Beko B3WFT51243W
Key strength: washing capacity, rated 9.4/10.
Read the review
Our rankingsThe best washing machines26 washing machinesBy installation
By features
Features and options
By brand
Our guides to choosing
Is a washing machine with an induction motor really quiet when water, the drum and vibrations still generate noise? You will find the criteria to consider in the buying guide below.
Prices collected from retailers are for guidance only: they may have changed since, the current price is the one shown by the retailer. No price is shown for models sold only on Amazon. Amounts converted from reference prices in euros using a dated exchange rate.
Key strength: washing capacity, rated 9.4/10.
Read the review
Top-ranked for drum volume.
Read the review
Top-ranked for equipment.
Read the review| Rankings | Rating | Price | Washing capacity | Drying capacity | Dimensions: width | Dimensions: depth | Dimensions: height | Spin speed | Noise level during spin | Drum volume | Repairability index | Durability index |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1. Beko B3WFT51243W | 9/10 | £425 | 12 kg | n/a | 60 cm | n/a | 84.5 cm | 1400 rpm | n/a | 75 L | 8.9 out of 10 | 8.8 out of 10 |
| 2. Vedette LFVQ124W | 8.6/10 | n/a | 12 kg | n/a | 59.5 cm | n/a | 85 cm | 1400 rpm | 78 dB | 76 L | n/a | n/a |
| 3. Bosch WAN2827ZFR | 8.5/10 | £442 | 9 kg | n/a | 59.8 cm | 63.2 cm | 84.5 cm | 1400 rpm | 72 dB | 65 L | n/a | n/a |
| 4. Bosch WGG244F1FR | 8.5/10 | £541 | 9 kg | n/a | 59.8 cm | 63.2 cm | 84.5 cm | 1400 rpm | 71 dB | 65 L | 9.2 out of 10 | n/a |
| 5. Bosch WUU28T18FR | 8.3/10 | £440 | 8 kg | n/a | 59.8 cm | 63.2 cm | 84.5 cm | 1400 rpm | 71 dB | 65 L | 8.8 out of 10 | n/a |
Rankings are based on our review ratings, calculated by comparing manufacturer specifications across the full catalogue.Our methodology.
Induction motors are now fitted in many mid-range and high-end washing machines. Understanding how they work and what they actually offer helps you avoid buying on the strength of a marketing claim alone.
An induction motor uses a system of permanent magnets to drive the drum directly, without mechanical contact between moving parts. In practical terms, there are no carbon brushes (the small carbon components that rub against the rotor in a conventional brushed motor). This lack of friction fundamentally changes how wear occurs: instead of relying on parts that wear away over time, an induction motor uses a magnetic field to drive the drum more directly and evenly.
Fewer mechanical parts in contact means fewer wearing parts to replace. This is why most manufacturers using this technology offer dedicated motor warranties, often much longer than the standard statutory warranty covering the rest of the appliance. This extended warranty is more than a selling point: it reflects manufacturers' confidence in the system's mechanical durability, since its design includes fewer components that could break during operation.
In a conventional washing machine, much of the noise comes from the carbon brushes rubbing against the rotor, particularly during washing and especially during high-speed spinning. By eliminating this mechanical contact, an induction motor reduces a known source of noise and vibration. This does not make the machine completely silent: noise from the water, drum and vibrating casing remains. But when it comes to the motor itself, the reduction in noise is real and particularly noticeable during spinning.
Several mainstream manufacturers have made induction motors a key selling point in their mid-range and high-end ranges, often highlighting longevity and quiet operation alongside them. They now feature in a significant share of models above entry level, making them a common selection criterion rather than a feature reserved for the very top end. This positioning naturally means a slightly higher budget than for a budget washing machine with a conventional motor, without necessarily reaching the highest end of the market.
In practice, this type of motor suits anyone who keeps their washing machine for several years and prioritises long-term reliability over the purchase price alone. The selection below lets you compare models equipped with this technology by capacity, noise level and the warranties stated by manufacturers.
The induction motor is not the only thing to consider, but it has the greatest influence on the machine's lifespan and ease of use. Here are the criteria that really matter when choosing.
Capacity in kg has a much greater impact on everyday convenience than motor technology. Someone living alone or a couple can generally manage with a smaller-capacity machine, while a large family or frequent washing (sportswear, young children's clothes) calls for a higher capacity. An induction motor that is underpowered for the actual load wears out faster, because it regularly operates under excessive strain.
Spin speed, expressed in revolutions per minute, directly affects how much moisture remains in the laundry and therefore its drying time. Spinning is also the most demanding phase for the motor, as it requires rapid, sustained acceleration. An induction motor handles high spin speeds better than a brushed motor, thanks to the absence of mechanical friction between parts. A high speed is useful if you want to reduce tumble dryer use, but it generates more vibration: check that the chassis and drum mounting are designed to absorb it.
This criterion is often overlooked, even though it determines the purchase's true value. A long motor warranty (several years, sometimes advertised as up to 10 years by some manufacturers) does not mean the entire machine is covered for that long.
Always ask for the exact warranty period stated by the manufacturer and precisely what it covers before comparing 2 models.
The absence of carbon brushes in an induction motor eliminates a source of mechanical noise, but this alone does not make the machine quiet. Noise levels also depend on drum insulation, the chassis and how the machine is secured to the floor. Always distinguish washing noise from spin noise: high-speed spinning causes the most disturbance, especially in homes where living areas are close to the utility room or kitchen.
An induction motor is generally more compact than an equivalent brushed motor, which can allow more space inside the drum or reduce the machine's depth. Check the exact dimensions stated by the manufacturer against your available space (freestanding, built-in, under a worktop) before relying solely on capacity in kg.
| Criterion | What to look for | Common mistake |
|---|---|---|
| Wash capacity | Suited to the actual household size and washing frequency | Choosing a standard capacity without considering actual usage |
| Spin speed | Suited to the need for fast drying, while checking the machine's stability | Focusing on the maximum figure without checking the stated vibration levels |
| Motor warranty | Clearly stated duration and scope of cover | Confusing the motor warranty with a warranty covering the entire machine |
| Noise level | Separate decibel figures for washing and spinning, provided by the manufacturer | Relying on the word “quiet” without supporting figures |
| Space requirements | Dimensions that fit the intended installation space | Checking only the capacity in kg without checking the dimensions |
An induction motor offers real benefits for the longevity and quiet operation of a washing machine, but you still need to compare the standard criteria. Choose a capacity that suits your household, check the spin speed alongside the machine's stability, read the exact terms of the motor warranty, and compare noise levels during both washing and spinning. This technology is generally found in the mid-range and high-end washing machine market, with a higher budget required than for a budget washing machine fitted with a conventional motor. The investment makes most sense if you use the machine heavily or want a machine that will last for several years.
A brushed motor uses carbon brushes that rub against the rotor to transmit electricity, creating a contact point that wears down over time. An induction motor operates without brushes or direct mechanical friction: a magnetic field drives the rotor. This means fewer moving parts subject to wear and generally quieter operation.
Eliminating carbon brushes removes a common cause of failure in conventional motors, which explains this technology's reputation for reliability. That does not make the machine indestructible: other components (pump, electronics, tub bearings) remain subject to normal wear. The reliability of the motor does not guarantee the reliability of the washing machine as a whole.
There is no universal figure that applies to every model, as lifespan depends on use and maintenance. Manufacturers often offer extended motor warranties precisely because they consider this technology more durable, sometimes with coverage lasting considerably longer than the standard warranty for the rest of the appliance. The length of this manufacturer warranty remains the most useful concrete benchmark to check before buying.
An induction motor is more electrically efficient than a conventional brushed motor because it loses less energy through friction. It therefore contributes to the machine's overall energy efficiency, but actual consumption depends mainly on the selected programme, washing temperature and drum insulation. You should therefore check the full energy label, rather than just the motor type.
Yes, an induction motor can be repaired or replaced like any other electromechanical component, generally by a qualified technician rather than through routine troubleshooting. Failures remain rare with this technology, but when they occur, coverage depends on the manufacturer's motor warranty terms, which often cover the part and sometimes the associated labour.
Several major manufacturers use this technology and advertise long motor warranties, but that does not mean coverage is identical across brands. The differences mainly concern what is actually included: parts only or labour as well, and any requirements for domestic use. Comparing the detailed terms remains more useful than comparing the advertised warranty periods.
This technology is mainly found in mid-range and high-end models, generally placing them above the most basic entry-level models. This difference in positioning also reflects other features often included in these ranges, such as more programmes or better sound insulation, rather than the motor alone.
No, this extended warranty specifically covers the motor, rather than the entire washing machine. The rest of the appliance (electronics, tub, pump, door) remains covered by the standard statutory warranty, which is generally shorter. It is therefore essential to read the precise terms before buying so you know exactly what is included and what is excluded.