Washing machines that shake, rattle, and walk across the floor are one of the most frustrating laundry room problems homeowners face. Whether you just installed a new front load washer or your old top loader has slowly started creeping across the laundry room, learning how to level a washing machine can save you from damaged floors, excessive noise, and premature wear on internal components.
I have helped friends, family members, and neighbors troubleshoot walking washers for over a decade, and in nearly every case the fix came down to proper leveling. A surprising number of people never adjust their washer feet after delivery, or they miss the shipping bolts entirely. In this guide, I will walk you through exactly what causes shaking, how to fix it step by step, and when the problem goes beyond a simple DIY adjustment.
By the end, you will know how to check if your washer is truly level, what tools you need, how to handle tricky floor surfaces, and when it makes sense to call a professional instead of tackling the repair yourself.
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Some vibration is completely normal during the spin cycle, especially on high-speed settings. Modern washers, particularly front load models, spin drums at speeds reaching 1,200 to 1,400 RPM. That kind of rotational force generates movement, and a small amount of vibration is expected. GE Appliances notes that up to a quarter inch of movement during spin is within normal tolerance.
The problem starts when that vibration becomes violent shaking, loud banging, or actual walking across the floor. If your washer moves more than half an inch during a cycle, rocks when you push down on the corners, or makes loud thumping sounds, something needs attention. A properly leveled washer on a solid floor should stay put during every cycle, including maximum spin.
Forum users on Reddit frequently ask how much shaking is too much. The general rule I follow is simple: if the washer moves from its original position or shakes nearby objects off surfaces, it needs leveling or internal repair.
Before diving into the leveling process, it helps to understand what is actually causing the problem. Shaking and walking almost always trace back to one of these six common causes.
This is the number one cause of violent shaking in newly installed washers. Shipping bolts are four heavy-duty bolts that lock the drum in place during transport to prevent suspension damage. If these bolts are not removed before first use, the drum cannot move freely and the washer will shake violently during every spin cycle. I have seen this mistake dozens of times, even with professional delivery teams.
Washing a single heavy item like a bath mat, blanket, or pair of sneakers creates an unbalanced load. The drum weight distribution shifts to one side during the spin cycle, forcing the washer to compensate violently. Front load washers are especially sensitive to single bulky items. Always wash large items with a few smaller pieces to distribute weight evenly.
The floor beneath your washer matters as much as the machine itself. Timber floors, loose tiles, linoleum, and carpet all flex under vibration, amplifying shaking instead of absorbing it. Laundry rooms on upper floors with wood subfloors tend to be the worst offenders. One Reddit user reported that their washer on a timber floor shook the entire second story until they added a rubber stabilizer pad.
Over time, the shock absorbers and suspension springs inside your washer wear out. When these components fail, the drum has no dampening system and bounces freely. This problem develops gradually, so you might notice shaking getting worse over several months. If your washer is level, the load is balanced, and the floor is solid, but shaking persists, worn suspension parts are the likely culprit.
Washers come with four adjustable leveling legs designed to compensate for minor floor imperfections. If these legs are extended too far, fully retracted, or adjusted unevenly, the washer will rock and walk. Many people also forget to tighten the lock nuts on the leveling legs after adjustment, allowing the feet to shift over time.
Drum bearings allow the inner drum to spin smoothly. When bearings fail, you will hear a loud grinding or rumbling sound during the spin cycle, and the drum will feel loose when you spin it by hand. Bearing failure is a more serious issue that typically requires professional repair or washer replacement.
You do not need expensive equipment to level a washing machine. Here is what I recommend gathering before you start.
Spirit level (a standard 9-inch or 12-inch torpedo level works fine)
Adjustable wrench (to turn the leveling legs and tighten lock nuts)
Pair of pliers (for stubborn lock nuts)
Measuring tape (to verify distance from walls and cabinets)
Anti-vibration pads (optional, but recommended for problem floors)
Helper (washers are heavy, and you will need to tilt or rock the machine)
That is it. No special tools, no expensive equipment. Most homeowners already have everything on this list in their garage or toolbox.
Follow these steps in order to properly level your washing machine and stop it from shaking and walking. I have refined this process over years of troubleshooting washers, and it works for both front load and top load models.
If your washer is new, this is the first thing to check. Look for four bolts at the back of the machine, usually inserted into rubber grommets. Use an adjustable wrench to remove all four bolts, then pull out the plastic spacers behind them. Store these bolts somewhere safe in case you move the washer in the future. If you skip this step, no amount of leveling will fix the shaking.
Slide the washer into its permanent position before leveling. Leave at least one inch of clearance on each side and four inches at the back for hoses and ventilation. Once the washer is leveled, moving it will throw off the adjustment, so get the placement right first.
Place a spirit level across the top of the washer from front to back, then side to side. Note which direction the bubble sits. This tells you which legs need adjusting. If the bubble drifts right, the right side is higher, so you need to lower the left legs or raise the right.
Tilt the washer slightly to access the front legs. Turn each leg counterclockwise to extend it (make it longer) or clockwise to retract it (make it shorter). Make small adjustments, about a quarter turn at a time, then set the washer back down. The goal is to get all four legs touching the floor evenly with the legs kept as short as possible. GE Appliances emphasizes that the shorter the legs, the more stable the washer will be.
Place the spirit level on top of the washer again. Check both directions. Adjust the legs as needed until the bubble sits dead center in both orientations. This might take several rounds of small adjustments, but patience here pays off.
Once all four legs are properly adjusted, tighten the lock nuts against the bottom of the washer cabinet. This is the step most people skip, and it is why their washer gradually goes out of level over weeks. Lock nuts keep the legs from turning during vibration. Use your wrench or pliers to snug them tight.
Push down firmly on each corner of the washer. If any corner lifts or the washer rocks, that leg is not bearing weight. Adjust until all four corners feel solid and the washer does not budge when you push. A washer that passes the rock test will stay put during even the most aggressive spin cycle.
Run the washer on its highest spin cycle with no laundry inside. Stand nearby and observe. The washer should have minimal vibration and should not move from its position. If it still shakes, double-check the level and floor stability before moving on to other causes.
Leveling fixes the majority of walking problems, but some situations call for additional solutions. If your washer is level and still moves during spin cycles, here are the next steps I recommend.
Anti-vibration pads are thick rubber or polymer pads that sit under each washer foot. They absorb vibration before it transfers to the floor, dramatically reducing both noise and movement. One Reddit user reported that placing their washer on a one-square-meter rubber mat eliminated nearly all walking. Anti-vibration pads are inexpensive and take five minutes to install, making them one of the easiest upgrades you can make.
Even a perfectly leveled washer will walk if you stuff a king-size comforter in by itself. Mix large items with smaller ones to balance the load. If your washer has an automatic unbalanced load detection, it may pause and try to redistribute items, but it cannot fix a load that is physically too one-sided.
Most modern washers let you select the spin speed. If you are dealing with a problematic floor or a washer that cannot be perfectly leveled, reducing spin speed from high to medium can dramatically cut vibration. You sacrifice a bit of water extraction, but clothes will still come out damp rather than soaking.
A drain hose that moves freely can pull the washer slightly off position over time. Make sure the drain hose is secured to the standpipe or laundry tub with a tie or bracket. This prevents the hose from acting like a pendulum during drainage.
Front load and top load washers have different shaking characteristics, and understanding these differences helps you diagnose problems faster.
Front load washers spin at higher RPMs and have heavier drums, making them more prone to walking. They also tend to have more complex suspension systems with two or four shock absorbers. When a front loader shakes, the cause is usually shipping bolts, leveling, or worn shock absorbers. Samsung and LG front load models are frequently mentioned in forum posts about violent spinning, but this is often a leveling issue rather than a brand defect.
Top load washers, especially traditional agitator models, tend to be more stable because they have lower spin speeds and simpler suspension systems. However, top loaders without agitators (impeller models) can shake significantly with unbalanced loads. Whirlpool top load models sometimes develop suspension rod issues that cause the tub to lean, which no amount of leg adjustment will fix.
If you have a pedestal under your front load washer, the pedestal must be leveled separately and bolted to the washer. A wobbly pedestal transfers all its movement to the washer above it.
If you have leveled the washer, removed shipping bolts, balanced loads, and the machine still shakes violently, you may have internal component failure. Here are the warning signs I look for when diagnosing deeper problems.
This almost always indicates drum bearing failure. Spin the drum by hand with the washer off. If you hear grinding or feel rough resistance, the bearings are likely shot. Bearing replacement is a labor-intensive repair that typically costs $200 to $450 for parts and labor.
If the inner drum visibly sags or drops when you push down on it, the suspension springs have stretched or broken. This allows the drum to hit the outer tub during spin, causing violent shaking and potential damage. Suspension spring replacement runs $150 to $300.
Shock absorbers contain a small amount of oil for dampening. If you see oily streaks under the washer, one or more shock absorbers have failed and are leaking. Replacement shock absorbers cost $40 to $80 per pair, plus labor if you hire a technician.
This suggests the counterweight has come loose or the concrete weight has cracked. Counterweights are bolted to the outer tub to stabilize the drum during spin. A loose or broken counterweight causes severe imbalance that leveling cannot fix.
The type of floor under your washer plays a major role in stability. Here is how different floor surfaces affect washer performance and what you can do about them.
Concrete floors are ideal for washing machines. They provide a rigid, level surface that absorbs minimal vibration. If your washer shakes on concrete, the problem is almost certainly leveling or internal.
Tile floors are generally stable but can be slippery. Washers on tile sometimes walk because the smooth surface offers little friction. Anti-vibration pads with textured bottoms grip tile and prevent sliding. Be aware that cracked or loose tiles can create an uneven surface that shifts under weight.
Wood and timber floors are the most problematic for washers. They flex under the heavy weight and vibration of a spin cycle, amplifying movement. If your laundry room is on a wood floor, anti-vibration pads or a rubber mat are strongly recommended. Some homeowners add plywood reinforcement under the subfloor for extra rigidity.
Carpet and linoleum compress under the washer feet, causing the machine to settle unevenly over time. If your washer sits on carpet, place a solid platform or sheet of plywood underneath to create a firm, even surface. This is a simple fix that resolves a surprising number of walking complaints.
Most leveling issues can be fixed at home with basic tools in under an hour. You should attempt the DIY leveling process first, since it costs nothing and solves the problem in most cases. Run through the step-by-step guide above before spending any money.
However, certain situations warrant a professional technician. If you hear grinding sounds, see oil under the machine, or notice the drum sagging, you likely have internal component failure. Suspension repairs, bearing replacement, and counterweight fixes require disassembling the washer, which most homeowners should not attempt without experience.
Professional appliance repair typically costs $150 to $400 for washer suspension and bearing issues, depending on parts needed and your location. If your washer is more than eight years old and needs major internal repairs, replacing it may be more cost-effective. A mid-range washer costs $600 to $900, and newer models often feature improved vibration control and better balancing systems.
First, check that all four shipping bolts have been removed from the back. Then verify the washer is level using a spirit level, adjusting the leveling legs until all four corners are solid on the floor. Tighten the lock nuts, balance your laundry loads, and run an empty spin cycle to test. If shaking persists, inspect the shock absorbers and drum bearings for internal damage.
The most common causes are shipping bolts left in place, an unlevel machine, uneven flooring, unbalanced laundry loads, or worn internal components like shock absorbers and suspension springs. Start by checking if the washer is level and that shipping bolts were removed during installation.
Yes, you can rebalance a washing machine yourself. You need a spirit level and an adjustable wrench. Check the level front-to-back and side-to-side, then turn the leveling legs to raise or lower each corner until the washer sits flat. Tighten the lock nuts after adjustment and run a test spin cycle.
You need a spirit level and an adjustable wrench to level a washing machine. The washer has built-in adjustable leveling legs at each corner. Turn the legs to extend or retract them, use the spirit level to check balance, and tighten the lock nuts to hold the adjustment in place.
Learning how to level a washing machine is one of the most practical home maintenance skills you can pick up, and it usually takes less than thirty minutes from start to finish. The process comes down to removing shipping bolts, checking level with a spirit level, adjusting the four leveling legs evenly, tightening the lock nuts, and running a test spin.
Most walking and shaking problems trace back to one of these simple fixes. Only a small percentage of cases involve internal component failure that requires professional repair. If you work through the steps in this guide and the problem persists, check for worn shock absorbers, damaged drum bearings, or loose counterweights before calling a technician.
Take action today. Grab your spirit level, check your washer feet, and enjoy a quieter laundry room by tonight.