Born to Run: Why LA Could Never Be a Walking City
Born to Run: Why LA Could Never Be a Walking City
The Question That Haunts Every Traffic Jam
Every morning, millions of Angelenos climb into their cars and join what has become one of the most legendary — and despised — rituals of modern American life: the Los Angeles commute. They sit in traffic on the 405, inch forward on the 10, watch the sun creep over the San Gabriel Mountains while their engines idle and their patience wears thin. If you've ever found yourself cursing the congestion on the Santa Monica Freeway at 8 a.m., you've participated in a ritual that defines this city more than Hollywood, more than the Walk of Fame, more than any movie premiere or beach bonfire could ever hope to.
Here's the thing, though: that traffic, that seemingly maddening dependence on four wheels and a steering wheel, isn't an accident. It's not a failure of city planning or a symptom of municipal incompetence. It's the inevitable result of geography, climate, and a series of historical circumstances that made car dependency not just possible but essentially foreordained. Los Angeles didn't stumble into its automotive identity by mistake. It was born for it.
This might sound counterintuitive. After all, when we think of cities that work, we often imagine walkable European towns with narrow cobblestone streets, or maybe the compact brownstone neighborhoods of Brooklyn or Boston. Cities where you can pop out for a coffee without needing to circle the block for parking. Cities that were designed — or at least allowed to evolve — on a human scale, where feet were the primary mode of transportation for centuries.
Los Angeles is none of those things. Los Angeles is, by any traditional measure of urban planning, an absolute disaster. It's spread out in every direction, it requires a car for almost any meaningful errand, it's perpetually under construction, and its public transportation system, while improving, still can't compete with the flexibility of private automobiles. And yet — and this is the fascinating part — LA works. Not in the way that Manhattan works, perhaps, but it functions. People live here, thrive here, create here, in numbers that continue to grow despite (or perhaps because of) the endless sprawl.
To understand why, we need to rewind the clock. Way back. Before the freeways, before the car culture, before the legendary traffic jams. We need to understand what Los Angeles looked like when it was just a dusty outpost at the edge of the Spanish empire, and why the particular combination of land, weather, and timing that created this city made car dependency not a bug but a feature.
A Basin Surrounded by Mountains: The Geography of Possibility
Let's start with the land itself, because geography is destiny in ways that most urban planning textbooks fail to appreciate. Los Angeles sits in a geological basin — actually, a series of interconnected basins — that is ringed by mountains on three sides and opens to the Pacific Ocean on the fourth. To the north, you have the Santa Monica Mountains, which separate the San Fernando Valley from the Los Angeles basin proper. To the east, the San Gabriel Mountains rise sharply from the basin floor, their peaks reaching over 10,000 feet and creating a dramatic backdrop for neighborhoods like Pasadena and Altadena. To the northeast, the Puente Hills and then the Santa Ana Mountains continue the mountainous barrier. Only to the west and south does the basin open up, eventually meeting the beaches of Santa Monica, Venice, and the South Bay.
This topography creates what urban geographers call a "bowl" effect. Within this bowl, the land is remarkably flat — perfect for building, perfect for driving, and virtually impossible to navigate on foot if you need to cross any meaningful distance. The basin's floor has an average elevation of roughly 100 feet above sea level, with gentle slopes that would be barely noticeable to someone walking but create a city that sprawls across hundreds of square miles with remarkable ease.
The implications of this geography are profound. When you're standing at the edge of downtown Los Angeles and looking toward the mountains, you're seeing the boundaries of the possible. Development can spread outward from the core, but eventually it hits those mountain walls and has to either stop or find a pass through. The Sepulveda Pass, the Cajon Pass, the San Fernando Pass — these become bottlenecks, choke points where all the traffic must funnel through. Before the car, these passes were significant obstacles. With the car, they became just another part of the commute.
Compare this with a city like San Francisco, which sits on a peninsula with water on three sides. San Francisco's geography constrained growth naturally, creating density that encouraged walking and, eventually, public transit. Or consider New York, an island bounded by rivers that made expansion difficult without bridges and tunnels. These cities were constrained by their geography into relatively compact forms. Los Angeles had no such constraints — only mountains that created natural walls at a distance from the core, allowing the city to spread outward for mile after mile, block after block, suburb after suburb.
The Spanish missionaries and soldiers who first explored the Los Angeles basin in the late 18th century recognized the potential of this flat, expansive land. The indigenous Tongva and Chumash peoples had lived here for thousands of years, but they were semi-nomadic, their settlements spread across the region in ways that followed rivers, seasonal food sources, and sacred sites. The Spanish saw something different: a blank canvas. A place where agriculture could spread in every direction, where ranchos could be established on massive land grants, where the only real limit was water.
And water, as it turned out, was the key to unlocking the basin's potential. The Los Angeles River, though deceptively small today, was a reliable source of freshwater in the 18th and 19th centuries. The city's first settlement, El Pueblo de Nuestra Señora la Reina de los Ángeles, was established near the river in 1781, and for the next century, the city grew in fits and starts, its boundaries expanding as water could be diverted, pumped, or imported from increasingly distant sources.
By the early 20th century, Los Angeles had tapped the Owens Valley, stealing its water through the remarkable engineering feat of the Los Angeles Aqueduct. Later, it would reach even further, to the Colorado River. Each new water source allowed the city to expand further into the basin, spreading its urban fabric across more and more square miles. This pattern — water, expansion, more water, more expansion — would define LA's growth for a century.
Here's the crucial point: unlike Eastern cities that grew organically from a dense core, with footpaths becoming streets becoming boulevards, Los Angeles was essentially built for the car from its earliest days. Sure, there were streetcar lines — the famous Red Cars of Pacific Electric that once connected every corner of the basin — but these were always supplementary to the fundamental reality of a city designed around the premise that you could get anywhere if you just had the right vehicle and enough gasoline.
The flat terrain made driving easy. The lack of natural barriers (except those distant mountains) meant that there was no penalty for living far from the center. If you worked downtown but wanted to live in the suburbs — or if you worked in one suburb and lived in another, or if you simply wanted to drive to the beach on a Saturday afternoon — the geography encouraged it. Every new road, every new freeway, every new housing development in the Valley or the South Bay or the Inland Empire was simply another expression of the same geographic logic that had been operating since the first Spanish settlers picked this spot for their mission.