Coachella. The Kentucky Derby.
The Super Bowl. F1.
They all have the same problem.

In April 2025, thousands of Coachella attendees sat in their cars for up to 12 hours trying to reach the Empire Polo Club in Indio, California. They ran out of gas. They had no access to water or restrooms. They compared it to Fyre Festival. Goldenvoice's senior vice president of public safety, George Cunningham, apologized to the La Quinta City Council. A council member called it "reprehensible" and "a total embarrassment." (KESQ / La Quinta City Council)

A few weeks earlier, during the Kentucky Derby, Atlantic Aviation at Louisville Muhammad Ali International Airport recorded 812 private jet landings in four days — the biggest Derby they had ever seen. More than 250 aircraft were on the ground simultaneously. Parking was at maximum capacity. Aircraft were forced into drop-and-go patterns because there was physically no room on the ramp. (Business Jet Traveler)

During Super Bowl LX in the Bay Area, WINGX data showed over 1,000 business jet arrivals in four days. Nearly 600 departures flooded the region the day after the game — a 3x surge over normal traffic. Hayward Executive Airport had to improvise overflow parking. (GlobalAir / WINGX)

At the Formula 1 U.S. Grand Prix in Austin, fans reported that COTA's onsite trams had disappeared entirely: "We saw NONE of the shuttles that were in evidence in prior years." The circuit grounds are large and hilly, and without shuttle service, general admission fans walked miles across dusty terrain between the parking lots, the Grand Plaza, and their viewing areas. (Ticketmaster COTA Reviews)

In Arlington, Texas, the city council voted 8-0 to ban pedicabs and golf carts for hire near AT&T Stadium and Globe Life Field after a decade of complaints about overloading, sidewalk driving, and verbal altercations between operators. Both the Cowboys and the Rangers had formally complained. 300 people lost their jobs. (WFAA / CBS Texas)

The pattern

Strip away the specifics — the music, the horses, the race cars, the aircraft, the pedicabs — and every one of these stories follows the same arc:

An event grows. Attendance increases. Passenger volumes rise. The property footprint expands. New venues, stages, terminals, or facilities are added.

The infrastructure doesn't keep up. Parking moves further from the entrance. Walking distances increase. The shuttle system that worked at half the current volume runs at capacity or beyond. The golf cart fleet that was adequate five years ago is now inadequate, unmanaged, or both.

The guest experience degrades. Wait times increase. Walking distances become barriers. ADA access becomes inconsistent. Pedestrian-vehicle conflicts multiply. The arrival experience — the first impression — becomes the worst part of the day.

Something breaks publicly. A traffic disaster makes national news. A city council holds a hearing. A governing body issues a fine. A social media post goes viral. The event's reputation absorbs a hit that no amount of marketing can fully repair.

The response is reactive. Goldenvoice adds 12 toll plazas for Weekend Two. Arlington bans pedicabs entirely. COTA fields angry reviews about missing shuttles. The FBO imports 75 additional staff from other cities. Each fix addresses the symptom. None addresses the structure.

This is the pattern. It repeats across every event category, every venue type, every geography. And it repeats because the underlying cause is always the same: the event was designed, but the transportation wasn't.

Why it keeps happening

The reason this pattern repeats isn't that event operators are careless. Most of them are extraordinarily competent at what they do. Coachella is one of the best-produced festivals on Earth. The Kentucky Derby is a 150-year-old institution. Formula 1 is the most sophisticated live sporting operation in the world. The Super Bowl is planned years in advance with budgets in the hundreds of millions.

The reason is structural. Transportation has never been treated as a core discipline in event operations — it's been treated as a logistical byproduct. Something that happens around the event, not something designed into the event.

Here's what gets designed:

The stage layout. The seating map. The F&B placement. The sponsor activations. The security perimeter. The ADA seating. The broadcast infrastructure. The power grid. The water supply. The waste management plan. The medical stations.

Here's what doesn't get designed:

How 100,000 people physically move from where they park to where the event happens. What route they take. How long it takes. What happens when the volume exceeds the pathway capacity. What the experience feels like at 2x or 3x the anticipated load. What happens when it rains. What happens when it's 105 degrees. What happens after the event ends and everyone leaves at once.

As we noted in our earlier piece, "Why Isn't Transportation on the List?" — you can find the section on power in any venue operations manual. You can find the section on water. Wifi. Security. Restrooms. ADA compliance. You almost never find a section on onsite transportation. The discipline doesn't exist in most organizations because the budget line item doesn't exist.

And when the budget line item doesn't exist, the plan doesn't exist. And when the plan doesn't exist, the pattern repeats.

The scale of the problem

This isn't a niche issue affecting a handful of events. It's a structural gap across every major event category in the country.

Festivals: The live music industry generated $40.1 billion in ticket revenue globally in 2024. The top 100 U.S. festivals drew over 30 million combined attendees. Coachella alone draws 250,000 fans across two weekends to a desert venue with limited road access. Every one of these events has a parking-to-stage transit gap.

Stadiums: There are 30 NFL stadiums, 30 MLB parks, 30 NBA arenas, 200+ NCAA Division I football venues, and hundreds of minor league and multi-use facilities. On any given Saturday in the fall, 50+ college football stadiums host 50,000 or more fans — many of them on campuses where parking is a half mile or more from the gate.

Golf: The PGA Championship, the U.S. Open, the Masters, and the Ryder Cup each draw 200,000+ spectators over the course of the tournament — with zero on-site parking. Every attendee arrives by shuttle from a remote lot and walks the rest.

Motorsports: F1's three U.S. races (Austin, Miami, Las Vegas) collectively drew over 900,000 fans in 2024. NASCAR's 36-race Cup Series plays to venues with footprints measured in hundreds of acres. IndyCar's Indianapolis 500 is the largest single-day sporting event in the world at 325,000 attendees.

FBOs and airports: Every Super Bowl, Masters, Kentucky Derby, and Formula 1 race triggers a private aviation surge that overwhelms local FBO ramp capacity. During Super Bowl LIV in Miami, Signature Flight Support handled 290 arrivals at MIA alone — including three 747s and four 757s — and imported 75 additional staff. (Business Jet Traveler)

Cruise terminals: PortMiami processes millions of passengers annually. Port Canaveral handled 8.4 million last year. Galveston is building toward 10 million annually by 2045. Every turnaround day is 10,000 passenger movements through a single terminal in under six hours.

Data centers and industrial campuses: The data center construction market exceeded $41 billion in annualized capital in 2025. Thousands of workers arrive at sprawling campuses with zero onsite transit every day.

The pattern isn't limited to one industry. It's everywhere that large numbers of people need to move across a large property in a compressed time window. Which is to say: it's everywhere FlexTram operates.

Why golf carts don't fix it

At almost every event where the transportation pattern breaks, the "solution" that already exists on the property is a golf cart fleet. And at almost every event, the golf cart fleet is part of the problem, not the solution.

We've written extensively about this in "Systems Over Units" and "You Don't Know Who's Driving on Your Property Right Now," but the summary is straightforward:

A golf cart fleet is not a transportation system. It's a collection of individually operated vehicles with no routes, no schedules, no centralized dispatch, and no accountability. Each cart carries 4-6 passengers. Each cart is operated by a driver who may or may not have been trained. Each cart makes its own routing decisions, at its own speed, through crowds of pedestrians who have no expectation that a vehicle is about to come through.

At one of our client sites, the golf cart inventory had grown to over 1,300 vehicles. Nobody knew who was operating them, where any cart was at any given time, or where the fuel costs were going. The fleet had grown organically, without anyone stopping to ask whether this was a plan or just an accumulation.

When the event outgrows its infrastructure, adding more golf carts doesn't solve the problem. It adds more unmanaged vehicles to an already unmanaged environment. The congestion increases. The pedestrian conflicts multiply. The liability exposure grows. The utilization rate stays at 30%, which means you're paying for three times the capacity you actually use.

Eight FlexTrams replaced that entire 1,300-cart operation — with fixed routes, posted schedules, trained drivers, and 27 passengers per vehicle per trip. The system didn't just move people more efficiently. It made the movement predictable, documented, and accountable.

The fix is the same every time

Here's what's remarkable about the pattern: not only is the failure consistent, but the fix is consistent too.

Every event that has successfully addressed its transportation gap has arrived at the same set of principles — whether they articulated them this way or not:

Fixed routes. Known paths between known origins and known destinations. Not ad hoc. Not driver-dependent. Posted, mapped, and visible to every guest.

Posted schedules. Predictable frequency. The guest knows when the next vehicle arrives because the schedule is published, not because they're hoping a golf cart happens to come by.

High-capacity vehicles. Consolidate the movement. Instead of 50 individual vehicles each carrying 4 people, run 6 vehicles each carrying 27. Fewer conflict points. Higher utilization. More predictable flow.

Trained, accountable operators. Every driver is trained on the specific route, the specific vehicle, and the specific safety protocols. There's a log of who drove, when, and where. If something goes wrong, there's a documented chain of responsibility.

ADA accessibility built in, not bolted on. Accessible service isn't a separate vehicle that you have to request and wait for. It's the same vehicle everyone uses, with accessibility as a standard feature.

These are the same principles that have governed effective mass transit for over a century. Boston built a subway in 1897 because individual vehicles on shared roads couldn't handle the volume. The math hasn't changed. The application has just moved from cities to venues.

As we wrote in "Cities Solved This 100 Years Ago," the solution isn't new. What's new is applying it to environments that have been pretending they're exempt from the same physics.

The events that got ahead of it

Not every event waits for the crisis. Some have gotten ahead of the pattern.

The cruise industry has already validated the model — both Perfect Day at CocoCay and Carnival's Celebration Key run complimentary tram services with multiple loops and stops, recognizing that their guests need a transit system, not just a walking path. (Carnival Cruise Line)

Mercedes-Benz Stadium in Atlanta centralized 45 parking sites under a single fan-arrival platform, treating the curb-to-gate journey as a unified product rather than four separate vendor contracts. Hollywood Park at SoFi Stadium cut parking search time by 32% and circulation time by 40% under a single fan-experience metric. (Documented in our earlier piece on the curb-to-gate fan journey.)

These aren't experimental programs. They're operational proof that the pattern is breakable — if you design the transportation instead of hoping it works out.

The question for every event operator

The pattern is clear. The failure mode is documented. The fix is known. The only variable is timing.

Every event on this list eventually addressed its transportation problem. Coachella added toll plazas. Arlington banned pedicabs. The FBOs imported emergency staff. The question was never whether the problem would be addressed — it was whether it would be addressed proactively or reactively. Before the headlines or after them. Before the city council hearing or after it. Before the 8-0 vote or after it.

The Coachella attendees who sat in their cars for 12 hours didn't have a traffic problem. They had an infrastructure problem that had been growing for years and broke publicly on one specific Thursday in April.

The Arlington pedicab operators who lost their jobs didn't have a regulation problem. They had an operational control problem that accumulated complaints for a decade until the city shut the whole thing down.

The FBO that imported 75 staffers from other cities during the Super Bowl didn't have a staffing problem. It had a capacity problem that only became visible when the surge exceeded the system's design — which was never designed for the surge in the first place.

The pattern doesn't break on its own. It breaks when someone decides to design the transportation before the event outgrows it.

That's the only question: before or after?