What we cover
Shocks and struts services in Mays Landing, NJ
Shock and strut replacement by platform
Rear shocks on most cars, MacPherson struts on the front of most front-wheel-drive cars, all-four shocks on most trucks and body-on-frame SUVs, and quick-strut assemblies on platforms designed around them.
Common examples: Shock absorber replacement on cars, trucks, and SUVs, MacPherson strut replacement on front-strut cars and most modern SUVs, Quick-strut assemblies (preassembled strut, spring, and mount) when the platform calls for it, Performance-grade shocks for tow vehicles, lifted trucks, and shore-route commuters
Mount, bushing, and spring work
The metal-on-metal contact above and below the damper is what kills strut life early. Mounts, bearings, dust boots, jounce bumpers, and worn bushings get inspected and replaced as part of the same labor visit.
Common examples: Strut mount and strut bearing replacement (often the actual source of the clunk), Coil spring replacement when a broken or collapsed spring is the cause of the sag, Dust boot and jounce bumper replacement to extend strut life, Control-arm and stabilizer-bar bushing replacement
Foreign-platform and air-ride coverage
European coil-over struts, German and Asian quick-strut assemblies, and air-strut replacement on platforms equipped with air suspension.
Common examples: Foreign-car coil-over struts and air-strut replacement, Air-ride suspension diagnostics when the compressor or solenoid is suspect, BMW, Mercedes, Audi, VW, Mini, Porsche strut and shock work, Land Rover and Range Rover air-suspension service
Alignment and ride diagnosis after the swap
Four-wheel alignment when the repair changes camber geometry, ride-comfort and noisy-ride diagnosis when the cause is not obvious, and tire wear read on the lift to confirm shock-related cupping versus alignment-related wear.
Common examples: Four-wheel alignment on a Hunter HawkEye after any front-strut replacement, Tire wear inspection for cupping that confirms shock or strut wear, Ride-comfort and noisy-ride diagnosis when the symptom does not point clearly at one part, Front-end diagnostic when the clunk is the ball joints, not the strut
Symptom-to-component triage before you book
Most drivers landing on this page already feel something: a bounce after a bump, a clunk on the railroad crossing, nose-dive on highway braking, a cupping pattern on the tires, a chain-shop quote that felt high. Triage first. The symptom narrows what is wrong before the lift goes up.
Bouncy ride that takes more than two cycles to settle
Highest-probability cause: the shock or strut itself. Second cause: a collapsed coil spring. Bounce test on the lift confirms which. Hand-load the corner, count the cycles; two or fewer means the damper is healthy, three or more means it is done.
Clunk going over bumps
Highest-probability cause: a strut mount or sway bar end link, not the shock damper. Visual inspection on the lift confirms which. A new strut installed on top of a worn mount fails again from the same load that killed the first one.
Nose-dive on braking, lift on acceleration
Cause: weak shocks not damping the weight transfer. Stopping-distance check should be paired with a brake inspection because the two symptoms compound.
Body roll in turns
Outside corner of the vehicle drops more than it used to during a curve. Cause: weak shocks or struts on the outside corner. Same fix path as a bouncy ride; the bounce test on the lift confirms.
Cupping or scalloped tire wear
Cause: the tire is bouncing rather than rolling. The shock is not damping the tire-against-road contact. Tire rotation history matters here; a cupped tire that was on the same corner for 20,000 miles points at that corner's strut.
Steering wander or pull on the highway
Cause is usually alignment first, strut second. The strut angle is part of the camber spec, so a worn strut throws the alignment off and the alignment throws the steering off. Both get checked together.
Fluid stain on the shock or strut body
Cause: the cylinder seal has failed. Shocks and struts are sealed hydraulic units, no rebuild path. The fix is replacement. Once damping force drops, the matched component on the other side of the axle is usually close behind.
Past 50,000 to 80,000 miles and the ride feels different
NAPA Know How publishes 50,000 to 80,000 miles under normal driving conditions. Atlantic County roads usually push the actual number lower. Past the interval with a changed ride, get them tested. The bounce test on the lift takes a few minutes.
Two or more symptoms at once means the dampers are gone. Worn shocks and struts also load up ball joints, control arm bushings, and strut mounts, so the cheap fix becomes a larger fix six months later.
Shocks and struts replacement for Mays Landing and Atlantic County drivers
Kneble's Auto Service Center has been on Somers Point Road in Mays Landing since 1981. Service area covers Mays Landing, Hamilton Township, Egg Harbor Township, Northfield, Somers Point, Folsom, Buena Vista, and the rest of Atlantic County. Shore-route commuters from Ocean City, Margate, and Somers Point are tough on strut mounts because of the bridge expansion joints. Inland commuters on the Black Horse Pike, Route 40, and the Atlantic City Expressway service plazas are tough on strut bodies because of the potholes. Either route, the shop has seen the wear pattern before and stocks parts for the most common platforms in the county.
Helpful details to mention
- Excessive bounce after hitting a bump or dip on the road at any speed setting
- Nose-dive under hard braking or rear squat under acceleration from a dead stop
- Cupped or scalloped tire wear pattern showing across the front or rear tread
Customer proof
Service was performed quickly and the Kneble Team provided great communication throughout the visit.Robert Orzechowski, Google review
Questions before scheduling?
Talk with us about Shocks and Struts Replacement
Tell us what you drive, what you are noticing, and when you would like to come in. We will help you choose the right next step.
Service guide
Shocks and Struts Replacement Service Guide
Use this guide to review service factors, related videos, local driving conditions, and questions to ask before scheduling service.
In this guide
- Pair replacement, alignment, and brand warranties
- Shock vs strut: what is actually different
- What bushings have to do with strut life
- Why fluid leaks mean replacement, not repair
- Atlantic County interval reality
- Quick-Strut assemblies and coilover conversions
- Electronic dampers: EDC, AIRMATIC, magnetic ride, ARD
01 of 07, Pair replacement
Pair replacement, alignment, and brand warranties
Three decisions chain shops mishandle most often. Pair replacement is the first.
Read more about Pair replacement, alignment, and brand warranties
Pair replacement on the same axle
Two shocks on the same axle wear at the same rate because they see the same load, the same potholes, the same heat cycles. If one is shot, the other is statistically within a year. Replacing one and leaving the other almost guarantees a follow-up visit and creates an uneven ride. A brand-new shock damps faster than a half-worn shock on the other side, the car pulls slightly toward the worn side on bumps because that corner rebounds longer, and tire wear goes uneven across the axle within a few thousand miles.
The one valid carveout: when one shock has a bent body from a curb strike or a torn boot from a road hazard, the other side genuinely tests fine on the bounce test, and the damaged side is genuinely young. In that case the shop replaces one, documents the other on the inspection sheet, and tells the customer the matched pair will likely be due inside a year.
Alignment after a front MacPherson strut
Non-negotiable. The strut angle is part of the camber alignment spec. Replace the strut and the camber moves; leave the camber off and the tires cup inside a month and the steering pulls. Every front strut job that affects geometry gets a four-wheel alignment on the Hunter HawkEye. Rear shocks on a non-strut rear suspension usually do not need an alignment. The estimate calls out which applies before the work starts.
Brand warranties
They run different from each other. Bilstein covers the B6 and B8 line for the life of the part to the original purchaser. Monroe Ride Engineered covers the OESpectrum line for limited lifetime. KYB Excel-G runs one year or 12,000 miles. Sachs runs limited. None of those cover labor, which is why the shop installs in pairs the first time. OEM parts from the dealer typically run a 2-year or 24,000-mile parts-and-labor warranty when installed at the dealer; at an independent shop the labor side may not transfer. The written estimate names the brand and the warranty terms before any commitment.
02 of 07, Shock vs
Shock vs strut: what is actually different
A shock is a damper only, bolted between frame and axle to control how fast the spring rebounds. A strut is a damper plus a structural suspension member: it carries the coil spring, locates the wheel, and serves as the upper steering pivot on MacPherson designs. Pulling a strut takes the wheel out of alignment. Pulling a shock does not.
Read more about Shock vs strut: what is actually different
That structural role is why a strut job triggers an alignment and a shock job usually does not, why a strut costs more in labor, and why quick-strut assemblies exist (the coil spring stays compressed inside the cartridge so the technician never wrestles a loaded spring on a press).
From the shop library: Video Questions to Ask Yourself When Purchasing a Used Car
Tell us what changed, when it started, and what you drive. We can help decide whether to start with an inspection, alignment check, or related repair.
03 of 07, What bushings
What bushings have to do with strut life
Bushings are the cartilage of the suspension. Rubber or polyurethane components sit between metal suspension parts (control arms, stabilizer bars, subframes, strut mounts) and absorb vibration so metal does not grind on metal.
Read more about What bushings have to do with strut life
Over time, rubber bushings get brittle, crack, and tear. When that happens, the metal-on-metal contact transfers load to the strut that the bushing should have absorbed. A new strut installed on top of a collapsed strut mount or torn control-arm bushing fails again from the same misalignment load that killed the first one. Bushings get inspected during every shock or strut job, and the customer hears what is there before any wrench touches the suspension.
When a technician recommends replacing bushings, both sides come out at the same time. Replacing only one side creates an uneven feel and puts extra stress on the new bushing. After any bushing or strut replacement, a wheel alignment makes sure everything tracks straight.
04 of 07, Why fluid
Why fluid leaks mean replacement, not repair
Shocks and struts are sealed hydraulic units. The damping force comes from oil being forced through small valves inside the cylinder. The oil cannot be topped off, the seals cannot be replaced, and a leak means the cylinder has lost its hydraulic pressure. There is no rebuild option for a passenger-car shock or strut. The fix is replacement.
Read more about Why fluid leaks mean replacement, not repair
A wet shock body or strut housing with oil residue means the cylinder is leaking. Once that starts, damping force drops, the spring cycles too long, and the matched component on the other side of the axle is usually close behind. ASE certification covers the failure modes in detail; the shop's ASE-certified technicians handle this work.
Tell us the year, make, model, and what you are noticing, and we will say what to check first.
05 of 07, Atlantic County
Atlantic County interval reality
NAPA Know How publishes a replacement interval of 50,000 to 80,000 miles for shocks and struts under normal driving conditions. That number assumes pavement in reasonable shape, no consistent towing or hauling load, and an owner who notices a bouncy ride before the dampers are completely gone.
Read more about Atlantic County interval reality
Real-world numbers in Atlantic County skew lower because of road conditions, salt, and shore-route bridge joints. Strut wear-out at 60,000 miles is routine on cars that spend their lives on the Black Horse Pike, Route 40, and the Atlantic City Expressway service plazas. Trucks with consistent towing or hauling load can go through rear shocks in 40,000 miles or less. Highway-only commuter cars sometimes make 90,000 to 100,000 miles before the dampers fail.
The practical rule: if the car is past 50,000 miles and the ride has changed (bouncier, more body roll, more nose-dive on braking), have the shocks tested. The test is part of the complimentary inspection. It takes a few minutes on the lift, and the result is a yes-they-are-shot, no-they-are-at-the-start, or somewhere-in-the-middle answer.
06 of 07, Quick-Strut assemblies
Quick-Strut assemblies and coilover conversions
A Quick-Strut (Monroe trademark; KYB Strut-Plus, Gabriel ReadyMount) ships preassembled: strut cartridge, coil spring, upper mount, bearing, dust boot, and jounce bumper in one unit. Install is faster and safer because the spring stays captive. Tradeoff is price, 60 to 100 dollars more per corner than a bare strut, but it pays back in labor and in not reusing a tired mount on a new damper.
Read more about Quick-Strut assemblies and coilover conversions
Coilover conversion (replacing a factory MacPherson strut with a height-and-damping-adjustable coilover) is a separate job. The shop installs reputable street coilovers (Bilstein B14/B16, KW V1/V2/V3, Koni) on platforms designed for them. A coilover changes ride height and always changes alignment spec. Plan on a four-wheel alignment after install and a follow-up after the springs settle.
From the shop library: Video 14 Easy Steps to Keep Your Car Running Optimally
07 of 07, Electronic dampers
Electronic dampers: EDC, AIRMATIC, magnetic ride, ARD
Luxury and performance platforms run electronically controlled dampers. BMW Electronic Damper Control (EDC) on M and xDrive trims, Mercedes ADS and AIRMATIC on E, S, GL, and GLE, Audi magnetic ride on R8, TT, and select S/RS, Honda Amplitude Reactive Dampers on Acura MDX, RDX, and TLX Advance/Touring. Each uses a solenoid or magnetorheological valve that reads ride-height or accelerometer input and varies damping live.
Read more about Electronic dampers: EDC, AIRMATIC, magnetic ride, ARD
These struts are not interchangeable with passive replacements. The chain-shop mistake is installing a passive KYB on an EDC platform and triggering a dash warning the next morning. The shop pulls the wiring diagram, confirms part number against the VIN, and sources the OEM or OEM-equivalent damper (Sachs, Bilstein, ZF, or dealer). AIRMATIC and air-strut systems also get a compressor and solenoid check first; a new air strut behind a dead compressor blows out inside a month.
From the shop library: Video Does Your Steering Wheel Jam Up When Starting Up
Call the shop or request an appointment and include the vehicle year, make, model, mileage, and symptoms.
FAQs
Shocks and Struts Replacement FAQs
How often should I replace my shocks and struts?
NAPA Know How recommends replacement between 50,000 and 80,000 miles under normal driving conditions, and the owner's manual may list a specific interval. Atlantic County roads usually push the actual number lower, especially on the front struts of front-wheel-drive cars. If the ride has changed (bouncier, more nose-dive, more body roll), have them tested even if the mileage is below the interval.
Does my car have struts or shocks (or both)?
Most front-wheel-drive vehicles have struts in the front and shocks in the rear. Most rear-wheel-drive vehicles and pickup trucks use shocks on both axles. A visual inspection confirms which, and the service advisor will tell you which the vehicle has before any work gets quoted.
Why do shocks and struts have to be replaced in pairs?
The two shocks on the same axle wear at almost the same rate because they see the same load, the same potholes, and the same heat cycles. If one is shot, the other is statistically within a year. Replacing one and leaving the other creates an uneven ride and almost guarantees a follow-up visit. Doing both at once usually saves the second alignment fee and a second trip.
Will my car need an alignment after shocks and struts replacement?
If a front MacPherson strut was replaced, yes, every time. The strut angle is part of the camber spec, and disturbing it requires a four-wheel alignment to bring everything back in. Rear shocks on a non-strut rear suspension usually do not. The estimate calls out which applies before the work starts.
Can I drive with worn shocks or struts?
Yes, but stopping distance grows, tire wear goes uneven, and in rain or snow the traction drops because all four tires are not staying in contact with the road. None of that gets safer with time. Worn shocks also load up the ball joints, control-arm bushings, and strut mounts, so the original cheap fix turns into a larger fix six months later.
How long does shocks and struts replacement take?
Most passenger-car jobs finish on the day the car is in the bay. Front struts on a front-wheel-drive car run about two to three hours per pair plus alignment time. Rear shocks on a non-strut rear suspension run about an hour to ninety minutes per pair. European cars with quick-strut assemblies or air struts run longer, and the estimate names the parts-order timeline.
What brands do you install?
Bilstein, Monroe OESpectrum, KYB Excel-G, Sachs, Moog, and OEM when the platform requires it. The shop does not install the cheapest box on the parts-store shelf because cheap shocks are why so many shock jobs come back inside 18 months. The written estimate names the brand and the warranty before any commitment.
Does the lifetime warranty cover labor?
On most aftermarket brands, no. Bilstein, Monroe, KYB, and Sachs lifetime or limited-lifetime coverage is parts only. OEM parts from the dealer sometimes carry parts-and-labor coverage when installed at the dealer, but the labor side may not transfer to an independent shop. The estimate spells out which applies.
Will my ride height change after strut replacement?
A new strut with a new coil spring usually sits 5 to 15 millimeters higher than the worn pair it replaced because the old coils had taken a set. New springs settle in roughly 500 to 1,000 miles and ride height normalizes. If height is still off the manufacturer spec at the post-install alignment, the shop measures all four corners and checks for a wrong-spec spring or a collapsed sister-side coil.
Further information
Learn more about Shocks and Struts Replacement
Use these related articles and videos to compare symptoms, maintenance timing, warning signs, and questions to ask before scheduling service.
Related articles
Rattling Sway Bar: Potential Causes & Practical Solutions
Should I Repair or Replace My Vehicle?
The Dangers of Driving Your Car Through Flood Water
5 Tire Warning Signs that Signal it is Time for New Tires
Related videos
Stop Ignoring Your Car’s Cries: Solve Wheel Bearing Noises Before It’s Too Late
Questions to Ask Yourself When Purchasing a Used Car
Six Symptoms Your Vehicle’s Axle is Going Bad
Seven Problems Your Vehicle May Suffer From This Summer
Local shop
Visit Kneble's in Mays Landing
5473 Somers Point Road, Mays Landing, NJ 08330
Kneble's Auto Service Center is located at 5473 Somers Point Road, Mays Landing, NJ 08330 and serves drivers throughout Atlantic County and South Jersey.
- Mon to Fri 8am to 5pm
- Saturday 8am to 4pm
- Sunday Closed
Reviews
Trusted by South Jersey drivers
Customers come to Kneble's for clear communication, practical recommendations, and repairs handled by a local team they can reach directly.
Friendly receptionist. In and out within 45 mins.
Janet Jackson, Google review
Service was performed quickly and the Kneble Team provided great communication throughout the visit.
Robert Orzechowski, Google review
Excellent quick service by personable staff and very qualified techs at a reasonable charge.
Glenn Peterson, Google review
Very good service here. Treated us very well. Great conversation with Carmen.
Gary Mazzone, Google review