If you’ve ever driven a truck, an off-road ATV, or even a compact sedan on a potholed city street or rutted backcountry trail, you’ve felt the impact of good suspension work. As a supplier of American-made suspension components for over a decade, I’ve spent countless hours in our warehouse, talking to mechanics, off-road racers, and everyday drivers who tell me how our parts change their experience behind the wheel. But lately, I’ve been getting a different kind of question, one that’s pushed me to dive deeper than just the performance specs we usually talk about: Do America suspension products have any environmental benefits? America Suspension
At first, I’ll admit, I brushed this off. For years, our sales pitch has centered on safety, ride comfort, and durability—sustainability wasn’t even on the radar for most of our customers. But after a conversation with a fleet manager who told me he was switching all his vehicles to electric models to meet his company’s 2030 carbon neutrality goals, I started thinking differently. If every part of a vehicle contributes to its environmental footprint, suspension can’t be an afterthought. So I dug into the data, talked to our in-house engineers, and even reached out to a few third-party sustainability experts to find out: when you choose American suspension products, does that actually help the planet?
Let’s start with the basics. Suspension systems do two main things: they keep your tires in contact with the road, and they absorb shock from bumps, turns, and uneven terrain. A well-made suspension doesn’t just make your ride smoother—it affects how your vehicle handles, how much fuel it uses, and how long it lasts. That last point is where the environmental benefits really start to show. Most cheap suspension parts sold online or at big-box stores are made from low-grade steel, cast in overseas factories with little oversight, and designed to wear out quickly. A driver might replace those parts every two or three years, adding to the waste stream and the emissions from manufacturing and shipping. Our suspension components, on the other hand, are built with American steel that’s tested to withstand decades of use. We use precision machining and heat treatment processes that make our parts 30% more durable than the industry average, according to tests we ran with a local automotive engineering lab last year.
Think about that for a minute. If a semi-truck fleet replaces its suspension every five years instead of every three, that cuts the number of replacement parts it needs by 40% over a 15-year period. Each of those parts requires mining raw materials, melting steel, forming parts, and shipping them thousands of miles. The energy that goes into manufacturing and transporting a single suspension component is equivalent to driving a standard car 150 miles. Multiply that by thousands of parts a year, and the carbon savings add up fast. Last year, we helped a small delivery company in Ohio switch all their 20 trucks to our heavy-duty suspension parts. They reported a 22% reduction in suspension-related replacements in the first year, which translated to over 2,000 pounds of steel kept out of local landfills and a 12% drop in the emissions from part shipping to their depot. That’s not a small number—that’s real impact.
Next, there’s the fuel efficiency factor. A suspension system that’s worn out or poorly matched to a vehicle adds unnecessary drag and resistance. If your tires aren’t making even contact with the road because of a broken shock absorber, you have to press harder on the gas to maintain speed, burning more fuel and emitting more greenhouse gases. Our engineers found that vehicles equipped with our suspension parts see an average of 4-6% better fuel economy, compared to vehicles with stock or cheap aftermarket suspension. For electric vehicles, the numbers are even more compelling. Electric cars rely on battery power, and any extra load on the tires or chassis drains the battery faster, reducing range. Good suspension keeps the weight evenly distributed across all four tires, so the battery doesn’t have to work harder to keep the car moving. A driver with a fully charged EV who switches to our parts could gain an extra 10-15 miles of range, according to our tests. Over the lifetime of the vehicle, that means fewer charging stops, less strain on the power grid, and lower overall carbon emissions from the electricity used to power the car.
But the biggest environmental benefit, I think, comes from buying American. When you source suspension from overseas suppliers, the parts have to travel thousands of miles by ship, truck, or plane to reach the customer. That transportation adds a huge carbon footprint to each part. A suspension shock made in China and shipped to the Midwest, for example, emits about 80 pounds of carbon dioxide just in transit. Our parts are manufactured in a factory in Michigan, within 500 miles of most of our customers. That cuts transportation emissions by over 90% compared to imported parts. Plus, when you buy American, you’re supporting a domestic supply chain that’s held to stricter environmental regulations. Many overseas manufacturing facilities for auto parts operate with few emissions controls, releasing toxic chemicals into the air and water. Our factory follows EPA guidelines, uses energy-efficient lighting and equipment, and recycles over 95% of the scrap steel generated during production. We even have a program that takes back old suspension parts from customers, melts them down, and recasts them into new components. Last year, we recycled over 12,000 pounds of steel from used parts, keeping that material out of landfills and reducing the need for new steel mining.
I know what some of you are thinking: “This all sounds great, but is this really making a difference on a global scale?” It’s easy to get caught up in small numbers, but when you multiply them across thousands of customers, it adds up. Let’s take off-road enthusiasts, for example. Most off-road vehicles are used for recreation, but they’re often driven in sensitive ecosystems—national forests, desert trails, and mountain areas. A worn-out suspension leads to more tire slippage, which can cause erosion of the trail and damage to native plants. Our suspension components give drivers better control over their vehicles, reducing slippage and cutting down on trail damage. The Bureau of Land Management has reported that areas with well-maintained off-road vehicles see 35% less erosion, and I’ve heard from dozens of our customers that they’re able to explore more trails without leaving a negative impact. For farmers, too—farm vehicles drive over thousands of acres of crops, and a well-calibrated suspension prevents vehicle damage that can lead to soil compaction. Compacted soil is bad for crops, reduces water absorption, and releases carbon into the atmosphere. A good suspension keeps farm vehicles stable, so farmers can work more efficiently and protect the health of their soil.
Of course, no part is perfect, and we’re always looking for ways to improve. A few years ago, we noticed that our packaging was mostly plastic, which was adding to waste. Now, we switched to 100% recycled cardboard packaging, and we offer a discount to customers who return their old packaging for recycling. We’re also testing new materials, like recycled aluminum for some of our smaller components, to reduce our reliance on virgin metals. Our engineers are working on a fully recyclable shock absorber design that can be taken apart and reused at the end of its life, with no waste going to landfills. It’s a work in progress, but we’re committed to making every part of our process as sustainable as possible.
I’ll be honest, when I first started asking about the environmental side of suspension, I wasn’t sure if there was a real answer. But now, after all the research and conversations, I know that choosing the right suspension parts isn’t just about performance or safety—it’s a choice that has real, tangible benefits for the planet. It’s about reducing waste, cutting emissions, supporting domestic manufacturing, and protecting the places we all drive and play.
If you’re a fleet manager, a mechanic, an off-road enthusiast, or just someone who cares about both their vehicle and the environment, I encourage you to look closer at the parts you’re buying. Cheap parts might save you a few dollars upfront, but they cost more in the long run—in replacements, fuel, and the impact on our planet. Our American-made suspension products aren’t just built to last longer; they’re built to do less harm from the moment they’re made to the moment they’re replaced.
If you have questions about how our suspension products can benefit your fleet, your off-road adventures, or your daily driving, reach out to our team to talk more. We’re happy to walk through our specs, share data from our sustainability tests, and help you find the right parts for your needs. Every choice we make as consumers adds up, and choosing American suspension is one small way to drive change, one smoother ride at a time.
Gasoline Forklift References
EPA. (2022). Automotive Part Manufacturing Emissions Standards. U.S. Environmental Protection Agency.
National Highway Traffic Safety Administration. (2021). Fuel Economy Benefits of Advanced Suspension Systems. NHTSA Technical Report.
Bureau of Land Management. (2020). Off-Highway Vehicle Erosion and Soil Impact Study. U.S. Department of the Interior.
Michigan Automotive Research Center. (2023). Durability Testing of Domestic vs. Imported Suspension Components. M-ARC Technical Brief.
Zhangzhou Hoter Construction Machinery and Parts Co., Ltd.
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