The dryer category looks deceptively simple from the outside. A box, a drum, a few buttons. The price difference between an $800 model and an $1,800 one can seem arbitrary - until you understand that they're not doing the same job the same way.
Three distinct technologies exist under the label "dryer." They work differently, cost different amounts to buy, cost different amounts to run, and suit different households. Here's what separates them, and what each difference means once the machine is installed.
How each type actually works
Understanding the mechanism isn't just useful trivia. It directly determines every trade-off you're making at the point of purchase.
Vented dryers heat air, push it through the drum to absorb moisture from your clothes, then exhaust that hot, damp air outside through a vent hose. Simple, reliable, and cheap to manufacture. But they need a physical vent to the outside wall, and they use a lot of electricity - the heating element runs continuously at high power.
Condenser dryers also heat air and pass it through the drum. Instead of venting the moist air outside, they run it through a heat exchanger that condenses the moisture into water, collected in a removable tank you empty manually (or drained to a plumbed outlet). No external vent needed. They can go anywhere a power point exists. They're less efficient than heat pumps but significantly more flexible in placement than vented models.
Heat pump dryers use a refrigerant loop - the same principle as a fridge or a reverse-cycle air conditioner - to recover heat from the moist exhaust air and put it back into the drum. Because they reuse heat rather than making it fresh each cycle, they use far less electricity: a median 127kWh/year across the 105 heat pump models we list, against 302 for vented - around 58% less. No vent needed, gentler on fabrics, higher upfront cost.
The real-world differences that matter
The mechanism determines three things you'll notice in daily use: running cost, drying time, and the damage your dryer does to your clothes over time.
Running cost. Here are the label's annual figures across the models we list. Vented: a median 302kWh/year (14 models, range 202-315). Heat pump: a median 127kWh/year (105 models, range 73-208). Condenser: 360kWh/year - but we list only two condenser models, so treat that as two data points rather than a category average.
At the ~30c/kWh Australian average, that's roughly $90 a year for a vented dryer and $38 for a heat pump. Over a 10-year life the heat pump saves about $520 in electricity. Check your own tariff; a higher rate widens the gap proportionally.
Worth knowing: those figures are the label's, and the label assumes the dryer runs once a week. If you dry daily, multiply accordingly - the ranking between types holds, the absolute numbers don't.
Drying time. Heat pump dryers run cooler, which is what makes them gentler and also what makes their cycles longer - lower temperature moves moisture more slowly. We don't hold cycle times in our catalogue, so check the figure on the models you're comparing. If you set the dryer going before work and collect the load when you're home, it doesn't matter. If you run loads back to back on a Sunday, it does.
Fabric damage. The mechanism is straightforward: heat is what shrinks wool, breaks down elastic and fades colour, and a heat pump dryer works at a lower temperature than a vented or condenser one. Over years of use that difference accumulates in your wardrobe rather than in any one load. Most people blame the washing machine. Often it's the dryer.
Where each type actually makes sense
Vented dryer: You have a laundry with an existing external vent, budget is a priority, and quick drying matters. These are increasingly rare in newer Australian homes where laundries are built without external ventilation, but if the vent is there, a good vented dryer will reliably dry loads quickly for a relatively modest purchase price. If you're doing 10+ loads per week and every minute of cycle time counts, vented is still the fastest.
Condenser dryer: You don't have an external vent, or you want flexibility in placement - a second-storey laundry, an apartment, a garage. But consider: we list only two condenser models, neither with a price. The Australian market has largely moved from condenser to heat pump, which does the same job without a vent and uses less power doing it. If venting isn't an option, heat pump is where the range actually is.
Heat pump dryer: You're buying for the long term, you dry often, or you have clothes worth protecting. It's also where the choice is - 105 of the 121 dryers we list are heat pumps, at a median $1,799 across the 60 that carry a price. Against the three priced vented models we list ($799 to $949), the premium is real: about $950, which $52 a year takes roughly 18 years to close - longer than the dryer will last. Buy a heat pump for the gentler drying and the flexibility of not needing a vent; treat the electricity saving as the thing that makes the sums acceptable rather than the reason to do it.
The venting situation in Australian homes
This is worth being specific about, because it's the one thing that genuinely rules a type out.
If the laundry was built as an internal room - common in apartments and newer townhouses - there's no external wall to vent through, and vented is off the table. If there's an external wall behind or beside the dryer position, check it: a round hole roughly the diameter of a dryer hose, sometimes capped or painted over from a previous machine. Find one and all three types are open to you.
Worth doing before you shop, not after. It takes a minute and it's the difference between a shortlist of three types and a shortlist of two.
The spec sheet items worth paying attention to
Sensor drying vs timed drying. Sensor dry stops the cycle when the load is dry, rather than running for a preset time. It prevents over-drying - the main cause of heat damage - and saves electricity. 110 of the 121 dryers we list carry a moisture sensor, including 99 of the 105 heat pumps. At the cheaper end, check rather than assume.
Drum capacity vs rated load. Drum capacity is a volume; the rated load is the weight of cotton the machine is designed to dry in one go. They're different numbers and only one of them tells you how much washing fits. Check the rated load.
Program count. You will use two or three programs: a standard dry, a delicates cycle, and possibly an air-dry for items that can't be heated. A machine with 12 programs doesn't dry better than one with four. Don't let program count influence your decision.
The honest bottom line
If you have an external vent and the budget is tight: a vented dryer is a reasonable choice, and it's the cheapest way into a dryer.
If you don't have a vent: heat pump, because that's where the range is. Condenser is technically the alternative, but we list two of them.
If you're buying for the long term or you have clothes worth protecting: heat pump. It runs cooler, costs about $52 a year less to run than a vented model, and doesn't need a hole in your wall. But consider: at a median $1,799 against $799-$949 for the vented models we list, the running-cost saving alone never repays the premium - the arithmetic runs to roughly 18 years. Buy it for the drying and the placement freedom, and count the electricity as a bonus rather than the business case.
Once you've worked out which type fits your situation, take our dryer quiz to find the dryers we list that match your requirements.
Our dryers buying guide covers the rest - capacity, sensor drying, and what the star ratings mean by type.