Use this calculator to determine if repairing your tumble dryer is more cost-effective than replacing it. Enter the details below:
Tip: According to our guide, repair is generally recommended if the repair cost is less than half the replacement cost AND the dryer is less than 8 years old.
• If the repair bill is under tumble dryer repair cost $250 and the dryer is less than eight years old, fixing it usually makes sense.
• Major faults like a faulty drum belt or heating element can be repaired for $80‑$150. Replacing the whole unit runs $600‑$1,200.
• Energy‑efficient models (A+or higher) save about 15‑20% on electricity, which can offset a higher upfront price over five years.
• DIY fixes are OK for simple lint‑related problems; electrical or motor issues should be left to a qualified technician.
• Factor in environmental impact - repairing avoids roughly 200kg CO₂ per dryer compared with buying new.
Tumble dryer is a household appliance that removes moisture from laundry by rotating a drum while hot air is forced through the clothes. It typically consumes 2‑4kWh per load and has a service life of 10‑12years when maintained properly.
Understanding the symptom helps you gauge repair difficulty and cost. The most frequent problems are:
These issues differ in parts cost and labour time. A broken belt costs $20‑$35 in parts and about 30minutes to replace, while a control board can be $150‑$250 plus an hour of work.
Three factors drive the final quote:
Ask the technician for a written estimate that breaks down these components. Many local repair shops will also give a “no‑fix, no‑fee” guarantee if the fault turns out to be unrepairable.
A new dryer’s price depends on capacity, energy rating, and brand. Below is a snapshot of the Australian market in 2025:
Type | Capacity | Energy Rating | Average Price (AUD) |
---|---|---|---|
Basic condenser | 7kg | C | $600‑$750 |
Heat‑pump (A+) | 8kg | A+ | $900‑$1,200 |
Professional vented | 9kg | B | $800‑$1,000 |
Installation fees add $80‑$120 if a new vent or power outlet is needed.
Use this simple formula to decide:
If (Repair Cost < 0.5 × Replacement Cost) AND (Dryer Age ≤ 8years) THEN Repair. Otherwise, Replace.
Example: Your dryer is 6years old, repair estimate $180, replacement $1,000. 180<0.5×1,000 (=$500) → Repair is the cheaper choice.
Older dryers (pre‑2015) consume up to 30% more electricity than newer heat‑pump models. According to the Australian Government’s Department of Industry, a typical 8kg heat‑pump dryer saves about 400kWh per year, equivalent to €150 (≈$220) in avoided electricity bills.
From a carbon perspective, manufacturing a new dryer emits roughly 200kg CO₂, while repairing one avoids that footprint. If the repair restores the dryer’s efficiency to within 10% of a new model, the environmental payoff is immediate.
Simple tasks such as cleaning the lint filter, clearing the vent, or replacing a belt can be done with a basic tool kit. DIY guide includes step‑by‑step safety checks, required tools, and typical part numbers.
However, when dealing with:
call a licensed technician. In Australia, only qualified electricians can work on high‑voltage appliances, and doing it yourself could void the warranty or breach Australian Consumer Law.
If you tick most boxes, repair is the sensible route. Otherwise, start budgeting for a replacement.
Most common repairs - belt, heating element, or sensor - fall between $80 and $250, including labour and travel surcharge.
If the repair estimate exceeds half the price of a comparable new dryer, or if the appliance is older than eight years and showing multiple failures, replacement is usually more cost‑effective.
Yes, they consume up to 30% less electricity. Over a five‑year period the energy savings typically offset the $300‑$400 price premium.
Replacing a belt is a straightforward DIY job for most models. Disconnect the dryer from power, remove the drum, slip the new belt onto the motor pulley and drum, then re‑assemble.
Repair avoids manufacturing emissions of roughly 200kg CO₂ per unit and reduces landfill waste. It also extends the life of existing materials, lowering overall resource consumption.