As much as we'd like to simply bring in our wet washing from home and return with it freshly dried (and folded), there's a lot more to our testing of clothes dryers.
Our members rely on our rigorous testing methods to help them choose the best clothes dryer to buy. We take you behind the scenes of how we test.
On this page:
- Our expert testers
- How does CHOICE choose which clothes dryers to test?
- How does CHOICE test clothes dryers?
- Why are CHOICE results sometimes different to those on energy labels?
- Test criteria explained
- Our test lab
Our expert testers
Our expert testers have more than 30 years' experience in the laundry lab. Many of them sit on international and Australian standards committees, which helps us stay in touch with how labs and manufacturers are changing the standards.
It also gives you a voice in this forum, where sometimes only government and industry are represented.
How does CHOICE choose which clothes dryers to test?
Why do we choose one clothes dryer over another? There are a number of reasons, but our priority is to test what you'll see in the stores, which means we tend to focus on the big brand models.
We check current market figures to see what's selling well, and also include models you've requested – if a lot of members want it, we'll test it.
When we know what you want us to test, our buyers go out and use your member fees to buy the clothes dryers from a variety of retailers, then bring them in as is.
This means we get what you'd get so we can be sure the results are what you'll find rather than potentially 'tweaked'.
How does CHOICE test clothes dryers?
We use set loads of cotton materials that are specified in the Australian and International Standards for testing clothes dryers – these are made up of bed sheets, small towels and pillow cases.
Why? Because if you want to compare clothes dryers fairly, you have to use the same conditions for all of them and minimise variables.
Where we can, we use the Australian and International Standards, then temper these with real-world responses from you, our members. This means we don't use the dryers at a full load, because we've discovered that generally consumers don't.
We normally use a dry 3.5kg load (which gets a lot heavier when wet to 90% moisture content), which mirrors our washer method as well.
Why are CHOICE results sometimes different to those on energy labels?
Because of the load selection, you'll sometimes see differences between what the energy label says on the dryer and our results.
This is because manufacturers try to get as good an energy and water label as possible, as the more stars they have, the better the chance a consumer will buy their product.
Unfortunately, this often means the load the manufacturer selects is not what consumers will choose at home. It's also because the registration testing is done using the full capacity of the dryer, whereas our test uses a smaller, 3.5kg load.
Again this is so our testing will better reflect how you use your dryer at home.
Test criteria explained
The CHOICE Expert Rating is made up of:
- Energy efficiency (50%)
- Drying time (40%)
- Drying (moisture content) (10%)
The following data is also collected but doesn't contribute to the Expert Rating.
- Noise measurement
- Brand reliability and loyalty
Energy efficiency
We put a standard 3.5kg wet load of washing into the dryer and measure how long it takes to dry and how much energy is used.
Note that when we say 3.5kg, this refers to the dry load. It ends up being wet to 90% moisture content, with the finished load being greater than five kilos when we put it in the dryer.
The energy efficiency and drying time scores are based on the amount of energy and time used per kilogram of clothing.
Drying time
If the dryer has a sensor (determines when the clothes are dry and automatically turns the dryer off), we use it. For simple timer-dryers without a sensor, we set it to the maximum drying time possible because this is what most people do at home.
Drying performance (moisture content)
The percentage of moisture content after a drying cycle reflects the 'dryness' of a load. The resulting moisture level should be neither too dry or too moist. Moisture content between 4 - 4.5% is ideal with anything up to 6% also considered very good. Moisture content below 2.5% may reduce the life of some garments and over 6% may appear to be not as dry you would expect.
Noise measurement
The maximum noise level is recorded during the cycle, measured one metre away from the dryer and one metre above the ground. Typically, the noise level of dryers is similar to that of a quiet conversation (about 55dB).
It's not an absolute noise measurement – the acoustics of your home will determine exactly how a dryer sounds in use – but it's a good comparative measure.
Brand reliability and loyalty
Durability testing is a very long and costly process, so by the time we get results for a model, it will probably be off the market. Instead, we ask our readers whether they've had any problems with their dryers, and whether they'd buy the same brand again.
To see which brands fared best, go to the reliability and loyalty scores in our clothes dryer review.
Our test lab
We maintain a NATA accredited laboratory that is up to date with the latest reference machines and calibrated measurement tools for our testers to bring you the right results.
We're on your side
For more than 60 years, we've been making a difference for Australian consumers. In that time, we've never taken ads or sponsorship.
Instead we're funded by members who value expert reviews and independent product testing.
With no self-interest behind our advice, you don't just buy smarter, you get the answers that you need.
You know without hesitation what's safe for you and your family.
And you'll never be alone when something goes wrong or a business treats you unfairly.
Learn more about CHOICE membership today
Stock images: Getty, unless otherwise stated.
