Best Stand Mixers Australia 2026:
KitchenAid vs Kenwood, and the Gear That Wears First

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Why wattage is the wrong number to compare

The Kenwood in this guide says 1200W on the box and the KitchenAid Artisan says 300W, and I've had people assume the Kenwood must be four times stronger. It isn't, and the reason matters more than anything else in this guide. The figure on the box is input power, meaning what the motor draws from the wall. What actually kneads your dough is torque at the beater, and that comes from how the motor is geared down, how it's controlled and how much of the input is lost as heat along the way.

A small motor driving a well-designed gearbox can push a stiff bread dough all day. A big motor driving a sloppy gear train mostly turns electricity into a warm head and a smell you'll recognise if you've ever overloaded one. KitchenAid quietly admits this on its own listings, where the bowl-lift KSM60 claims twice the power in the bowl of the older KSM150 without quoting a wattage at all. So when you're comparing, look at bowl size, bowl design, the speed range at the slow end and what the maker says the machine can knead, and treat the watts as a rough guide to how much it'll heat up rather than how hard it'll work.

Where watts do tell you something is heat. A motor drawing more power under a long knead has more heat to get rid of, and a mixer that runs hot is mostly one being pushed past what its gearing likes. The listing's dough rating in kilograms is a better guide than any wattage, because the maker has tested the machine against it. If a listing doesn't give one, as the Kenwood's doesn't, I'd be a bit more careful with big batches until you know how it handles them.

Tilt-head or bowl-lift

This is the real choice in the KitchenAid range, and it's mostly a question of what you bake. A tilt-head mixer hinges at the back so the whole motor head lifts up and out of the way. That makes it easy to add ingredients, swap a beater or scrape the bowl, and it fits under most kitchen cupboards when it's down. The trade-off is that the hinge and the locking pin take the load when a heavy dough fights back, and on a long knead you'll sometimes see the head rock slightly.

A bowl-lift mixer keeps the head fixed and raises the bowl up to the beater with a lever, locking it at three points. That's a stiffer frame, and it's why the bigger KSM60 and KSM70 use it. If you bake bread every week or double batches for a crowd, I reckon bowl-lift is worth the extra money and counter height. If you mostly do cakes, biscuits, meringues and the odd pizza base, a tilt-head does the job well and is easier to live with. It's worth measuring the gap under your overhead cupboards before you order a bowl-lift, because it's a taller machine and it won't slide under some kitchens.

Weight is the other difference people don't expect. Both designs are heavy because the die-cast body is what stops them walking across the counter, but the bowl-lift models are taller and harder to lift in and out of a cupboard. If your mixer will live in a pantry and come out once a fortnight, a tilt-head is a lot friendlier on your back. If it'll sit on the counter permanently, the extra height matters less than the cupboard clearance above it.

The gearbox is where the money goes

Inside nearly every planetary mixer is a small electric motor spinning very fast, a worm drive that steps that speed right down, and a planetary head that spins the beater while orbiting it around the bowl. KitchenAid quotes 59 touchpoints per rotation on the Artisan, which is a marketing way of describing that orbit. All of that runs in grease inside a sealed die-cast head, and the quality of that gear train is most of what you're paying for in a good machine.

Most tilt-head KitchenAids use a deliberately softer gear in the drive, often called the worm follower, that's designed to strip before the motor burns out. When someone overloads one with a double batch of stiff dough, that gear is usually what's gone, and it's a common, inexpensive part to replace. I'd much rather see a mixer fail that way than cook its motor windings. Kenwood's listing for the Titanium Chef Baker doesn't say what its gears are made of, so I can't tell you how it fails under the same abuse, only that its body is metal and the motor is digitally controlled.

Gear noise is a useful early warning. A healthy planetary mixer has an even hum that changes pitch smoothly as the load comes on. A knock once per rotation, a grinding sound on the lower speeds or a beater that slows while the motor keeps spinning usually means a gear is wearing or the grease has dried out. Catching that early is the difference between a gear and grease job and a worm drive that's been chewed up as well, so it's worth stopping and getting it looked at.

Bowl size, and what it means in real batches

Bowl capacity numbers are brimful volumes, and you won't fill any mixer to the top. KitchenAid's own figures are more useful: the 4.7L tilt-head Artisan is rated for about 2kg of bread dough or nine dozen biscuits, while the bowl-lift models claim 3.6kg of bread dough and thirteen dozen biscuits from 5.6L and 6.6L bowls. For most households a 4.7L or 5L bowl is plenty, and a bigger bowl actually works worse for small jobs because two egg whites won't reach the whisk properly.

That's why the second, smaller bowl that comes with the KSM195 and the Kenwood is more useful than it looks. A 2.8L bowl lets the whisk reach a small quantity of cream or egg whites, and the beater doesn't spend half its time spinning in air. If you're a once-a-week cake baker, I'd buy for the smaller jobs rather than the biggest batch you'll make twice a year. You can always split a big dough into two runs, but you can't make a 6.6L bowl whip one egg white.

Bowl material matters a little too. All four picks use stainless steel, which is what I'd want, because it won't crack if it's dropped and doesn't stain from turmeric or berries. Glass and ceramic bowls look nice on the counter but they're heavier and they do break. The other thing to check is whether the bowl and tools are dishwasher safe. The Kenwood listing says its tools are, and most KitchenAid stainless bowls are too, though the beater coatings on some older KitchenAid tools aren't.

Speed control at the slow end

Everyone looks at the top speed, but most of the useful work happens slowly. The first few seconds of adding flour, folding in fruit and starting a dough are where a mixer either makes a mess or doesn't. The bowl-lift KSM60 and KSM70 add a half speed for exactly that reason, and in my experience that's the setting people end up using more than they expect. A good slow speed should hold its pace under load rather than bogging down the moment the dough gets stiff.

That's where electronic control helps. Kenwood describes the Titanium Chef Baker's 1200W motor as digitally controlled and adapting its power to the load, which in practice means a control board watching the motor and feeding it more when it slows. That's a good feature when it works, though it does put a circuit board inside a machine that lives near steam, flour and the odd splash of water. The older-style KitchenAid tilt-heads use a simpler mechanical speed control, which wears but is easy to service. Neither approach is wrong, but they fail differently, and I cover that further down.

The practical test I'd suggest is simple. When the mixer arrives, put a stiff dough through it on the lowest speed and listen. A good machine holds a steady pace and the motor note barely changes. A weaker one slows noticeably, the pitch drops and the head gets warm quickly. Either way, the manual's recommended dough speed is there for a reason, and kneading bread on a high speed is the single most common way people damage a mixer in my experience.

Attachments, scales and the extras that earn their place

KitchenAid's attachment hub is the strongest argument for the brand. The KSM195 listing says it takes over 15 optional attachments and the KSM70 says over 10, from pasta rollers to mincers, and because KitchenAid has kept that hub the same for decades, attachments you buy now will most likely fit a mixer you buy in ten years. That said, I'd buy the mixer for mixing and treat the attachments as a later option. Plenty of people buy a pasta roller and use it twice, and the mincer in particular asks a lot of the gearbox.

The Kenwood's built-in scales are a different kind of extra. Weighing straight into the bowl saves a step and a dish, and if you bake by weight it's genuinely handy. The catch is that it's one more electronic part sitting under a bowl that gets washed, dropped and occasionally overflowed. If you already own decent kitchen scales, the KitchenAid's simpler build and long attachment range may suit you better. If you'd like to use one machine for everything, the Kenwood is the tidier setup, and it pairs nicely with a bread maker for hands-off loaves if you want the kneading done overnight.

Power, sockets and where it lives on your counter

A stand mixer is an easy appliance on your wiring. Even the Kenwood at 1200W sits well under the 2,400W a standard 10A Australian socket can supply, and the KitchenAids draw a fraction of that. The bigger risk is the kitchen powerboard that already has a kettle, a toaster and a coffee machine on the same strip. Run the kettle and a mixer on full knead together on one basic board and you can get closer to the limit than you'd think. If you're going to use a board, a properly rated surge powerboard with an overload cut-out is worth having, and a wall socket on its own is better still.

Running cost is small. At the Australian average tariff of roughly 33c per kWh, a 300W KitchenAid kneading for ten minutes uses about 0.05kWh, close to 2c, and the Kenwood at its full 1200W for ten minutes would use about 0.2kWh, or roughly 7c, though it rarely sits at full draw. Check for the RCM compliance mark on the plate underneath and an AU plug on arrival, because grey-import mixers turn up on marketplaces and some are 110V machines that need a transformer to run safely here.

Where it sits matters for the machine as well. Keep it a little away from the kettle and the sink, so steam and splashes don't reach the vents on the motor head or the base. Flour dust gets into everything, so a quick brush around the vents every few weeks keeps the motor breathing and stops the build-up that slowly cooks a control board. A mixer that lives in a dry, open spot with clear vents will usually run quietly for a very long time.

Before you buy: what to check on arrival

These are heavy machines, and freight damage is the first thing I'd rule out. Run the mixer empty on every speed for a minute when it arrives and listen for a click or grinding sound once per rotation, which usually means a damaged gear or a bent beater shaft. Look under the head for any grease weeping out of the seams. A little is normal on an old machine, but a new one shouldn't leak, and if it does it's a warranty conversation rather than a fix.

Check the beater-to-bowl clearance too. A beater that scrapes the bottom of the bowl will wear both, and one that sits too high leaves a layer of unmixed flour. Most KitchenAids have a small adjustment screw for this, and the manual explains how to set it with a coin. Keep the box for a couple of weeks if you've got the space, because sending a 10kg mixer back without one is painful. For a sense of how little a kitchen appliance adds to your power bill compared with heating and cooling, our notes on household power use are worth a read. And if a mixer dies out of warranty, our Erina workshop can usually tell you whether it's a gear, a board or the motor before you decide what to do.

The 4 picks, $469 to $999

Prices are Amazon AU at time of writing (16 October 2026) and move week to week. Ranks are Amazon AU category sales ranks, checked the same day.

Side-by-side comparison

What we see fail in the workshop: stand mixers

Stand mixers are some of the longest-lived appliances in a kitchen, and when one does come in it's usually for one of three faults. Two of them are mechanical and caused by load, and one is electronic and caused by where the mixer lives. All three are easier to avoid than to fix, so here's what to watch for. None of them need special tools.

Decision tree: which one should you actually buy?

• Mostly cakes, biscuits and the odd loaf? → The KitchenAid Artisan KSM195 at $597 is the one, with a second small bowl for cream and egg whites and a 5-year warranty.
• Want built-in scales and the lowest outlay? → The Kenwood Titanium Chef Baker at $469 weighs straight into its 5L bowl and comes with a full set of tools.
• Making bread every week? → The bowl-lift KitchenAid KSM60 at $801 has a stiffer frame, a half speed and a 3.6kg dough rating.
• Cooking for a crowd and splitting batches? → The KitchenAid KSM70 at $999 gives you the 6.6L bowl and a 375W motor with a 5-year limited warranty.
• Low cupboards over your counter? → Stick with a tilt-head like the KSM195, which tucks under cupboards that a bowl-lift won't clear.
• Mixer grinding, leaking grease or cutting out? → Bring it to our Erina workshop and we'll check the gears, grease and control board and tell you what it needs before you spend anything.

Frequently asked questions

Is a more powerful stand mixer always better?

Not really. The wattage on the box is input power, meaning what the motor draws from the wall, not the force at the beater. A 300W KitchenAid can knead bread dough because it's geared down heavily, while a higher-wattage machine might lose more of that power as heat. Compare bowl design, the slow speeds, the maker's dough rating and the gearbox build instead. Wattage is more useful as a guide to how much electricity it uses than how well it mixes, and even then a mixer rarely runs at full draw for long.

Should I get a tilt-head or a bowl-lift mixer?

It depends on what you bake. A tilt-head is easier to use day to day, because the head lifts out of the way for adding ingredients and scraping, and it fits under most cupboards. A bowl-lift has a stiffer frame with the bowl locked at three points, which suits heavy bread dough and big batches. If you bake bread every week, a bowl-lift is worth it. For cakes, biscuits and occasional bread, a tilt-head does the job and is easier to store and live with.

How long should a good stand mixer last?

A well-built stand mixer that's used within its rated batch sizes can last decades, and it's common to see twenty-year-old machines still running. The parts that wear are the drive gears and the grease in the gearbox, and on most quality mixers both can be replaced. Electronics like speed control boards and built-in scales can fail sooner if the mixer lives near steam or water. Keep it dry, avoid overloading it and run it regularly, and it should outlast most other appliances in your kitchen.

Why is my mixer leaking oil into the bowl?

That's usually the gearbox grease separating into oil and a thicker paste, and the oil working its way out around the beater shaft or the seams of the head. It's most common on mixers that have sat unused for a long time or been stored somewhere hot. It's not a safety problem, but you don't want it in your food, so stop using it for baking until it's fixed. The usual repair is to clean out the old grease and repack the gearbox with fresh food-safe grease, which is routine on most models.

Will KitchenAid attachments fit every Artisan model?

In most cases, yes. KitchenAid has kept the same front attachment hub on its household stand mixers for decades, and the KSM195, KSM60 and KSM70 listings all mention the hub and optional attachments sold separately. That means pasta rollers, mincers and other hub attachments you already own should fit a new Artisan. Bowls and beaters are a different story, because tilt-head and bowl-lift models use different bowls and beater lengths, so check the model number before buying spare bowls or beaters.

Is it safe to buy a stand mixer from an overseas seller?

I'd be careful. Some marketplace mixers are grey imports built for 110V countries, and running one on Australian 230V power without the right transformer can damage it or create a safety risk. Even 230V imports may not carry an Australian warranty. All four picks in this guide are sold by Amazon AU. On arrival, check for an Australian plug, the RCM compliance mark on the rating plate and 230 to 240V on the label before you plug it in.

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