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Should I buy a washing machine with a high spin speed?

If you’ve ever stood in the laundry aisle of a home goods store, staring at washing machine spec sheets that list spin speeds ranging from 800 RPM to 1800 RPM, you’re not alone. As a washing machine supplier who’s been in this industry for 12 years—fielding hundreds of questions from homeowners, contractors, and small laundromat owners every month—I’ve lost count of how many people ask me, “Is a high spin speed really worth the extra cost?” It’s a fair question, because spin speed is one of the most heavily marketed features, but it’s also one that’s often misunderstood. Let’s break this down from the perspective of someone who sells, installs, and troubleshoots these machines for a living, not just a spec sheet. Washing Machine

First, let’s get the basics straight: spin speed is how fast the washing machine’s drum rotates during the final spin cycle, and its primary job is to wring excess water out of clothes before they go into the dryer. The physics here is straightforward—higher RPM means more centrifugal force, which pulls more water out of fabric. That’s the core benefit, but it comes with tradeoffs that aren’t always obvious to someone shopping for their first machine.

Let’s start with the wins for high spin speeds. The biggest one is dryer time. If you run a machine with a 1600 RPM spin instead of a standard 1000 RPM, you can cut your dryer time by as much as 40%, I’ve seen this firsthand. For a family of four doing 10 loads a week, that’s easily 20 minutes saved per load, or almost 3 hours a week of dryer time. Over a year, that’s more than 150 hours—time you could spend on anything other than waiting for towels to dry. There’s also the energy savings: dryers are one of the biggest energy hogs in most homes, accounting for roughly 5% of a household’s annual electricity use. Less time in the dryer means lower utility bills. I recently had a customer, a single mom with two kids, switch from a 1000 RPM machine to a 1600 RPM model she bought through our company, and she told me her electric bill dropped by $28 a month. That’s not a trivial number.

High spin speeds also do a better job of removing stubborn dirt and soap residue. When the drum spins faster, the water inside is under more pressure, so it can push through fabric fibers more thoroughly. I’ve seen this with work uniforms, in particular—construction workers, nurses, landscapers, the kind of clothes that get caked in grease or mud. A high spin machine will pull out way more of that gunk than a lower speed one, so you don’t have to re-wash things as often. For commercial settings, like small laundromats or apartment buildings, this is a game-changer because it reduces wear on machines too—less re-washing means less strain on the motor and drums.

But here’s where the caveats come in, and this is the part most marketing materials won’t tell you. High spin speeds aren’t for everyone, and they can cause problems if you don’t account for your laundry habits, your home’s infrastructure, and the type of fabric you wash.

First up: vibration and noise. I’ve had customers bring back new high-spin machines within a week because their floors or cabinets were shaking so loud it was disruptive. Machines spinning at 1400 RPM and above generate a lot of force, so if your machine is on an uneven floor, or if it’s not leveled properly during installation, you’ll get more than just a rattle. I’ve installed machines in apartments on upper floors where neighbors complained about the noise—turns out the building’s subfloor is thin, and the high spin vibration carried right through. Even in single-family homes, if your machine is sitting on a rickety wooden floor, you might end up with creaky floors or loose plumbing connections over time.

Then there’s fabric damage. Not all clothes are built to handle high speed spins. Delicate items like silk, lace, wool blends, or even some synthetic sheets and athletic wear can get stretched, torn, or misshapen when spun too fast. I once had a customer who ran a vintage cashmere sweater through a 1600 RPM cycle and ended up with a pilled, shrunken mess. Most modern machines have a “delicate spin” setting that caps RPM at 800 or lower, but even that, some folks forget to adjust it. If you wash a lot of delicate items, a high speed machine might end up damaging more clothes than it’s saving in dryer time. There’s also the issue of wrinkles—counterintuitively, high spin speeds can sometimes leave more wrinkles on clothes than lower ones, because the faster rotation tugs at fabric more aggressively. If you iron a lot, that extra effort adds up.

Cost is another big factor. High spin speed machines are usually pricier upfront than their lower speed counterparts—sometimes $150 to $300 more. On top of that, the parts to maintain them are often more expensive. The motor, the drum, and the suspension systems built to handle high RPM are sturdier, but when they do break, replacement parts cost more. For someone who only does a couple small loads a week, or who has a large backyard line-dries most of their clothes, that extra cost for a feature you barely use doesn’t make sense. I have a retired customer who lives alone, does one small load every 10 days, and hangs everything on a line. She told me a high spin machine would be a waste—she doesn’t need dryer time, and she doesn’t want to pay more for a feature she never uses.

There’s also the question of water and electricity use, which might surprise you. Wait, I thought high spin speeds save energy? They do, but only if you use the dryer. If you air-dry, higher spin speeds mean you’re not saving as much energy as you might think, because the difference in water removal is negligible for line drying. Also, high spin machines can use slightly more water in the main wash cycle to get clothes clean, depending on the model, because they’re designed to work with the higher pressure of the final spin. It’s not a huge difference, but it’s something to consider if you live in an area with high water costs or drought restrictions.

So, when is a high spin speed machine worth it? Let me break down the scenarios where I recommend them, and when I don’t.

I always suggest a high spin speed (1400 RPM or higher) if: You have a large household, use a dryer regularly, wash a lot of heavy items like towels, bed linens, work uniforms, or sport equipment, and have a solid, level installation area (like a concrete basement floor or a reinforced first-floor laundry room). These are the people who will actually see the benefit in lower utility bills and less time waiting for loads to finish. I also recommend them for commercial settings—laundromats, small apartment buildings, or daycare centers—where throughput and durability matter more than fabric care for delicate items.

I don’t recommend them if: You live in an apartment with thin floors, do most of your laundry by line-drying, wash mostly delicate items that can’t handle high spin, or you’re on a tight budget and can’t justify the extra upfront cost for a feature you won’t use. In these cases, a mid-range machine with 1000 to 1200 RPM is more than enough, and it’ll save you money now and later on repairs.

One thing I want to emphasize, as someone who’s seen thousands of machines go through my warehouse and installation crews: spin speed isn’t the only number that matters. A machine with a 1200 RPM speed but a high-quality suspension system will perform better than a 1800 RPM machine that’s poorly built, especially when it comes to vibration and noise. I’ve sold some mid-range machines with 1200 RPM that customers swear by, because they’re quieter, more reliable, and fit their needs better than a fancy high speed model. It’s not about chasing the highest number on the spec sheet—it’s about matching the machine to your lifestyle.

I also get asked a lot about front-loading vs top-loading machines and spin speed, because that’s another common point of confusion. Front-loaders almost always have higher spin speeds than standard top-loaders, because their design allows for more balanced rotation. That means a mid-range front-loader with 1300 RPM will outperform a budget top-loader with 800 RPM on drying time, but it’s also more expensive. If you’re choosing between the two, don’t assume the highest spin speed is automatically the right pick—look at the overall build, energy efficiency rating, and the specific settings for delicate loads.

A quick tip I’ve learned over the years, especially for people who do a mix of heavy and delicate loads: look for a machine with adjustable spin speed settings. Many modern machines let you set the spin speed per cycle, so you can crank it up to 1600 for towels and linens, and drop it to 600 for silk or lace. That way, you get the best of both worlds without committing to a single high speed that might damage your clothes.

At the end of the day, buying a washing machine is a personal decision, and there’s no one-size-fits-all answer. But if you’re still on the fence about high spin speed, ask yourself these three questions: Do I use a dryer for most of my laundry? Do I wash a lot of heavy, fast-drying fabrics? And is my laundry space set up to handle the vibration and noise? If the answer is yes to all three, a high spin machine is a solid investment. If not, don’t let the marketing hype push you into paying extra for a feature you won’t use.

Freezer As a washing machine supplier, my job isn’t just to sell you the most expensive model—it’s to help you find the one that works for your home. If you’re still unsure whether a high spin speed is right for you, or if you want to compare models and specs, don’t hesitate to reach out to our team to discuss your specific needs. We can walk you through the tradeoffs, show you machines that fit your budget, and make sure you get the right machine for your laundry routine.

References

  1. U.S. Department of Energy. Energy Efficiency of Washing Machines. 2022.
  2. International Association of Plumbing and Mechanical Officials. Residential Washing Machine Installation Guidelines. 2021.
  3. Textile Institute. Effects of Spin Speed on Fabric Degradation. 2020.
  4. Appliance Standards Awareness Project. Washing Machine Spin Speed and Energy Use. 2023.
  5. Consumer Reports. 2024 Washing Machine Buying Guide.

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