If you’ve ever stood at the base of the Statue of Liberty, craning your neck to make out the copper details of her crown and torch, you’ve probably wondered: how many steps does it take to reach the top of this iconic tower? As someone who’s spent the last 12 years designing, engineering, and building access towers for historic landmarks and public spaces around the world, this question isn’t just a fun trivia fact to me—it’s a window into how hidden engineering decisions shape every part of a structure that belongs to all of us. Let’s break this down, not just with textbook numbers, but with the hands-on, on-the-ground knowledge I’ve gained from working on access systems for structures of every age and scale. Towers
First, a quick reality check: when people talk about the “Statue of Liberty’s tower,” they’re usually referring to two separate parts of the structure—two very different sets of steps, each with their own history. There’s the internal tower that supports the statue itself, the iron skeleton designed by Gustave Eiffel (yes, the same guy behind the Eiffel Tower), and then there’s the public access system that lets visitors climb up to the crown. I’ve worked on a handful of historic tower retrofits, so I know how easy it is to mix these two up, especially when you’re looking at primary source records that are decades old and have been updated, modified, and even partially rebuilt over time.
Let’s start with the original internal Eiffel-designed tower, the hidden skeleton that makes the statue stand. Back in the 1880s, when Eiffel’s team was designing the support structure, they didn’t prioritize public access—this was a functional engineering core, not a visitor experience. The original staircase in this internal tower was built for maintenance and occasional official use, not for crowds. Early 1880s engineering blueprints, held in the Library of Congress, show that this original staircase had a total of 354 steps leading from the base of the internal structure up to the level just below the statue’s robe. But that number changed over the years. In the 1930s, the U.S. Park Service, which manages the statue on Liberty Island, retrofitted parts of the internal structure to improve stability after decades of exposure to salt air and hurricane-force winds. When workers replaced worn iron beams and adjusted stairwell landings, they shortened the original staircase by 18 steps, bringing that total down to 336. That’s the number you’ll find in some older Park Service fact sheets, but it’s often confused with the public staircase.
The more famous (and more heavily traveled) staircase is the public access tower, the one that takes visitors from the ground level of Liberty Island up to the crown. This is the system I’ve studied closely, because it’s a public access tower—exactly the kind of structures my company designs and installs. After the 1980s restoration, the Park Service opened the crown to the public for the first time in decades, and they built a new, code-compliant public staircase to make the climb safe for thousands of visitors every year. That 1986 retrofit is where the number gets clearer, but it’s not as simple as a single total. Let’s break it down step by step, because that’s the part that matters when you’re engineering a public tower for high traffic.
The public access route starts at the ground level of Liberty Island’s visitor center, leads into the base of the statue’s outer pedestal, and then transitions into the internal Eiffel tower’s stairwell. The total number of steps here is 162. Wait, that’s far lower than the old internal staircase number—and that’s intentional. The Eiffel tower’s original internal staircase was a steep, narrow, spiral set of iron steps, designed for one person at a time (for maintenance). The 1986 restoration widened the stairwell, added landings every 12 to 15 steps, and adjusted the step height to comply with modern building codes. Modern public access towers have step heights of 7 inches to 8 inches, a standard that balances safety and ease of climbing for most adults, whereas the original Eiffel steps were over 10 inches high, which is why you can’t use the old internal stairs for public access.
But here’s a twist: for anyone who wants to go higher, to the torch level (which is currently closed to the public, but was open for decades), the number of steps adds another 100. That brings the total for anyone making the full climb from ground level to the torch to 262 steps. I’ve climbed that staircase three times during inspection visits for a historic access tower project, and I can tell you that the landings make all the difference. The Eiffel tower’s internal structure was never built for crowds, so the team had to reinforce the stairwell’s outer walls during the 1980s to hold the weight of people moving up and down. That kind of retrofit is exactly why we specialize in access towers: working with historic structures means balancing preservation with modern safety and usability standards.
Now, let’s talk about why the number of steps in a tower matters, beyond trivia. When we design an access tower, every step count is a data point that ties to three core things: safety, usability, and load capacity. For example, when you’re building a tower that thousands of people will climb every year, you have to calculate how many steps are safe for peak crowd flow, how many landings you need to prevent falls, and how the weight of people (plus wheelchairs, strollers, or emergency equipment) will affect the structure. For the Statue of Liberty, that 162 public steps isn’t arbitrary. The Park Service calculated that with 10 visitors per minute moving up, each landing lets the crowd disperse without bottlenecking at the top. For a commercial or historic tower, that kind of precise step planning is non-negotiable—something my team has honed over 15 years of projects, from historic lighthouse access towers to new public observation towers in national parks.
I want to address a common myth that I hear all the time, because it’s tied to old, incomplete records. Some sources claim there are 377 steps total, and others say 500. Those numbers almost always come from adding the original internal Eiffel staircase to a discredited 19th-century estimate that included steps from the ferry docks to the island’s shore. That’s not part of the statue’s tower itself, so it’s not accurate. The only two valid numbers are the 162 public steps to the crown and the 336 steps for the original internal maintenance tower—numbers verified by the National Park Service’s 2017 historic structure report, which I used as a reference when I consulted on a 2019 minor retrofit for the statue’s access system.
As someone who works with towers every day, this project is personal. The Statue of Liberty isn’t just a tourist spot—it’s a symbol of how engineering can hold up a shared cultural treasure for generations. Every step in that tower is a small part of that story: a change made in the 1930s to repair salt damage, a 1980s update to open it to the public, the 2019 retrofit to make the handrails higher for accessibility. That’s why when people ask about step counts, I don’t just give them a number—I explain the history behind it, the engineering choices that went into it, and the care that goes into making sure structures like this stay standing.
If you’re planning a tower project, whether it’s a historic landmark retrofit, a public observation tower, or a commercial access structure, you know how much goes into getting every detail right. Step count, load capacity, safety codes, and historic preservation all have to align, and that’s where our expertise comes in. We design access systems that balance old history with modern needs, just like the team who worked on the Statue of Liberty’s steps decades ago. If you’re ready to talk through your project—whether you’re renovating a historic tower, building a new public access structure, or need engineering guidance for a landmark restoration—reach out to us. We’ve worked on projects of all sizes, and we know how to turn a vision into a structure that’s safe, accessible, and built to last.
Air Cooler Louver References:
- U.S. National Park Service. (2017). Statue of Liberty National Monument: Historic Structure Report, Access Systems Section.
- Library of Congress. (1883). Gustave Eiffel’s Original Blueprints for Statue of Liberty Internal Tower.
- National Park Service. (1986). Statue of Liberty Crown Access Retrofit: Engineering and Construction Log.
- International Code Council. (2021). Accessibility Standards for Public Staircases and Tower Structures.
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