If you’ve ever driven along a highway and spotted a row of towering electrical tower stands stretching toward the horizon, you might have wondered: can these massive, steel-framed structures be moved? As an electrical tower stand supplier who’s worked with utilities, construction crews, and infrastructure teams for over a decade, I can tell you this question comes up more often than you’d think. Whether it’s because of a planned road expansion, a new subdivision pushing into existing right-of-way, or a utility needing to reroute power lines to avoid environmental protection areas, moving a tower stand isn’t as simple as hitching it to a truck and pulling it away. It’s a complex, highly engineered process that balances physics, safety codes, and real-world logistics—and it’s not something every supplier is equipped to handle. Electrical Tower Stand
Let’s start with the basics: what makes a tower stand too heavy or too bulky to just move on a whim. A standard lattice steel tower, the most common type used for high-voltage power lines, can weigh anywhere from 10 to 100 tons, depending on its height (they can range from 50 feet to over 200 feet tall) and voltage rating. The base of a tower is anchored deep into the ground with concrete footings, sometimes 10 to 15 feet deep, to withstand high winds, ice loads, and the constant tension of the power lines. Even the smallest mistakes in planning here can lead to collapse, which is why moving a tower isn’t a task you can book for a weekend project.
For a long time, the industry’s default was to demolish an unused or misplaced tower and build a new one at the desired location. But over the past 15 years, as land use has become more constrained and construction budgets have tightened, moving towers has grown into a viable (and often more cost-effective) alternative. As a supplier, I’ve seen our clients save 30 to 50% on total project costs when they opt to relocate a tower rather than replace it, not to mention cutting down on construction waste—an added bonus for many utility companies that have sustainability goals. That said, it’s only feasible in specific cases.
First and foremost, a tower has to be structurally sound enough to move. Before any work begins, our engineering team (we have four full-time structural engineers on staff) conducts a full load test and inspection to check for corrosion, bent lattice members, or cracked welds. If a tower has significant rust or damage that compromises its integrity, it’s not safe to move—period. We’ve had to turn down three relocation requests in the past year alone because the towers were too deteriorated to handle the stress of transport.
Next, you need to make sure the new location meets all the requirements. The tower’s base needs to sit on soil that can support the same weight and loads as the original site—you can’t plop a heavy tower on soft marshland that would settle and cause lean. The right-of-way for the new route has to be wide enough to accommodate the tower’s footprint, plus space for the heavy machinery we use to lift and transport it. We once had a client who wanted to move a tower 2 miles down a rural road, but the trees lining the road were too close, so we had to coordinate with the county to do a temporary trimming permit, which added two weeks to the timeline. That’s the kind of detail most people don’t think about when they hear “moving a tower.”
Once we’ve confirmed the tower is good to move and the new site is ready, the actual process unfolds in phases, each with its own set of challenges. The first step is de-energizing the power lines connected to the tower—this is a non-negotiable safety step, and we only work with licensed utility crews who are trained to handle high-voltage systems. We then disconnect the lines, carefully label each wire and insulator so we can reattach them correctly later, and mark all the underground utilities (water, gas, fiber optic) in the original site to avoid digging mistakes.
The big lift comes next. To raise the tower off its concrete footings, we use a system of hydraulic jacks that are precisely calibrated to distribute the weight evenly. A tower that’s unevenly lifted can twist, which would cause permanent structural damage. We place jacks at the base of each leg, monitor the lift in real time with load sensors, and stop every few inches to check for any signs of stress. In some cases, if the tower is too tall or the route is narrow, we’ll actually disassemble the tower into sections before moving it, then reassemble it at the new site. This is more common for towers that have to go through residential areas or over smaller roads, where transporting a full 100-foot tower would be impossible. I remember a job a few years ago where we relocated a 180-foot tower near a suburban neighborhood—we had to take it apart into 12 separate sections, each weighing between 5 and 10 tons, and haul them on specialized flatbed trucks that had permits for oversize loads. Oversize load permits are another thing that adds time and cost—we have to apply for them with every county, and sometimes it takes a week or more to get approval, depending on the route.
Once the tower is at the new site, the process is reversed: we lift it back into place, attach it to new concrete footings (or reuse the original footings if the new site is close enough and the soil works), and then reattach the power lines. The final step is testing the tower’s stability—we do wind load tests and inspections to make sure it can handle the same stresses as it did at the original site.
Now, you might be wondering: is there a case where moving a tower isn’t worth it? Absolutely. If the tower is near the end of its design life (most tower stands have a 50-year lifespan), replacing it is better than spending money on a move that might not be safe. If the new site requires extensive excavation or environmental work, like moving through a protected wetland, demolition and new construction is usually more practical. And if the distance is more than 5 or 10 miles, the cost of transporting heavy sections and obtaining permits often outweighs the savings of moving.
As an electrical tower stand supplier, I’ve also seen a lot of misconceptions among people new to the industry. Some think that any tower can be moved, but that’s not true—we’ve had clients come to us with a “quick move” request for a tower that’s leaning because of poor original construction, and we can’t take that on. Others assume moving is always cheaper, but we did a bid last year where moving a tower 3 miles ended up being $15,000 more than building a new one, because the original footings were too deep to extract and the new site required extra soil stabilization. That’s why we always offer a free on-site assessment when a client is considering relocation—we look at the tower’s condition, the route, the new site, and give them a detailed breakdown of costs before they commit.
The demand for relocation services has been growing steadily over the past decade. Between 2010 and 2020, the number of tower relocation projects in the U.S. increased by 47%, according to data from the North American Electric Reliability Corporation (NERC). That’s because utility companies are under pressure to update infrastructure for renewable energy projects—many new solar and wind farms need to connect to existing power grids, which means rerouting lines and moving towers that are in the way. Also, as more people move to rural areas, right-of-way conflicts are more common than they used to be, so relocating towers is a way to keep power flowing without disrupting communities.
I’ve been in this business for 12 years, and I’ve seen a lot of things change—materials have gotten lighter and more durable, software has made load calculations more accurate, and hydraulic jacking systems are more efficient. But the core of moving a tower remains the same: it’s about careful planning, attention to detail, and never cutting corners on safety. That’s why I’m proud to work with a team that prioritizes those things. We don’t take on every project that comes our way, but when we do, we make sure it’s done right.
If you’re a utility company, construction manager, or infrastructure team leader considering whether your electrical tower stand can be moved, I encourage you to reach out to our team for a consultation. We offer tailored assessments, transparent pricing, and full project management from start to finish—no surprises, no hidden fees. Relocating a tower isn’t the right solution for every situation, but it’s often the most practical and sustainable one when the conditions are right.
Overhead Line Tower References
- North American Electric Reliability Corporation (NERC). 2022. Transmission Infrastructure Relocation Best Practices. NERC Technical Report.
- American Society of Civil Engineers (ASCE). 2018. Load and Resistance Factor Design Specification for Transmission Lattice Steel Towers. ASCE 10-18.
- International Code Council (ICC). 2021. National Electrical Safety Code (NESC) Part 2: Rules for the Design, Installation, and Maintenance of Electric Supply Stations and Lines. ICC.
Hebei Yifeng Steel Structure Co., Ltd.
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