In reality? It is starting to look like a flying scrapyard.

A leaked internal flight safety report has just revealed something Moscow never wanted the world to see: in just three weeks, Russian military aviation logged 24 separate incidents including engine failures, accidental bomb drops, friendly fire damage, and even a fighter jet that managed to hit its own hangar door.

Let that sink in.

Not enemy fire. Not NATO interception. Not advanced Ukrainian air defenses.

A jet… hit its own gate.

The biggest red flag in the report is not dramatic explosions or crashes.

It is repetition.

Out of 24 incidents, nine involved engine failures all within just 21 days. That is not bad luck. That is a pattern.

And here is where it gets worse: the same warning signs kept showing up again and again.

Pilots across multiple aircraft from Su 34 fighter bombers to heavy transports like the Il 76 reported identical cockpit alerts:

"Metal shavings in oil" "Low oil pressure"

If you are not an aviation expert, here is a simple way to understand that.

Imagine driving your car and suddenly seeing a warning that metal fragments are floating inside your engine. You do not keep driving. You pull over immediately because your engine is basically destroying itself from the inside.

That is exactly what is happening here… except at 30,000 feet.

In most cases, pilots had no choice but to shut down one engine mid flight and limp back to base on the other. It worked this time.

But this is not sustainable.

What makes it even harder to ignore is how these problems repeat. One aircraft, a Su 30SM2, experienced the exact same engine failure twice within five days. Same warning. Same system. Same emergency procedure. That is not bad luck. That is a deeper issue that has not been fixed.

At the core of this problem is something Russia has been struggling with for years engines. After losing access to Ukrainian manufacturers like Motor Sich, Russia has tried to replace that capability domestically. But building reliable aircraft engines is not something you can improvise overnight.

It is more like trying to maintain a high performance sports car without access to original parts or certified mechanics. You can patch things together, reuse components, stretch maintenance cycles but over time, performance drops and failures increase.

Now add sanctions into the equation. Western restrictions have limited access to advanced components, precision manufacturing tools, and certified spare parts. That means more refurbished parts, more improvisation, and more stress on already aging systems.

The result is exactly what this report shows engines that are being pushed beyond their limits, and starting to fail more often as a consequence.

Then there are the incidents that almost sound unbelievable, but are very real. In one case, a combat aircraft took off for a mission, and at the exact moment it left the runway, a 500 kg glide bomb detached and fell to the ground. No command was given. No release was intended. It simply dropped, landing a short distance ahead of the runway.

What is even more striking is that the aircraft continued the mission.

That single moment says a lot. It suggests a system where technical failures are not just tolerated, but expected where missions continue even when something has clearly gone wrong.

One of the most bizarre entries in the report involves a Mi 8 helicopter returning to base with a hole in its tail roughly the size of a sheet of paper.

Not bird strike damage. Not mechanical failure. A clean, penetrating hole that tore through structural components.

Analysts believe the most likely cause is fragments from a Russian air defense missile.

In plain terms?

They may have shot at their own aircraft. Now imagine being that pilot. You survive the mission. You avoid enemy fire. You make it back toward base.

And then your own air defense system takes a shot at you.

That is not just chaos. That is a breakdown in coordination so severe it becomes deadly.

Some incidents in the report sound almost trivial until you realize what they represent.

A Su 35S fighter jet clipped its own shelter gate while taxiing, damaging a high end electronic warfare system.

A MiG 31 blew a tire because its drag chute failed.

Another aircraft overran a runway after losing airspeed data.

Individually, these are manageable problems. Every air force deals with occasional mishaps. But when they start happening frequently, across different aircraft and locations, they begin to tell a different story.

It is like watching a team that used to perform at a high level suddenly struggle with basic execution. The mistakes themselves are not extraordinary. The frequency is.

All of this points to a force that is being pushed hard and is starting to feel the cumulative effects. High operational tempo, aging equipment, limited access to parts, and the ongoing pressure of war all combine into a kind of technical fatigue.

Aircraft do not just break suddenly. They degrade over time. Small issues become bigger ones. Maintenance gets delayed. Repairs become less effective. Eventually, those problems start showing up during operations.

That is what this report captures not a single catastrophic failure, but a steady buildup of stress across the system.

And that matters, because air power depends on reliability. It is not just about having advanced aircraft. It is about being able to operate them consistently, safely, and effectively.

When engines fail mid flight, when weapons malfunction, when coordination breaks down, the impact goes beyond individual missions. It affects planning, readiness, and overall confidence in the system.

A force that can not rely on its equipment has to compensate in other ways by taking fewer risks, limiting operations, or accepting higher levels of uncertainty. None of those options are ideal, especially in an active conflict.

What makes this situation particularly significant is that these issues are not appearing in isolation. They are happening across multiple aircraft types, multiple bases, and multiple roles. That suggests the problem is not limited to one unit or one system. It is broader.

And broader problems are harder to fix.

The leaked report only covers a short period, just three weeks. But even within that narrow window, the pattern is clear. Frequent failures. Repeated warning signs. Systems being stretched beyond what they were designed to handle.

It does not point to an immediate collapse. But it does point to something else gradual erosion.

In many ways, that is more dangerous. Sudden failures can be addressed quickly. Gradual ones often go unnoticed until they reach a tipping point.

For now, the aircraft are still flying. Missions are still being carried out. The system is still functioning.

But underneath that surface, the cracks are becoming harder to ignore.

And in aviation, small cracks have a way of turning into much bigger problems if they are left unchecked.