The Myth of the Unforeseen Disaster
Calling a plane crash a "tragic accident" is a lazy linguistic escape hatch. It implies that the universe conspired against a piece of machinery, or that fate simply decided sixty-six people shouldn't make it home. Media outlets love this narrative because it’s easy. It fits into a thirty-second news cycle and avoids the messy work of investigating systemic rot.
When a flight goes down shortly after takeoff in Colombia—or anywhere else—the word "accident" should be banned from the headline until an investigation proves otherwise. In aviation, "accidents" are almost extinct. What we have instead are chain reactions of human ego, corporate corner-cutting, and regulatory blindness.
I’ve spent years looking at flight data recorders and maintenance logs. The metal rarely fails on its own. It’s almost always whispered into failure by a series of bad decisions made months before the wheels ever left the tarmac.
The Takeoff Trap
Most people fear turbulence at 35,000 feet. They shouldn't. The real danger is the ground. The first three minutes of flight are a high-stakes physics experiment where the margins for error are razor-thin. When a plane fails during this phase, it isn't "bad luck." It is a failure to manage energy.
Aviation safety operates on a concept called the Swiss Cheese Model. Every safety layer—maintenance, pilot training, weather briefing, air traffic control—is a slice of cheese. They all have holes. A crash only happens when the holes in every single slice line up perfectly.
When sixty-six people die after takeoff, it means five or six different professionals failed at their jobs simultaneously. That’s not a tragedy; it’s a systemic collapse.
Why Engines Actually Quit
If an engine fails on takeoff, the plane is still designed to fly. Modern aircraft, even regional turboprops commonly used in South American corridors, are certified to climb on a single engine.
So, if the plane goes down, the question isn't "Why did the engine stop?" The real question is:
- Did the crew follow the V1 cut procedure?
- Was the aircraft over-maximum takeoff weight (MTOW) due to "unofficial" cargo?
- Was the maintenance schedule deferred to save a few thousand dollars?
In many regions, maintenance isn't a strict rule; it's a suggestion balanced against quarterly profits. I’ve seen operators run parts past their cycle limits because the replacement was stuck in customs or too expensive to overnight. When that part finally snaps, calling it an "accident" is an insult to the victims. It was a calculated risk that finally didn't pay off.
The Colombian Topography Excuse
Journalists love to blame the "treacherous terrain" of the Andes. They point at the mountains as if the peaks jumped out in front of the aircraft.
High-altitude airports like Bogotá or Medellín present legitimate challenges. The air is thinner. Lift is harder to generate. Engines produce less thrust. This is basic aerodynamics. $L = \frac{1}{2} \rho v^2 S C_L$, where $\rho$ (air density) is the variable that kills.
But here is the contrarian truth: The terrain doesn't cause crashes. The failure to respect the terrain causes crashes. If a flight crew hasn't calculated their climb gradient versus the obstacle clearance requirements, they aren't pilots; they're passengers in the front seat.
We see a "tragic accident" in the mountains. I see a failure to account for density altitude and a lack of situational awareness. We’ve had the technology to prevent "Controlled Flight Into Terrain" (CFIT) for decades. If a plane hits a mountain in 2026, someone ignored a screaming alarm or failed to install the software that provides it.
The Cost of Cheap Tickets
The public shares the blame. We demand $49 flights across mountain ranges and then act shocked when an airline cuts corners on pilot simulator time.
Aviation is an industry of pennies. To keep those seats cheap, regional carriers often:
- Hire "low-time" pilots who are building hours for better jobs.
- Pressure crews to fly into marginal weather to avoid hotel costs for stranded passengers.
- Skimp on the high-grade synthetic oils or specialized components that handle heat better.
When the media reports on sixty-six deaths, they focus on the fire and the debris. They never talk about the spreadsheet that decided a specific safety inspection was "too frequent." They never interview the accountant who denied the request for a new weather radar.
Dismantling the "People Also Ask" Nonsense
Is flying in South America safe?
The question is flawed. Flying on a major flag carrier with a deep pocketbook is safe. Flying on a "ghost" airline that rebrands every three years to dodge safety audits is a gamble. Geography is irrelevant; the balance sheet is everything.
What causes most takeoff crashes?
The industry says "Mechanical failure." The truth is Loss of Control In-Flight (LOC-I). This happens when the pilots get startled, mismanage the automation, or fail to fly the airplane manually when the computer gives up. We have a generation of "magenta line" flyers who can program a GPS but can't handle a wing-drop at low speed.
Could the passengers have survived?
In a post-takeoff stall? Unlikely. But they could have been saved months ago by a regulator with a backbone.
The Industry’s Dirty Secret: Regulatory Capture
We trust civil aviation authorities to be the watchdogs. In reality, they are often underfunded, understaffed, and cozy with the airlines they supposedly "oversee."
In many crash investigations, the final report points to "pilot error." It’s the perfect scapegoat. Pilots are usually dead and can’t defend themselves. It closes the case without forcing the airline to change its culture or the manufacturer to redesign a faulty sensor.
If you want to know why sixty-six people died, don't look at the black box first. Look at the last three years of correspondence between the airline’s CEO and the national aviation board. Look for the "waived requirements" and the "extended deadlines."
The Only Solution No One Wants to Hear
If we want to stop these "tragedies," we have to stop accepting "human error" as a root cause. Human error is a symptom.
- If a pilot fails to de-ice, the system failed to make de-icing mandatory and verified.
- If an engine explodes, the system failed to detect a fatigue crack that should have been caught by NDT (Non-Destructive Testing).
- If a plane hits a hill, the system failed by allowing a flight to proceed without functional Ground Proximity Warning Systems.
We need to stop mourning and start prosecuting. Until a "tragic accident" is treated as a potential corporate manslaughter case, the spreadsheets will continue to favor the risk over the remedy.
Stop looking at the smoke. Look at the signatures on the maintenance release. That’s where the crash actually started.
Check the tail number of your next flight on a public registry. See how many owners it’s had. See how old the airframe is. If you don't like what you see, don't board. Your wallet is the only safety inspector the airlines actually fear.
