If you’ve ever navigated a snow-covered mountain pass or a slippery backcountry road in winter, you’ve likely been told tire chains are the gold standard for traction. As a tire chains supplier, I’ve spent years hearing from drivers, small fleet operators, and even state maintenance teams about how chains get them through conditions all-season tires or snow tires can’t. But what I also hear, often just as loudly, are the frustrations, costs, and hidden downsides that come with using these metal links. Not every drawback is obvious when you’re stuck in a blizzard waiting for a tow, so let’s break down the real, practical drawbacks of tire chains—stuff I’ve seen firsthand with customers, not just in a textbook. Tire Chains
First, there’s the issue of fit and installation, and it’s way more complicated than most people realize. I once had a customer, a solo truck driver who runs a delivery route through the Rocky Mountains, show up at my shop at 2 a.m. during a December storm, his chains tangled so bad he’d spent two hours trying to get them on at a rest stop. He’d bought a one-size-fits-all set from a big-box store, and they were way too loose on his drive’s rear tires and way too tight on the front. When he finally forced them on, they rubbed a hole in his tire sidewall halfway up Pikes Peak, costing him $800 in a replacement tire and a delayed delivery. The truth is, tire chains aren’t one-size-fits-all. They’re specific to tire size, vehicle weight, drive type (front-wheel, rear-wheel, all-wheel), and even whether your vehicle has fender flares or anti-lock brake systems (ABS). I’ve had another customer, a small RV owner, find this out the hard way when he tried to use standard chains on his 30-foot RV—they hit the RV’s frame when he turned, bending a brake line and stranding him for three days until a mobile mechanic could reach him. Even if you buy the right fit, installing them in freezing temperatures with numb fingers, wind, and blowing snow? It’s a nightmare. Most people don’t practice installing chains on a warm, dry day, so when they need them, they fumble, take too long, or get them wrong. That delay isn’t just annoying—it’s dangerous. If you’re on a busy highway in a storm, being stuck on the shoulder for 10 extra minutes to sort out chains puts you at risk of a rear-end collision.
Next, there’s the damage they cause to your vehicle and road surfaces, which most drivers don’t see coming. Metal tire chains are heavy-duty for a reason—they need to grip ice and packed snow—but that means they’re hard on everything around them. Let’s start with your tires. The sharp edges of chain links can cut into rubber, especially if they’re loose, misfit, or driven on for long stretches on pavement. I’ve seen customers come in with tires that look like they’ve been chewed up by a bear, all from a single trip on bare asphalt with still-attached chains. Even if you’re on snow, driving at high speeds (over 30 mph, per most manufacturer guidelines) can make the links bounce and scrape rubber unnecessarily. Then there’s the damage to your vehicle’s other parts. Chains that are too tight or not aligned properly can rub against wheel wells, fenders, brake lines, or even the vehicle’s axle. I once had a sedan owner bring their car in with a broken ABS sensor after their chains shifted and caught the wiring during a hard turn on an icy side street. That sensor cost $500 to replace, and it could have been avoided with a proper fit.
But it’s not just your vehicle—tire chains take a toll on public roads too. State transportation departments have been warning about this for years, especially in areas that see frequent, heavy snowfall. Metal links embedded in snow and ice will scrape at the road surface once the snow melts or thins, chipping away at asphalt and concrete. Over time, this adds up to potholes, cracked pavement, and extra maintenance costs for taxpayers. I’ve talked to a snowplow driver in Colorado who told me that in areas where chains are heavily used, the road needs resurfacing two to three years earlier than areas where only snow tires are used. That’s not just a budget issue—it’s a safety issue, because potholes caused by chain damage lead to flat tires, wheel alignments, and even collisions for regular drivers.
Another big drawback is the wear and tear on the chains themselves, plus the hassle of storing and maintaining them. I’ve had customers buy a set of chains once a year, only to find them rusted or broken when they need them a year later. Chains get wet, coated in road salt, and left in damp trunks or garages, so if you don’t dry and lubricate them after every use, they’ll seize up or snap when you need them most. Last winter, a family came to me during a storm with broken chains—they’d stored them in their garage all summer after a single trip, and the links had rusted together so they couldn’t pull them apart. By the time we got them replaced, they’d missed a family holiday, and the storm had passed, making the chains useless for their trip anyway. Storing chains is also a space problem. Most people don’t have a big garage, so chains take up valuable trunk space, which is a big deal if you’re carrying groceries, luggage, or work supplies. For small cars and sedans, folding and storing chains can be awkward, especially if they’re heavy. I’ve had a customer with a compact hatchback tell me he had to remove the back seats to fit his chains, and even then, they scratched his cargo liner.
Then there’s the legal and regulatory headache that comes with tire chains, depending on where you’re driving. A lot of people don’t realize that tire chains are banned on certain roads, especially interstates and highways that are regularly plowed and sanded. States like California, Colorado, and Washington have strict rules about when you can use chains, which roads you can use them on, and whether you need to carry a special permit if you’re using oversized chains. I once had a fleet manager for a moving company get a $500 ticket in Oregon because he put chains on his truck on a highway that had a “chains required” sign—but that sign only applied to trucks over 10,000 pounds, and his truck was 9,800 pounds. He’d misread the sign, and the fine almost made him miss a big client deadline. Some areas also limit the type of chains you can use—many now require “low-profile” or “traction devices” that are less damaging to roads, but regular metal chains are prohibited. If you’re traveling through multiple states or even countries, these rules change constantly. I’ve had customers get stuck at border crossings in Canada because their U.S.-bought chains didn’t meet Canadian road safety standards, and they had to leave their old chains behind and buy new ones at the border for twice the price.
Performance in certain conditions is another underrated drawback. Tire chains are amazing for packed snow and ice, but they’re not great for everything. On deep, fluffy snow (more than six inches), chains can actually ride on top of the snow instead of digging in, because their metal links don’t have the same tread depth or flotation as wide snow tires or tracks. I’ve had a customer with a four-wheel-drive SUV get stuck in three feet of fresh powder with chains on—he said the links just spun on the snow, and he had to call a tow truck to get out. On bare pavement, chains are loud, ride rough, and can make your vehicle handle poorly, especially when turning or braking. Most people don’t know that you should never drive on bare asphalt with chains unless it’s absolutely necessary, because it not only wears out your tires and chains fast but also makes your vehicle harder to control. I once tested driving on dry pavement with a set of chains on a test vehicle, and the vibration was so bad that my coffee spilled all over the center console, and I could feel every small bump in the road. At highway speeds, that vibration can cause driver fatigue, which is a major safety hazard.
Cost is probably the biggest drawback for most regular drivers. Quality tire chains aren’t cheap. A good set of custom-fit chains for a sedan can run $150 to $300, while sets for trucks or SUVs can be $400 to $800. That’s a big expense for someone who only needs chains once or twice a winter. Then you have to add in the cost of storage bags, lubricant to prevent rust, and replacement parts if a link breaks. I’ve had a college student come to me last year saying he couldn’t afford a new set of chains, so he’d been borrowing his roommate’s every time it snowed. That’s a problem because chains get dirty and rusty when they’re shared, and they’re not guaranteed to fit correctly on different vehicles. For fleets, the cost adds up even more—one delivery company I work with spends over $10,000 a year on chain replacements, tire damage repairs, and fines for improper use. Compare that to the cost of a good set of snow tires, which will last for 4 to 6 years and work well in most winter conditions, and chains start to look like a costly short-term fix.
Now, I’m not here to say tire chains are useless—far from it. For mountain drivers, backcountry travelers, and anyone who regularly faces extreme winter conditions, chains are often the only way to get through safely. But it’s important to go into using them knowing the drawbacks, not just the benefits. If you’re in the market for chains, make sure you get the right fit for your vehicle, practice installing them before you need them, research the rules for the areas you’ll be driving in, and budget for maintenance and potential repairs.
At our tire chains company, we work hard to address these drawbacks as much as we can. We offer custom-fit chains for every make and model of vehicle, including low-road-damage options that meet most state regulations. We also sell training guides and video tutorials to help people learn to install chains correctly, because we know how frustrating that process can be. That said, no set of chains is perfect, and it’s always a good idea to weigh the pros and cons before investing in them.
If you’re considering adding tire chains to your winter safety kit, or if you have questions about fit, use, or maintenance, we’re here to help. Whether you’re a solo driver, a fleet manager, or someone planning a winter trip, we can connect you with the right product and advice to keep you safe on the road.
Clothes Rack References:
- American Automobile Association (AAA). (2022). Winter Driving Safety Guide: Tire Chain Best Practices.
- Federal Highway Administration (FHWA). (2021). Road Surface Damage from Winter Traction Devices.
- National Highway Traffic Safety Administration (NHTSA). (2020). Vehicle Damage Risks Associated with Improper Tire Chain Installation.
- State of California Department of Transportation (Caltrans). (2023). Tire Chain Regulations and Requirements for Mountain Passes.
- Colorado Department of Transportation (CDOT). (2022). Winter Travel Advisory: Tire Chain Limitations on Bare Pavement.
Pujiang Shenli Chain Co., Ltd.
Address: No. 18, Zaifeng Road, Pujiang County, Zhejiang Province
E-mail: Chen@shenlichain.com
WebSite: https://www.chainshenli.com/
