Best washing machines in 2026 (703+ compared)

Front-load washing machines offer superior performance compared to top-load models.

Front-load machines achieved an average total score of 7.7, while top-load washing machines scored 6.2. Front-load models are also more popular, accounting for over 85% of washing machine sales.

Review scores also reflect a preference for front-load washing machines, with an average score of 8.6 compared to 8.1 for top-load models.

The distribution of washing machines by loading type is illustrated in the chart below.

[pie-chart-89589619]

Front-load washing machines have the following advantages over top-load models.

• Higher total score: Front-load machines score 7.7 compared to 6.2 for top-load models.
• Greater popularity and better ratings: Over 85% of washing machines sold are front-load, with an average review score of 8.6 compared to 8.1 for top-load machines.
• More models available: Front-load washing machines offer a wider range of models, including slim ones.
• Better value for money: While more expensive, front-load machines provide a slightly better quality-price ratio.
• Higher capacity and drum volume: Front-load machines have an average capacity of 8 kg and a drum volume of 61 liters, compared to 7 kg and 42 liters for top-load models.
• Greater energy efficiency: Front-load machines have an average energy class of B, compared to D for top-load models. Additionally, 44% of front-load models fall into class A, compared to none of the top-load machines.
• Lower energy consumption: Front-load machines consume about 11 kWh less per 100 cycles compared to top-load models (54 kWh versus 65.5 kWh).
• Better water extraction: 66% of front-load models reach 1400 rpm, with 5% reaching 1600 rpm, compared to only 17% of top-load machines reaching 1400 rpm and none reaching 1600 rpm.
• Quieter operation: Front-load machines are 4 dB quieter during spinning (74 dB versus 78 dB) and 7 dB quieter during washing (53 dB versus 60 dB).
• More inverter motors: 79% of front-load washing machines have an inverter motor, compared to 38% of top-load models.
• Specialized programs: Front-load machines more often include cycles like Shirts (48% versus 4%), Duvets (49% versus 23%), Baby Care (42%), and Anti-Allergy (72% versus 38%).
• More advanced features: Front-load washing machines more frequently include steam technology (63% versus 17%), laundry detection systems (93% versus 84%), self-cleaning or drum cleaning features (68% versus 46%), automatic drawer cleaning (14% versus <3%), AquaStop systems (32% versus 22%), Wi-Fi connectivity (26% versus 6%), and AI technology (13% versus <3%).

The best front-load washing machines are as follows.

1. Haier HW90-BP14357TUUK Total score: 9 pointsCapacity: 9 kg
2. Hisense WF1I9042BTP2 Total score: 8.99 pointsCapacity: 9 kg
3. LG F14X76BMST Total score: 8.97 pointsCapacity: 11 kg
4. Hoover HGD412BL10C-80 Total score: 8.94 pointsCapacity: 12 kg

Above: Hoover H-WASH 500 HWE4 37AMBS/1-S front-load washing machine.

Top-load washing machines have the following advantages over front-load models.

• Lower price: Top-load machines are approximately £40 cheaper than front-load models (£350 versus £390).
• Better water efficiency: Top-load washing machines use 4 liters less water per cycle on average (43 L versus 47 L).
• Advanced features: Top-load machines are more likely to include features such as foam control systems (96% versus 75%), load balancing systems (49% versus 42%), pre-mix technology (42% versus 21%), NFC connectivity (35% versus 6%), and water jet systems (33% versus 16%).
• Space-saving design: Top-load washing machines take up about 25% less space than front-load models (0.21 m³ versus 0.28 m³) and are 20 cm slimmer (40 cm versus 60 cm).
• Lighter weight: Top-load machines complete the ECO cycle on average 13 minutes faster than front-load models (205 minutes versus 218 minutes).
• Easier loading and unloading: Top-load machines are more convenient for loading and unloading, reducing the risk of issues such as mold and odors.

The best top-load washing machines are as follows.

1. Hanseatic HWM-M1014IVKA Total score: 8.5 pointsCapacity: 10 kg
2. SanGiorgio ST8013AD Total score: 8.02 pointsCapacity: 8 kg
3. Hanseatic HWM-TL8013IVA Total score: 7.97 pointsCapacity: 8 kg
4. AEG L76269TL3 Total score: 7.83 pointsCapacity: 6 kg

Above: Electrolux PerfectCare 600 top-load washing machine.

The capacities of washing machines, their main features, and recommendations based on family size are as follows.

5-6 kg

A washing machine with a 5-6 kg capacity is ideal for singles or couples without children. It handles small and frequent loads, such as daily clothes, light fabrics, and a few towels. On average, these washing machines have a drum volume of 42 liters, consume 62 kWh of energy per 100 cycles, use 42 liters of water per cycle, and have a spin speed of 1000-1200 rpm. The noise level during spinning is around 76 dB, and the cost is approximately £280. About 10% of all washing machines on the market fall into this capacity range.

7-8 kg

A washing machine with a 7 or 8 kg capacity is perfect for small families of 2-4 people. It is suitable for handling typical laundry needs, such as everyday clothing, bedding, and towels. On average, these washing machines have a drum volume of 54 liters, consume 59 kWh per 100 cycles, use 45 liters of water per cycle, and have a spin speed of 1200-1600 rpm. The noise level during spinning is about 75 dB, and the cost is approximately £350. Around 47% of washing machines on the market fall into this capacity range.

The best washing machines with a 7-8 kg capacity are as follows.

1. Candy 486BWMR9/1-S Total score: 8.81 points
2. Hanseatic HWM-M714IVSMNA Total score: 8.79 points
3. Candy EY48SB8 Total score: 8.58 points

9-10 kg

A washing machine with a 9 or 10 kg capacity is ideal for medium-sized families of 3-5 people. It can handle larger loads such as bedding, towels, and medium-sized household items like lightweight blankets and duvets. These washing machines have a drum volume of 62 liters, consume 51 kWh per 100 cycles, use 50 liters of water per cycle, and have a spin speed of 1400-1600 rpm. The noise level during spinning is 74 dB, and the cost is approximately £440. About 35% of the washing machines available fall into this category.

The best washing machines with a 9-10 kg capacity are as follows.

1. Haier HW90-BP14357TUUK Total score: 9 points
2. Hisense WF1I9042BTP2 Total score: 8.99 points
3. Hoover 410B9C-80 Total score: 8.92 points

11+ kg

A washing machine with a capacity of 11 kg or more is perfect for large families of 5 or more people or those who frequently wash heavy loads like duvets and rugs. On average, these machines have a drum volume of 83 liters, consume 56 kWh per 100 cycles, use 57 liters of water per cycle, and have a spin speed of 1400-1600 rpm. The noise level during spinning is 74 dB, and the cost is approximately £580. About 6% of washing machines on the market fall into this capacity range.

The best washing machines with a capacity of 11 kg or more are as follows.

1. LG F14X76BMST Total score: 8.97 points
2. Hoover HGD412BL10C-80 Total score: 8.94 points

The distribution of capacities among washing machines is illustrated in the following chart.

[vertical-chart-46493518]

As you can see, there is a clear correlation between capacity and price. Washing machines with larger capacities tend to be more expensive.

Other considerations to take into account are as follows.

• Laundry frequency: If you prefer doing laundry less often, a machine with a larger capacity is more suitable.
• Type of items: If you frequently wash bulky items like blankets or curtains, a larger capacity machine is more practical.
• Space availability: Larger washing machines require more space, so ensure the machine fits in your laundry area.

What are slim washing machines and when should you buy one?

Washing machines are considered slim when their depth is less than 50 cm, while machines with a depth of less than 44 cm are classified as super-slim. About 16% of washing machines on the market fall into the slim category, while only 4% belong to the super-slim class. Slim washing machines are a great choice for those needing a compact option.

The most common capacity for slim washing machines is 7 kg, with 43% of models in this range. Other common capacities include 6 kg (23%) and 8 kg (15%). On average, slim washing machines consume 5 kWh less per 100 cycles compared to the market average, with a consumption of 55 kWh versus 60 kWh. Their average price is about £70 lower than the market average (£310 versus £380).

Slim washing machines are available exclusively in front-load models, as top-load machines maintain a standard depth of around 60 cm.

The best slim washing machines are as follows.

1. Hanseatic HWM-M714IVSMNA Total score: 8.79 pointsDepth: 47.5 cm
2. CHiQ CW07123863AX Total score: 8.54 pointsDepth: 46.5 cm
3. Haier HW80BP14929AS Total score: 8.51 pointsDepth: 48 cm

The best washing machines fall into the energy class A, which represents 39% of the market. The other categories are distributed as follows: 17% belong to class B, 14% to class C, 18% to class D, 6% to class E, 5% to class F, and only about 1% are in class G.

The energy class of a washing machine is indicated on the energy label, revised by the European Union in March 2021 with a simplified system ranging from A (maximum efficiency) to G. Although some manufacturers may claim classes such as A-30%, A-20%, or A-10% to indicate higher efficiency than class A, these designations are not officially recognised and do not appear on the energy label.

The new system simplifies the comparison between washing machines based on their energy efficiency, measured by the Energy Efficiency Index (EEI), which is calculated as follows:

EEI = (AEc/SAEc) * 100

In addition to the energy class, the energy label also provides the following information:

• Weighted energy consumption (per 100 cycles, ECO 40-60 program)
• Load capacity
• Spin-drying efficiency class
• ECO program duration at nominal capacity
• Water consumption per cycle
• Noise emissions during the spin cycle

Below, you can view the washing machine’s energy label with all the explanations of the symbols.

How much energy do the most efficient washing machines use?

The most energy-efficient washing machines consume 50 kWh per 100 cycles or less. Energy consumption is typically associated with the following energy classes:

• Class A (39% of washing machines): less than 49 kWh per 100 cycles
• Class B (17%): 50-55 kWh per 100 cycles
• Class C (13%): 56-64 kWh per 100 cycles
• Class D (19%): 65-73 kWh per 100 cycles
• Class E (7%): 74-84 kWh per 100 cycles
• Class F (4%): 85-94 kWh per 100 cycles
• Class G (<1%): 95+ kWh per 100 cycles

These values may vary slightly depending on factors such as capacity and technologies used, but they provide a precise guide.

The chart below illustrates the distribution of energy classes among washing machines.

[pie-chart-33322714]

Washing machines with a 9 kg capacity generally consume less energy than others, with an average consumption of 49 kWh per 100 cycles. In comparison:

• 7 kg models consume an average of 69 kWh per 100 cycles (many of these are top-loading, which are less efficient).
• 8 kg models consume about 55 kWh per 100 cycles.
• 10 kg washing machines consume about 51 kWh per 100 cycles.

Small-capacity washing machines tend to consume more energy than larger-capacity ones. This is because larger models often include advanced technologies, such as efficient inverter motors, load control systems, and steam technologies. Additionally, many small-sized models, particularly top-loading ones, are generally less efficient than front-loading washing machines.

The chart below shows the correlation between energy consumption and the overall score of washing machines.

[correlation-chart-13412862]

We can observe that the best washing machines usually have lower energy consumption.

The most energy-efficient washing machine brands are as follows.

1. Gorenje Average energy consumption: 45 kWh/100 cycles per 100 cycles
2. Cecotec Average energy consumption: 47 kWh/100 cycles per 100 cycles
3. LG Average energy consumption: 48 kWh/100 cycles per 100 cycles
4. Bosch Average energy consumption: 49 kWh/100 cycles per 100 cycles

How much water do the best washing machines use?

A washing machine is considered water-efficient if it uses 45 litres or less per cycle. Approximately 35% of washing machines meet this requirement.

Water consumption mainly varies depending on capacity: larger-capacity washing machines tend to consume more water per cycle but less per kilogram of laundry. For example:

• A 6 kg washing machine uses an average of 43 litres per cycle.
• A 7 kg washing machine uses about 45 litres per cycle.
• An 8 kg washing machine uses about 46.5 litres per cycle.

The best water-efficient washing machines (less than 42 litres per cycle) are the following models.

1. Haier HW90-BP14357TUUK Overall score: 9 pointsWater consumption: 40 LCapacity: 9 kg
2. Hisense WF3S9043BW3 Overall score: 8.88 pointsWater consumption: 39 LCapacity: 9 kg

The best washing machines belong to spin-drying efficiency classes A or B. Around 5% of models are in class A, while 85% fall into class B. About 10% of washing machines belong to class C, and very few models are classified as D. 

Spin-drying efficiency classes range from A to D, where A represents the highest efficiency and D the lowest. These details are included on the washing machine’s energy label, helping consumers assess water removal capability during the spin cycle.

The following chart shows the distribution of spin-drying efficiency classes among washing machines.

[pie-chart-83648560]

What is the maximum spin speed of the best washing machines?

The best washing machines have a maximum spin speed of 1400 or 1600 rpm. The maximum spin speed indicates how fast the drum rotates during the spin cycle, directly influencing the amount of water extracted from clothes. Washing machines with higher spin speeds remove more water, leaving clothes drier at the end of the cycle.

Washing machines typically have a maximum spin speed ranging from 800 to 1600 rpm. About 60% of models reach a maximum spin speed of 1400 rpm, followed by 22% reaching 1200 rpm, 8% at 1000 rpm, and 4% reaching 1600 rpm.

The table below shows the distribution of maximum spin speeds among washing machines.

[vertical-chart-76659206]

Higher spin speeds are ideal for heavy fabrics like cotton and synthetics, which require more intensive spinning to remove water. However, high speeds are not recommended for delicate fabrics such as silk and wool, as they may get damaged by the stress of high rotations.

The maximum spin speed is linked to the spin-drying efficiency class of the washing machine. Class A machines usually achieve 1400-1600 rpm, class B machines reach 1200-1400 rpm, and class C machines are typically at 1000-1200 rpm.

The best washing machines with a spin speed of 1600 rpm are as follows.

1. Siemens WG46B2070 iQ700 Overall score: 8.62 pointsCapacity: 9 kg
2. Siemens WG56B2A42 Overall score: 8.55 pointsCapacity: 10 kg
3. Candy Smart Pro Inverter CSO 686TWM6-80 Overall score: 8.53 pointsCapacity: 8 kg

What is the minimum spin speed of the best washing machines?

The best washing machines have a minimum spin speed of 400 rpm, ideal for protecting delicate fabrics such as wool by reducing stress and wear during washing. Minimum spin speeds in washing machines typically range from 400 to 800 rpm. About 67% of washing machines reach a minimum speed of 400 rpm, while 19% go up to 600 rpm.

A quality washing machine allows users to select different spin speeds, both maximum and minimum. A higher maximum speed is perfect for sturdy fabrics requiring greater water extraction, while a lower minimum speed is suitable for washing delicate fabrics without risking damage.

The distribution of minimum spin speeds among washing machines is illustrated in the chart below.

[vertical-chart-11672234]

Which types of fabrics are suitable for washing at different spin speeds?

The fabrics suitable for washing at various spin speeds are as follows.

• 400 rpm: Suitable for delicate fabrics like silk, wool, or lingerie that require extra gentle handling to avoid damage.
• 600-800 rpm: Ideal for synthetic fabrics and everyday items like t-shirts or lightweight clothing, which need effective water removal without vigorous agitation.
• 1000-1200 rpm: Suitable for cotton, denim, and linen. These heavier fabrics can withstand more intense agitation without risk of damage.
• 1400-1600 rpm: Perfect for towels, bedsheets, and other heavy fabrics that benefit from higher speeds to remove excess water and dry faster.

Some washing machines are quieter thanks to specific features designed to reduce vibrations and noise. The following characteristics contribute to quieter operation.

• Inverter motor (present in 74% of all washing machines and 95% of quiet models): This type of motor provides precise speed control, reducing vibrations and noise compared to traditional motors.
• Load balancing system (43% of all washing machines): This system evenly distributes laundry inside the drum, minimising vibrations during spinning.
• Special drum design (46% of all washing machines, 88% of quiet models): A well-designed drum reduces friction and improves laundry distribution.
• Vibration reduction: Components like shock absorbers, stabilisation systems, and anti-vibration feet help reduce vibrations.
  Insulation: Soundproof materials, such as foam or rubber around the motor and drum, reduce operational noise.
• Rotation speed control: Gradual acceleration and deceleration reduce noise generated during operation.
• Silent washing cycles/functions: Washing programs that operate at reduced noise levels often skip intermediate stages and the final spin cycle, leaving water in the drum at the end of the cycle.

The video below shows the various washing cycles of the Samsung WW80T534DAEAS7 and the noise levels at each stage.

The chart below shows the distribution of noise emission classes among washing machines.

[pie-chart-12456502]

The best quiet washing machines with a spin noise level below 71 dB are as follows.

1. Hoover HGD412BL10C-80 Overall score: 8.94 pointsSpin noise level: 70 dB
2. Hoover 410B9C-80 Overall score: 8.92 pointsSpin noise level: 69 dB
3. Candy MultiWash Overall score: 8.85 pointsSpin noise level: 68 dB

The quietest washing machine brands are as follows.

1. Haier Average spin noise level: 70 dB
2. Bosch Average spin noise level: 71 dB
3. LG Average spin noise level: 71 dB

What makes some washing machines quieter than others?

Some washing machines are quieter thanks to specific features designed to reduce vibrations and noise. The following characteristics contribute to quieter operation:

• Inverter motor (present in 74% of all washing machines and 95% of quiet models): This type of motor provides precise speed control, reducing vibrations and noise compared to traditional motors.
• Load balancing system (43% of all washing machines): This system evenly distributes laundry inside the drum, minimising vibrations during spinning.
• Special drum design (46% of all washing machines, 88% of quiet models): A well-designed drum reduces friction and improves laundry distribution.
• Vibration reduction: Components like shock absorbers, stabilisation systems, and anti-vibration feet help reduce vibrations.
• Insulation: Soundproof materials, such as foam or rubber around the motor and drum, reduce operational noise.
• Rotation speed control: Gradual acceleration and deceleration reduce noise generated during operation.
• Silent washing cycles/functions: Washing programs that operate at reduced noise levels often skip intermediate stages and the final spin cycle, leaving water in the drum at the end of the cycle.

The best washing machines usually come with 16 or more washing programs, with at least two options lasting less than an hour. In general, washing machines have between 10 and 25 programs, with 15 being the most common. Around 22% of washing machines have 16 or more programs, while 10% have 18 or more.

A higher number of programs allows for greater versatility, tailoring cycles to different fabric types, stain levels, and load sizes.

Almost all washing machines include common washing cycles such as:

• Cotton
• Synthetics
• Mixed fabrics
• Eco 40-60
• 20°C
• Rinse
• Rinse + Spin
• Wool
• Quick wash

Specialised programs vary depending on the model. The most common specialised washing cycles in washing machines include the following.

• Delicates (86% of washing machines): Designed for delicate fabrics, with low agitation and low temperatures to prevent damage.
• Outdoor/Sport (67%): Ideal for synthetic fabrics like sportswear, with specific temperatures and spin speeds.
• Hygiene (57%): Designed to sanitise clothes using high temperatures to eliminate bacteria and germs.
• Anti-Allergy (56%): Specifically removes allergens like dust mites and pet dander, using high-temperature washes.
• Jeans (46%): Optimised for heavier denim fabrics, with lower spin speeds to protect the material.
• Shirts (42%): Reduces creases and gently cleans formal shirts, minimising fabric wear.
• Duvets (46%): Designed for bulky items like duvets, using high water levels and extra rinses.
• Baby Care (39%): Gentle washing for baby clothes, with special attention to allergen removal.
• Colours (39%): Preserves the brightness of coloured fabrics by using cold water and gentle wash movements.
• Refresh (20%): Uses steam to refresh clothes, removing odours and wrinkles without a full wash.

To better understand how washing programs are presented, you can view the image below showing the programs available on the Samsung WW65AA126AE/LE. This example is specific to the model mentioned, but program presentation may vary across brands and models.

For instance, in the image below, you can see the washing programs available on the Samsung WW65AA126AE/LE.

In washing machines from some brands, like Hoover and Candy, you can download and use up to 40-50 additional programs via their app.

The distribution of the number of washing programs among washing machines is shown in the chart below.

[vertical-chart-86443107]

The washing machine brands that offer the highest average number of programs are as follows.

1. Samsung (20 washing programs on average)
2. Cecotec (16 washing programs on average)
3. Gorenje (16 washing programs on average)

The washing machine brands with the fewest average number of programs are as follows.

1. AEG (10 washing programs on average)
2. Comfee (10.5 washing programs on average)
3. Miele (12 washing programs on average)

What washing functions do the best washing machines have?

The best washing machines include numerous washing functions to customise cycles according to needs. The most common washing functions are as follows.

• Fast function (present in 45% of washing machines): Reduces the washing cycle duration by 50-70%. Known as SpeedPerfect in Bosch, Speed up or I-Time in Haier, TurboWash in LG, QuickDrive in Samsung or Fast+Clean in Beko.
• Extra rinse function (82%): Ideal for heavily soiled clothes or sensitive skin, adding water and an extra rinse to remove detergent residues.
• Anti-stain/intensive function (69%): Helps remove even the toughest stains. Examples include StainExpert by Beko (up to 24 types of stains), Candy’s Stain Level (with 3 intensity levels), or Clean+ in Whirlpool with three settings: Intensive, Daily, and Quick .
• Water+ function (9%): Allows clothes to be washed with more water, ideal for delicate or bulky fabrics.
• Wash assist function (29%): Helps select the right cycle based on fabric type, colour, and soil level. Examples include Wizard by Beko, EasyStart in Bosch, or Washing Recipe in Samsung.
• Night/silent option (11%): Reduces or eliminates spinning, slows down drum rotation, and keeps clothes soaking for extra gentleness.
• Soak function (6%): Allows clothes to be soaked for a period before washing, perfect for removing the toughest stains. An example is Samsung’s Bubble Soak/EcoBubble technology.
• Mini load function (2%): Ideal for washing single items or small loads. Saves water and energy by adjusting the cycle to load size.

66% of washing machines also include an anti-crease function, which can work in various ways. The most common are as follows.

• Easy iron (present in 42% of washing machines): Minimises creases by eliminating or reducing intermediate spins. This function is common in models by Candy, Bosch, Hisense, and Samsung.
• Final steam (41%): Uses steam after spinning to reduce creases. Found in models from Haier, LG, Miele, and Whirlpool.
• Rinse hold (37%): Keeps laundry immersed in rinse water to prevent creases, a common feature in Beko, Gorenje, and Miele.
• Gentle drum rotation (26%): Allows slow drum rotation for up to 6 hours after the cycle ends, available in models like Hotpoint, Bauknecht, and Whirlpool.

(Some washing machines integrate more than one anti-crease function.)

For temperature settings, models typically offer between 4 and 7 levels, with some models providing up to 9 levels, like Asko, or even 8 levels in Indesit and SanGiorgio. Most include a cold wash option, ideal for saving energy and protecting delicate fabrics.

The washing machine brands that offer the highest average number of advanced features are as follows.

1. Samsung (21.5 advanced features on average)
2. Miele (19.5 advanced features on average)
3. Hoover (18 advanced features on average)

The most common features of washing machines are as follows.

• Laundry detection system (present in 92% of washing machines): Weighs the laundry and adjusts water, energy, and time usage based on the load. Known by names such as Kg Mode (Hoover), Smart Detecting (Haier), or OptiSense (Beko).
• Overflow protection (83%): Monitors the water level in the drum and automatically removes excess water if needed.
• Foam control system (80%): Detects excess foam during washing and adjusts water or adds extra rinses to maintain optimal performance.
• Self-cleaning function/Drum clean (64%): Uses hot water to clean the drum, removing dirt, bacteria, and odours.
• Steam technology (57%): Utilises hot steam to penetrate fabrics, removing dirt, stains, and allergens.
• Load balancing system (43%): Evenly distributes laundry in the drum during spinning to reduce noise and vibrations. Examples include Active Balance (Hoover) and UKS - Stability Control System (Hisense).
• Smart diagnosis (41%): Detects and communicates washing machine issues by sending error codes or information to a smartphone app or directly to customer service.
• AquaStop system (31%): Prevents water leaks using a double-walled hose, a shut-off valve, and leak detection sensors. Also known as Aqua Control System (AEG), AquaProtect+ (Haier), or Water Control System (Miele).
• Special drum design (46%): Features a unique shape to protect clothes and improve washing quality.
• Memory/Favourite function (35%): Saves preferred washing settings for future use, often through an app.
• Soft-opening door (83% of top-loading models): Uses a mechanism to allow the door to open gently and controlled.
• Automatic drum positioning (31% of top-loading models): Aligns the drum with the lid at the end of the cycle, making unloading easier.

Additionally, most washing machines feature child locks, pause and add clothes options, delayed start, time remaining indicators, and spin speed selection.

The chart below illustrates the distribution of the number of features in washing machines:

[vertical-chart-47543018]

Below, you can see the Diamond Drum design and StayClean drawer of Samsung washing machines.

What are the features of the best washing machines?

The most common features of the best washing machines are as follows.

• Laundry detection system (92% of washing machines): Weighs laundry and adjusts water, energy, and time usage based on the load. Known as Kg Mode (Hoover), Smart Detecting (Haier), or OptiSense (Beko).
• Overflow protection (83%): Monitors the water level in the drum and automatically removes excess water if needed.
• Foam control system (80%): Detects excess foam during washing and adjusts water or adds extra rinses to maintain optimal performance.
• Self-cleaning function/Drum clean (64%): Uses hot water to clean the drum, removing dirt, bacteria, and odours.
• Steam technology (57%): Utilises hot steam to penetrate fabrics, removing dirt, stains, and allergens.
• Load balancing system (43%): Evenly distributes laundry in the drum during spinning to reduce noise and vibrations. Examples include Active Balance (Hoover) and UKS - Stability Control System (Hisense).
• Smart diagnosis (41%): Detects and communicates washing machine issues by sending error codes or information to a smartphone app or directly to customer service.
• AquaStop system (31%): Prevents water leaks using a double-walled hose, a shut-off valve, and leak detection sensors. Known by other names such as Aqua Control System (AEG), AquaProtect+ (Haier), or Water Control System (Miele).
• Special drum design (46%): Features a unique shape to protect clothes and improve washing quality.
• Memory/Favourite function (35%): Saves preferred washing settings for future use, often through an app.
• Soft-opening door (83% of top-loading models): Uses a mechanism to allow the door to open gently and controlled.
• Automatic drum positioning (31% of top-loading models): Aligns the drum with the lid at the end of the cycle, making unloading easier.

Additionally, most washing machines include features like child locks, pause and add clothes options, delayed start, time remaining indicators, and spin speed selection.

The best washing machines use inverter motors, managed by a control system that adjusts motor speed based on the load. Unlike traditional motors, which operate at constant speeds and require mechanical components like belts, an inverter motor directly controls the drum speed, eliminating the need for belts and pulleys.

Washing machines with inverter motors consume approximately 27% less energy (51 kWh compared to 69 kWh per 100 cycles on average) and are quieter, with a noise reduction of around 3 dB during spinning (74 dB compared to 77 dB for non-inverter washing machines).

Inverter motors are marketed under different names depending on the brand: ProSmart by Beko, EcoSilence Drive by Bosch, Direct Motion by Haier, Eco Power Inverter by Hoover, Digital Inverter by Samsung, and ProfiEco by Miele, to name a few. Inverter motors are generally offered with warranties ranging from 10 to 20 years, depending on the manufacturer.

Currently, around 74% of washing machines on the market are equipped with this type of motor, thanks to its benefits in energy efficiency, quiet operation, and durability.

The best washing machines, with an overall score of 8 or higher, have an average cost of £540 (about £160 more than the market average of £380). A moderate positive correlation of 0.43 has been observed between price and overall score, indicating that higher-rated models tend to cost more, often due to the inclusion of advanced technologies such as inverter motors, steam systems, Wi-Fi connectivity, and artificial intelligence. However, it is possible to find cheaper models that offer comparable or even superior performance to more expensive ones.

Despite the higher price, the best washing machines offer a superior quality-price ratio, with a score of 7.8 points.

The following chart illustrates the distribution of washing machine prices:

[vertical-chart-26851916]

Into what price categories can washing machines be divided?

Washing machines can be divided into three main price categories as follows:

• 1. Budget (under £350, ideal for those seeking an affordable option)

Washing machines under £350 account for about 35% of the market and provide a good balance between quality and price, with an average quality-price ratio score of 7.2 compared to the market average of 7.3. However, they have some limitations: capacity is generally between 5 and 7 kg, and only 41% of models reach 1400 rpm, making them less effective at water extraction. They also tend to be noisier, with average noise levels of 76 dB during spinning and 58 dB during washing, due to less advanced materials and insulation. Only 48% of these machines have an inverter motor, compared to 74% of the market average, resulting in higher noise and energy consumption.

From an energy efficiency perspective, only 17% of budget washing machines fall into class A, compared to 39% of the total market. On average, these machines consume 69 kWh per 100 cycles, while the general market average is 55 kWh per 100 cycles.

In terms of features, budget washing machines have fewer options than average, with about 8 features compared to the 10 typical of more expensive models. They often lack advanced technologies like steam (present in only 34% of models), AquaStop system (19%), pre-mix technology (13%), quick function (23%), anti-crease function (53%), and more sophisticated systems such as automatic dosing (<3%), automatic drawer cleaning (<3%), and AI technology (<3%). Wi-Fi connectivity is also limited, with only 7% of budget models equipped.

Despite these limitations, budget models include essential features like load balancing, automatic laundry detection, delayed start, and pause-and-add functionality.

• 2. Mid-range (£350 to £500, offering a good balance between price and performance)

Mid-range washing machines, representing 36% of the market, have a larger capacity, typically between 7 and 9 kg. About 68% of models reach 1400 rpm, ensuring good water extraction. Energy consumption is reduced to 56 kWh per 100 cycles, with 44% of models in class A and 17% in class B. Thanks to better materials and insulation, they are also quieter, with noise levels of 75 dB during spinning and 53 dB during washing. Additionally, 80% of mid-range models have an inverter motor.

Mid-range models feature a greater number of functions, averaging 10. They generally include all the common features found in budget models, along with a higher presence of advanced options such as steam technology (present in 63% of models), quick function (50%), anti-crease function (73%), AquaStop system (31%), Wi-Fi connectivity (19%), AI technology (12%), and pre-mix technology (24%). These models provide a better balance of functionality and price compared to budget machines.

• 3. High-end (£500 and above, for those seeking superior performance and advanced technologies)

High-end washing machines, accounting for 29% of the market, have capacities ranging from 9 to 11 kg and deliver excellent water extraction performance, with 74% of models reaching 1400 rpm and 9% reaching 1600 rpm. These models are very quiet, with noise levels of 72 dB during spinning, thanks to the use of high-quality materials and the presence of inverter motors in 94% of models.

The most expensive washing machines are highly energy-efficient, consuming an average of just 51 kWh per 100 cycles. 55% of these machines belong to energy class A and 20% to class B.

High-end washing machines offer an average of 12 advanced technologies, including steam technology (71%), AquaStop system (43%), Wi-Fi connectivity (42%), AI technology (23%), automatic drawer cleaning (25%), automatic dosing system (18%), and pre-mix technology (37%). These features make them particularly suitable for those seeking superior performance and cutting-edge functions.

Which are the most affordable washing machine brands?

The most affordable washing machine brands are as follows.

• Comfee Average price: £245Average overall score: 5.4 points
• Daya Average price: £260Average overall score: 6 points
• SanGiorgio Average price: £290Average overall score: 6.1 points

The cheapest washing machines are as follows.

1. Indesit EWC 61051 W Price: £210Overall score: 5.04
2. Whirlpool FFS P8 IT FreshCare Price: £210Overall score: 5.9
3. SIA SWM6100W Price: £220Overall score: 4.27

Which are the most expensive washing machine brands?

The most expensive washing machine brands are as follows.

• Miele Average price: £1180Average overall score: 8.7 points
• Siemens Average price: £750Average overall score: 8.5 points
• AEG Average price: £590Average overall score: 8.3 points

The following chart shows the ranking of washing machine brands by price:

[horizontal-chart-77756655]

Note: Only brands with at least 6 products in our database were considered.