Elevators became common in American cities during the 1890s and early 1900s, driven by the rapid growth of tall commercial buildings. The technology existed decades earlier, but it took a combination of safety innovations, electric power, and the skyscraper boom to push elevators from novelty to necessity. By 1920, New York City alone employed roughly 17,000 elevator operators, a number that gives a sense of just how embedded the technology had become in daily urban life.
The 1850s: From Freight Lifts to Passenger Service
Hoisting platforms had been used in factories and warehouses for years, but nobody trusted them enough to ride in one. The cables could snap, and a falling platform meant certain death. That changed in May 1854, when Elisha Otis stood on a hoisting platform high above the crowd at New York City’s Crystal Palace exhibition and ordered the rope cut. His spring-loaded safety brake caught the platform instantly. It was pure theater, but it worked. Public fear began to soften.
Three years later, in March 1857, Otis installed the first safety elevator designed for passenger service in the E.V. Haughwout department store in New York City. The store was only five stories tall, and the elevator was slow, but it proved that carrying people vertically could be done safely and commercially. Hotels were among the earliest adopters. By 1859, two prominent New York hotels had installed passenger elevators, recognizing the appeal for guests who didn’t want to climb several flights of stairs.
The 1880s and 1890s: Electric Power Changes Everything
Early passenger elevators ran on steam or hydraulic power. They were expensive to operate, required bulky machinery, and had practical limits on how high they could travel. The introduction of electric motors in the 1880s solved most of these problems at once. Electric elevators were faster, smoother, more efficient, and could serve taller buildings without the complex plumbing that hydraulic systems demanded.
By 1887, the Otis Elevator Company had installed what it promoted as the first commercial electric passenger elevator in a five-story New York department store. This decade also saw the first serious attempts at push-button controls. In 1886, a Boston engineer named John H. Clark filed a patent for an “Electric Elevator” with just two buttons in the car: one for up, one for down. By 1891, an inventor named Andrew Coyle had designed a system with one button for each floor inside the car and a call button on every landing, essentially the same concept riders use today. Otis filed its own push-button patent in 1892.
These were still experimental systems, and most buildings continued using trained operators to run their elevators. But the technological pieces were falling into place rapidly.
1900 to 1920: The Tipping Point
The early twentieth century is when elevators went from impressive to ordinary. Several forces converged. Steel-frame construction allowed buildings to rise ten, fifteen, twenty stories and beyond. Cities grew denser. Land prices in commercial districts climbed, which made building upward the obvious economic choice. None of that works without reliable vertical transportation.
New York City tells the story most clearly. By the 1910s, thousands of elevator operators were already working across the city. In April 1920, approximately 17,000 elevator operators in New York went on strike, temporarily paralyzing office buildings, hotels, and apartment towers. That single number reveals how deeply elevators had woven themselves into the city’s infrastructure. They weren’t a luxury anymore. They were essential to how millions of people got to work, got home, and moved through their day.
Other major American cities followed a similar arc. Chicago, Philadelphia, and Boston all saw rapid elevator adoption as their skylines grew in the early 1900s. By the end of World War I, any commercial building over four or five stories was expected to have elevator service.
Safety Standards Catch Up
As elevators multiplied, so did accidents. Individual cities and states had patchwork regulations, but there was no national standard. In 1921, the American Society of Mechanical Engineers published its first elevator safety code: a 25-page document covering switches, door locking mechanisms, and speed limits. It wasn’t comprehensive by modern standards, but it established the principle that elevator design and maintenance should follow uniform rules rather than varying from one jurisdiction to the next. That code has been revised and expanded continuously ever since.
Residential Buildings and the Operator Era
Elevators entered residential life on a different timeline than commercial buildings. Luxury apartment buildings in cities like New York and Chicago began installing elevators in the late 1800s and early 1900s, typically with a full-time operator in the lobby. These were high-end addresses. For most of the early twentieth century, living in a building with an elevator signaled wealth.
The first residential home elevator, designed for a private house rather than an apartment building, appeared in 1929. These were expensive and marketed almost exclusively to wealthy homeowners, hotels, and estates. Home elevators wouldn’t reach a broader market for decades.
Through the mid-twentieth century, most elevators still required a human operator. The push-button technology existed since the 1890s, but building owners, unions, and the riding public were slow to embrace fully automatic systems. The transition to operatorless elevators accelerated in the 1950s and 1960s, driven by rising labor costs and improved automatic controls. By the 1970s, the elevator operator had largely disappeared from American buildings, replaced by the simple panel of floor buttons that riders now take for granted.
A Technology That Shaped Cities
The elevator’s timeline mirrors the growth of the modern city itself. The safety brake made passenger service possible in the 1850s. Electric power made it practical in the 1880s and 1890s. The skyscraper boom of the early 1900s made it universal in commercial districts. And the postwar shift to automatic controls made it something anyone could use without assistance. Each step removed a barrier, and each barrier removed made taller, denser cities viable. The modern skyline is, in a very literal sense, a product of the elevator becoming common enough to be invisible.