The gentle hum of a well-engineered dryer shouldn’t compete with your dinner conversation or disrupt your home office workflow. Yet for many households, the laundry room’s migration from basement to main floor has turned a once-ignored appliance into a daily noise nuisance. Today’s advanced vented dryers are rewriting this narrative, offering hospital-grade quiet operation without sacrificing the powerful performance families need. As we look toward 2026, manufacturers are prioritizing acoustic engineering alongside drying efficiency, creating machines that blend seamlessly into open-concept living spaces.
Understanding what makes a dryer truly “quiet” requires more than checking a decibel rating. It demands a holistic view of mechanical design, installation precision, and smart technology integration. Whether you’re renovating a mudroom, converting a closet, or designing a dedicated laundry space off your kitchen, the right quiet vented dryer can mean the difference between a peaceful home and a constant reminder of chores waiting to be done.
Top 10 Quiet Vented Dryers for Main-Floor Laundry Rooms
Detailed Product Reviews
1. Best Vent Indoor Dryer Vent, Upgrade Dryer Vent with Flap for Electric Dryer, Stainless Steel Screen Filter, Polyester Filter, Indoor Dryer Vent Kit Come with 4 Polyester Filters and 8FT Vent Hose
Overview: This indoor dryer vent kit offers an affordable solution for electric dryer owners lacking outdoor venting options. Priced at $29.99, it captures lint and redirects warm, moist air back into your home. The system includes four polyester filters, an 8-foot vent hose, and all necessary mounting hardware, making it a comprehensive package for apartments, condos, or RVs where traditional venting isn’t feasible.
What Makes It Stand Out: The upgrade design features a reminder device that alerts you when filters need cleaning, preventing dust clouds during maintenance. Unlike water-based systems, this kit eliminates the messy water tank entirely—just replace the polyester filter when prompted. The versatile installation allows wall-mounting or even 3M tape attachment to your dryer’s sides, saving valuable space while maintaining a clean aesthetic.
Value for Money: At under $30, this kit delivers exceptional value compared to professional vent installations costing hundreds. The inclusion of four replacement filters and an 8-foot hose means no hidden expenses. For renters or those in vent-restricted spaces, it pays for itself by eliminating the need for costly structural modifications while capturing enough heat to provide modest energy savings during winter months.
Strengths and Weaknesses: Pros: Tool-free installation options; reminder system prevents maintenance mess; complete accessory package; energy-efficient heat recovery; no water tank to clean. Cons: Only compatible with electric dryers; indoor use increases humidity; requires regular filter replacements; not suitable for gas dryers due to combustion fumes.
Bottom Line: This indoor vent kit is a practical, budget-friendly solution for electric dryer users in vent-challenged spaces. While it won’t replace outdoor venting for heavy use, its clever reminder system and complete packaging make it the best choice for occasional drying in apartments or RVs where traditional venting isn’t possible.
2. West Bend Vented Gas Dryer Front Load Clothes Drying Machine, 10 Automatic Cycles and 4 Temperature Settings and Dry Levels with LED Display Reversible Door and Rear or Side Venting, 7 Cu.Ft., White
Overview: The West Bend gas dryer delivers robust drying performance with its 6.7 cubic foot capacity and comprehensive feature set. This front-load machine offers 10 automatic cycles and multiple customization options, positioning itself as a mid-range workhorse for busy households. The LED display and reversible door add modern convenience, while flexible venting options simplify installation in various laundry room configurations.
What Makes It Stand Out: Ten specialized cycles cover everything from heavy-duty loads to delicates, complemented by four temperature settings and four dryness levels for precise control. The four preset timed options (20-60 minutes) provide flexibility for quick refreshes or scheduled drying. Gas operation ensures faster drying times and lower operating costs compared to electric models, while the choice between rear or side venting accommodates space constraints.
Value for Money: At $836.02, this dryer sits in the competitive mid-range gas dryer market. The extensive cycle selection and customization options rival premium models costing significantly more. Gas dryers typically save 30-50% on energy costs versus electric, meaning the higher upfront investment pays dividends over time. The durable construction and flexible installation options further justify the price point.
Strengths and Weaknesses: Pros: Large capacity handles family-sized loads; gas efficiency reduces utility bills; versatile cycles and settings; flexible venting options; reversible door for layout flexibility. Cons: Requires professional gas line installation; no steam refresh feature mentioned; white finish may show wear; initial cost higher than basic electric models.
Bottom Line: The West Bend gas dryer excels for families seeking efficiency and versatility without premium pricing. Its comprehensive cycle selection and gas-powered performance make it a smart long-term investment, though budget for professional installation. If you have gas hookups and value customization, this dryer delivers reliable performance that justifies its mid-range price tag.
3. Avanti Vented Gas Dryer Front Load Clothes Drying Machine, 10 Automatic Cycles and 4 Temperature Settings and Dry Levels with LED Display Reversible Door and Rear or Side Venting, 6.7 Cu.Ft., White
Overview: The Avanti gas dryer mirrors its competitors with a 6.7 cubic foot capacity and an identical feature set including 10 automatic cycles, four temperature settings, and multiple dryness levels. This front-load machine targets value-conscious buyers seeking gas efficiency without sacrificing functionality. The LED display, reversible door, and flexible venting options make it a practical choice for standard laundry spaces.
What Makes It Stand Out: Functionally identical to premium alternatives, this dryer offers the same comprehensive cycle selection—from quick wash to tub clean—plus four temperature and dryness settings. The four timed drying presets (20-60 minutes) provide schedule flexibility. Gas operation ensures cost-effective drying, while the reversible door and dual venting options accommodate various room layouts. The primary differentiator is its more accessible price point.
Value for Money: At $756.49, this model undercuts similar gas dryers by nearly $80 while delivering identical specifications. The long-term savings from gas efficiency combined with the lower initial investment create compelling value. For budget-minded families unwilling to compromise on features, this represents significant savings that could offset installation costs or fund other home improvements.
Strengths and Weaknesses: Pros: Feature-rich despite lower price; gas efficiency reduces operating costs; flexible installation options; large family-sized capacity; comprehensive cycle selection. Cons: Lesser-known brand may affect resale; potential quality control variability; still requires professional gas installation; no advanced features like steam.
Bottom Line: The Avanti dryer is essentially a rebadged version of more expensive models at a discount. If brand prestige isn’t a priority, this machine delivers identical performance and features for less. It’s an excellent value for practical buyers with gas hookups who want maximum functionality on a budget. Professional installation remains necessary, but the savings make this a financially savvy choice.
4. Iorbur 110V 970W Portable Clothes Dryer Machine, 11LBS Capacity Compact Laundry Dryer, for Small Spaces RVs&Apartments Quiet, Sturdy&Easy to Use, Supplemental Dryer for Laundry Machines Drying, White
Overview: The Iorbur portable dryer addresses space constraints with its compact 37.7-pound design and 110V operation. Despite the 11-pound capacity rating, it realistically handles 9 pounds of wet laundry, making it suitable for individuals or couples in apartments, RVs, or dormitories. Operating at approximately 60 decibels, it’s quieter than conventional dryers, while the 850W power consumption keeps energy costs manageable for supplemental drying needs.
What Makes It Stand Out: This dryer’s true portability sets it apart—no special installation or 220V outlet required. The simple knob controls avoid complicated digital interfaces, while the see-through window lets you monitor progress. It’s specifically designed as a supplemental dryer for small items like baby clothes, undergarments, and workout gear, filling a niche for those needing occasional drying without committing to a full-size machine.
Value for Money: At $219.99, it costs significantly less than full-size dryers while delivering targeted functionality. For RV owners or apartment dwellers where permanent installation is impossible, this represents excellent value. However, limited capacity means it’s not a true replacement for families. As a secondary dryer for delicates or quick loads, it pays for itself in convenience and energy savings versus laundromat trips.
Strengths and Weaknesses: Pros: Ultra-portable and lightweight; quiet operation; no installation required; energy-efficient 110V design; perfect for small spaces. Cons: Limited capacity unsuitable for families; longer drying times than standard dryers; capacity discrepancy (11lb vs 9lb wet); not robust enough for heavy items like blankets.
Bottom Line: The Iorbur portable dryer excels as a specialized solution for small-space living or supplemental drying. While it won’t replace a full-size dryer for families, its quiet operation and true portability make it ideal for RVs, studio apartments, or as a dedicated delicates dryer. Purchase with realistic capacity expectations, and it delivers convenience that justifies its modest price.
Why Noise Levels Matter in Main-Floor Laundry Rooms
Main-floor laundry installations have become the gold standard for modern home design, offering convenience and accessibility that basement setups simply can’t match. But this shift brings acoustic challenges that previous generations never faced. When your dryer sits adjacent to living spaces, its operational noise becomes part of your daily soundtrack.
The Science Behind Dryer Noise
Dryer noise originates from multiple sources working in concert. The motor driving the drum creates electromagnetic hum and mechanical vibration. The blower fan moves thousands of cubic feet of air per hour, generating whooshing sounds and potential whistle effects. Then there’s the rhythmic thumping of fabrics tumbling against the drum walls. In older machines, these sounds compound through loose panels, unbalanced drums, and inadequate insulation, creating a cacophony that easily penetrates walls.
Modern quiet dryers attack this problem at the source. Inverter-driven motors eliminate the jarring start-stop cycles of traditional AC motors, instead ramping up smoothly to optimal speed. Precision-engineered blower fans feature computer-balanced blades and curved vanes that guide air quietly rather than forcing it violently through the system. The drum itself rides on sealed bearings with vibration-absorbing mounts, transforming what was once a mechanical racket into a barely perceptible background presence.
Decibel Ratings Explained
Manufacturers typically rate dryer noise between 60-70 decibels (dB), but these numbers tell only part of the story. A 3 dB increase represents a doubling of sound intensity, meaning a 65 dB dryer is significantly louder than a 62 dB model. For main-floor installations, aim for units operating below 64 dB during standard cycles. Premium quiet models can achieve 58-61 dB—roughly equivalent to normal conversation levels.
However, the frequency of sound matters as much as volume. Low-frequency rumbling penetrates walls more effectively than high-frequency humming. Quality manufacturers provide octave band analysis showing noise distribution across frequencies. Look for models that minimize sub-200 Hz output while keeping overall dB levels low. This specification often appears in technical manuals rather than marketing materials, but it’s worth requesting from retailers or manufacturers.
Understanding Vented Dryer Technology
While ventless heat pump dryers have gained attention for their energy efficiency, vented dryers remain the preferred choice for many main-floor installations due to their speed, simplicity, and proven reliability. Understanding their core technology helps explain why some models operate more quietly than others.
How Vented Dryers Work
Vented dryers function by drawing room air across a heating element, forcing it through the tumbling drum to absorb moisture, then expelling the humid air outside through a duct. This straightforward process requires powerful airflow—typically 150-200 cubic feet per minute—and robust heating capacity. The challenge for quiet operation lies in managing the blower and exhaust noise without compromising this essential airflow.
Advanced models employ backward-curved impeller fans that move more air with less turbulence than traditional squirrel-cage blowers. Variable-speed motors allow the fan to run at lower RPMs during initial drying stages when maximum airflow isn’t necessary, reducing noise during the cycle’s longest phase. Some designs incorporate acoustic baffles in the exhaust pathway that break up sound waves without significantly restricting airflow.
Why Vented Dryers Remain Popular
For main-floor laundry rooms, vented dryers offer distinct advantages. They typically complete cycles 30-40% faster than ventless alternatives, meaning less total time generating noise in your living space. The external venting removes not just moisture but also lint, odors, and microscopic fabric particles that could otherwise accumulate in your home’s air. This is particularly valuable when drying pet bedding, athletic gear, or heavily soiled items.
Modern vented dryers also feature more sophisticated moisture sensors than earlier generations, preventing the over-drying that wastes energy and damages fabrics. When combined with quiet operation technology, these sensors enable the dryer to automatically reduce heat and tumble intensity as clothes approach optimal dryness, creating a natural noise reduction toward cycle end.
Key Features That Reduce Dryer Noise
Identifying genuinely quiet dryers requires looking beyond marketing claims to specific engineering features. These technologies work synergistically to create machines that respect your home’s acoustic environment.
Advanced Motor Systems
Permanent magnet synchronous motors (PMSM) represent the current state of the art in quiet dryer operation. Unlike traditional induction motors that rely on slip and generate significant electromagnetic noise, PMSM units lock precisely to the drive frequency, eliminating the characteristic “motor hum.” These motors also operate cooler, reducing the need for noisy cooling fans.
Direct drive systems eliminate belts and pulleys entirely, removing a major vibration source. The motor connects directly to the drum shaft, with electronic controls managing speed and torque. This design not only reduces noise but also improves reliability—fewer moving parts mean fewer potential failure points. The absence of belt slippage also ensures consistent drum speed, preventing the load imbalances that create thumping sounds.
Vibration Dampening Technology
Multi-point suspension systems isolate the drum assembly from the dryer cabinet using strategic vibration mounts. Premium models employ a combination of spring isolators and viscoelastic dampers tuned to specific frequency ranges. This prevents drum vibrations from transmitting to side panels, which can act as sounding boards amplifying noise.
Look for models with cast iron counterweights strategically positioned opposite the motor and blower assemblies. These weights absorb vibrational energy through inertia, much like the dampers in a luxury automobile. Some advanced designs incorporate active vibration cancellation, using sensors to detect cabinet movement and adjusting motor operation microsecond-by-microsecond to counteract it.
Enhanced Insulation Methods
Acoustic insulation in quiet dryers goes far beyond the minimal fiberglass batting of standard models. Multi-layer panels combine mass-loaded vinyl barriers, acoustic foam, and constrained-layer damping compounds. The outer steel panel may be separated from the inner structure by a viscoelastic polymer that converts vibrational energy into negligible heat.
Door design significantly impacts perceived noise. Triple-pane glass doors with varying thicknesses prevent resonance while allowing you to monitor loads. The door seal should compress evenly around the perimeter, eliminating air leaks that create whistling sounds. Some manufacturers use magnetic gaskets similar to refrigerator doors, ensuring consistent closure force without the mechanical latch noise of traditional designs.
Optimized Airflow Design
The path air takes through a dryer creates opportunities for noise generation. Sharp bends, abrupt transitions, and restrictive screens create turbulence that manifests as whooshing or whistling. Quiet dryers feature aerodynamically smooth internal ducting with gentle curves and tapered transitions.
Exhaust design also matters. Models with integrated silencers use expansion chambers and Helmholtz resonators—tuned cavities that cancel specific frequencies—to break up sound waves before they exit the vent. The vent connection should use a flexible but non-collapsible duct with a smooth interior. Avoid dryers that require restrictive lint screens at the exhaust port, as these create backpressure and noise.
Installation Considerations for Quiet Operation
Even the quietest dryer can become noisy if installed improperly. Main-floor installations present unique challenges that require careful planning and execution.
Proper Venting Pathways
The shortest, straightest vent path produces the quietest operation. Each 90-degree elbow adds the equivalent resistance of 5 feet of straight duct, forcing the blower to work harder and louder. Plan routes with minimal bends, using rigid metal ducting rather than flexible foil or plastic. Rigid ducts maintain smooth interior surfaces that reduce turbulence noise.
If your installation requires long vent runs exceeding 25 feet, consider a dryer with a pressure-compensating blower that automatically adjusts speed to maintain airflow without excessive noise. Some premium models can handle runs up to 100 feet with proper design. Always terminate vents with a backdraft damper that opens smoothly and closes silently, preventing outdoor noise infiltration and heat loss.
Location and Positioning
Position the dryer away from shared walls with bedrooms or home offices when possible. If it must sit against a shared wall, mount it on a 3/4-inch plywood platform decoupled from the floor with vibration isolation pads. This prevents structure-borne vibration from traveling through floor joists and wall framing.
Maintain at least one inch of clearance on sides and rear for airflow, but avoid placing the dryer in a tight alcove that can create acoustic amplification. If building a closet enclosure, line walls with acoustic panels rated for high-humidity environments. Ensure the door, if present, seals well when closed but doesn’t rattle during operation.
Flooring and Structural Factors
Main-floor laundry rooms often sit over finished living spaces. The floor assembly transmits vibration readily unless properly isolated. Install the dryer on a dedicated circuit to prevent electrical noise interference with other devices. Use a rubber-in-shear isolation pad beneath each foot, rated for the dryer’s weight plus a dynamic load factor of 1.5.
For second-floor installations or rooms over living spaces, consider a floating floor system. A secondary subfloor separated from the primary structure by resilient channels can reduce transmitted vibration by 15-20 dB. This is particularly effective when combined with a decoupled wall assembly using staggered studs or double walls with acoustic insulation.
Smart Features for Modern Laundry Rooms
Intelligent technology doesn’t just add convenience—it can significantly reduce the acoustic impact of your dryer on daily life.
Noise-Reducing Cycle Options
Advanced moisture sensing enables “quiet modes” that extend cycle time while reducing motor and blower speeds. These modes might add 15-20 minutes to a typical load but operate 5-8 dB quieter—perfect for evening hours when children are sleeping or during important calls. The dryer achieves the same dryness level through longer exposure to gentler airflow rather than aggressive high-heat tumbling.
Some models offer “steam refresh” cycles that operate nearly silently for the first 10 minutes, using minimal tumbling and gentle steam injection to relax wrinkles before beginning the main drying phase. This staged approach prevents the sudden noise onset that can startle household members.
Remote Monitoring Capabilities
WiFi-connected dryers allow you to monitor cycle progress from anywhere, eliminating the need to check the machine physically. This means you can schedule cycles during low-activity periods without hovering nearby. More importantly, smart diagnostics can alert you to developing issues—like bearing wear or blower imbalance—before they become noisy problems.
Look for models that integrate with whole-home automation systems. You can program the dryer to pause automatically when the doorbell rings or when you activate a “quiet time” scene for movie watching. Some advanced systems even link to smart thermostats, delaying cycles until the HVAC system isn’t running to prevent acoustic competition.
Customizable Operation Schedules
Programmable delay start functions let you schedule cycles during natural high-noise periods—when you’re out running errands, during lawn maintenance, or while the dishwasher runs. For households with time-of-use electricity rates, this feature saves money while reducing noise impact.
“End-of-cycle” signals deserve special attention. The chime on many dryers can be jarringly loud. Premium quiet models offer volume control or can send silent notifications to your phone. Some even feature a gradual volume increase, starting with a gentle tone and escalating only if you haven’t responded after several minutes.
Energy Efficiency and Quiet Performance
The relationship between energy efficiency and noise reduction is more direct than many consumers realize. Efficient operation often correlates with quieter operation because both goals require optimized mechanical systems.
The Efficiency-Quiet Connection
Heat pump dryers aren’t the only efficient option. Modern vented dryers achieving ENERGY STAR® certification use variable-speed heat sources and advanced airflow management that naturally reduces noise. Modulating gas valves or staged electric heating elements eliminate the loud clicking of traditional on-off thermostats, creating smoother, quieter temperature control.
Efficient dryers also dry clothes faster, reducing total noise exposure time. A model that extracts moisture 20% more efficiently might save 15 minutes per cycle. Over a year of laundry, that translates to hours less noise in your living space. Look for high Combined Energy Factor (CEF) ratings as a proxy for both efficiency and likely quiet operation.
ENERGY STAR® Certifications to Look For
The ENERGY STAR® Emerging Technology Award identifies dryers that exceed standard efficiency requirements while meeting strict noise criteria. These models must operate below 62 dB while maintaining superior energy performance. The certification process includes third-party acoustic testing in certified laboratories, providing more reliable data than manufacturer claims.
Some jurisdictions offer rebates for ultra-efficient dryers, which can offset the premium price of quiet models. Check the Database of State Incentives for Renewables & Efficiency (DSIRE) for local programs. The investment often pays for itself through both energy savings and the intangible benefit of a more peaceful home.
Maintenance for Sustained Quiet Operation
A dryer’s noise level will increase over time without proper care. Preventive maintenance preserves the acoustic investments made during purchase and installation.
Regular Cleaning Routines
Lint buildup is the primary cause of increased dryer noise. As ducts clog, blowers strain and whine. Clean the primary lint filter after every load, but also wash it monthly with soap and water to remove invisible film from fabric softeners that restricts airflow. Use a vacuum attachment to clean the filter housing weekly.
Deep clean the entire vent system every six months using a rotary brush kit. This prevents the gradual noise increase that homeowners often don’t notice until it becomes severe. While cleaning, inspect the blower wheel for lint accumulation on the blades, which creates imbalance and vibration. A soft brush and compressed air can restore smooth, quiet operation.
When to Professional Servicing
Schedule professional maintenance every two years, or annually if you do more than eight loads weekly. Technicians can access internal components like drum rollers, idler pulleys, and motor bearings that require disassembly. They’ll check belt tension—too loose causes slapping, too tight strains bearings—and lubricate sealed components that benefit from periodic attention.
If you notice a gradual increase in noise, don’t wait for failure. A squealing bearing or rumbling roller will damage other components if neglected. Many premium manufacturers offer extended warranty packages that include annual acoustic performance checks, ensuring your dryer remains as quiet as the day it was installed.
Budget Considerations
Quiet technology commands a premium, but strategic purchasing decisions can maximize value without sacrificing serenity.
Price vs. Performance Balance
Entry-level quiet dryers start around $200 above comparable standard models. This premium typically includes basic inverter motors and improved insulation. Mid-range options ($400-600 premium) add advanced vibration isolation and smart features. Top-tier models may cost $800+ more but deliver near-whisper operation below 60 dB with sophisticated active noise cancellation.
Consider your home’s layout. If the laundry room sits adjacent to a home office or nursery, the premium for the quietest model makes immediate sense. For a laundry room buffered by a garage or mudroom, a mid-range option may suffice. Calculate the cost per decibel reduced: a $500 premium to drop from 68 dB to 62 dB represents excellent value at $83 per decibel.
Long-Term Value Factors
Quiet dryers often last longer because their advanced motors and vibration isolation reduce mechanical stress. A $200 premium becomes negligible spread over an extra 3-5 years of service life. Additionally, many quiet models include moisture sensors and automatic dryness control that prevent fabric damage, extending the life of your wardrobe.
Resale value matters too. A home with a main-floor laundry featuring a premium quiet dryer commands higher prices and sells faster. Real estate agents increasingly highlight quiet appliances as selling points in listings. Keep purchase documentation and maintenance records to demonstrate the dryer’s premium features to future buyers.
Frequently Asked Questions
How quiet can a vented dryer realistically get?
The quietest vented dryers on the market operate around 58-60 decibels during standard cycles, comparable to a quiet conversation. This approaches the lower limit for vented technology due to the necessary airflow and mechanical motion. Achieving silence below 55 dB would require sacrificing drying speed or capacity.
Will a quiet dryer take longer to dry clothes?
Not necessarily. Quiet operation comes from efficiency and engineering, not reduced performance. Many quiet dryers actually dry faster due to optimized airflow and advanced moisture sensing. Quiet modes may extend cycles slightly, but standard operation maintains competitive drying times while reducing noise.
Do I need special venting for a quiet dryer?
Yes, proper venting is crucial. Use rigid metal ducting with minimal bends, and keep the run as short as possible. Poor venting forces the blower to work harder, negating the dryer’s quiet engineering. Some premium models include pressure sensors that alert you to vent restrictions before they become noisy problems.
Can I make my existing dryer quieter?
Partially. Install vibration isolation pads beneath the feet, ensure it’s perfectly level, and clean the vent system thoroughly. Replace any flexible ducting with rigid metal. However, you can’t retrofit fundamental features like inverter motors or advanced insulation. These modifications may reduce noise by 3-5 dB at best.
Are quiet dryers more reliable?
Generally, yes. The same engineering that reduces noise—precision bearings, balanced drums, quality motors—also improves durability. Quiet dryers typically have fewer vibration-related failures and longer motor life. However, electronic controls in smart models add complexity that may require specialized service.
What’s the difference between ‘quiet’ and ‘silent’ dryer claims?
“Silent” is marketing hyperbole—all dryers make some noise. “Quiet” indicates specific acoustic engineering and measurable decibel ratings. Trust models that publish certified dB measurements rather than vague claims. Look for third-party testing from organizations like Quiet Mark or ENERGY STAR acoustic verification.
Do gas dryers operate more quietly than electric?
The heating method itself doesn’t significantly affect noise. However, gas dryers often use modulating valves that operate more smoothly than electric heating elements cycling on/off, potentially reducing clicking sounds. The primary noise sources—motor, blower, and drum—are identical between fuel types.
How important is installation location for noise control?
Critical. A dryer placed on a concrete slab over a crawl space will be far quieter than one installed on a suspended wood floor over a bedroom. Always use vibration isolation, and consider structural decoupling for installations over living spaces. Even the quietest dryer will transmit vibration through poor mounting.
Can smart features really help reduce noise impact?
Absolutely. Scheduling cycles during natural high-noise periods, using quiet modes during sensitive times, and receiving silent phone notifications instead of loud buzzers all reduce the perceived noise impact. Smart diagnostics also prevent gradual noise increases by alerting you to maintenance needs early.
What maintenance preserves quiet operation?
Clean the lint filter after every load and deep clean the vent system every six months. Check and adjust leveling feet quarterly, and have professional service every two years to inspect drum rollers, blower balance, and motor bearings. Address any new noises immediately before they damage other components.