End.
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