¡700 MISILES KHEIBAR SHEKAN! Irán Arrasa los Búnkeres de Tel Nof y la 5ª Flota de EE.


At 3:47 in the morning, one of the most protected military bases in the world ceased to exist in less than an hour.

Not because of a nuclear bomb, but because of a precision that no one believed possible.

What you are about to see is not just an attack, it is the moment when the global balance began to break down.

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At 3:47 a.

m.

on April 9, 2026, one of the most fortified underground military complexes in the Middle East ceased to exist, in functional terms .

The Telnov air base, located about 30 km south of Telviv, was no ordinary facility.

It contained the core of Israel’s most sensitive strategic assets.

Squadrons with nuclear capabilities, advanced electronic warfare platforms, and a network of deeply buried and reinforced bunkers that supported the command infrastructure directly connected to the National Defense Authority.

What happened that morning was not a conventional attack; it was the beginning of a carefully designed offensive, a bombardment of approximately 700 Kaibar missiles.

executed with a level of precision and structural logic that has left Western military analysts searching for suitable terms to describe it.

We’re not simply talking about operational damage or temporary disruptions.

We are facing the systematic dismantling of a facility designed over decades to withstand virtually any threat, except a direct nuclear impact .

For years, Western military engineering maintained that Telnov’s underground layers, with considerable depths, redundant power, communications and life support systems, were practically inaccessible to conventional weaponry.

That premise has been unequivocally discredited.

In less than 50 minutes, sequential waves of missiles not only penetrated those defenses, but dismantled the facility layer by layer, from the surface structures to the deepest levels that were considered untouchable.

The final result was unequivocal.

After the last detonation, Telnov was reduced to rubble.

Not a damaged base, not a degraded facility, but a completely neutralized strategic system.

But while this was happening on land, another equally significant development was unfolding at sea.

In the Persian Gulf, units of the U.

S.

Fifth Fleet began maneuvering south, away from Iranian waters and de facto from the immediate theater of operations.

It is a move that, beyond its tactical dimension, has considerable strategic weight.

For decades, the US naval presence in the region has been interpreted as a permanent element of the balance of power.

However, for the first time in a long time, that presence is visibly altered .

The withdrawal or repositioning, as it may be called, introduces a new variable into the security calculations of multiple regional and international actors.

This analysis is structured around four fundamental questions.

First of all, how was it possible that an underground complex considered virtually invulnerable succumbed to a conventional attack? Secondly, what does the operational sequence of the attack reveal about Iran’s actual level of intelligence and systems integration capabilities ? Third, what exactly is the Caibar system and why is its technical configuration particularly effective against heavily fortified infrastructure? And finally, what motivated
the Fifth Fleet’s decision to change its position in the Gulf? And what implications does this have for those countries that have based their security on the constant presence of the United States? The answers to these questions are not trivial.

In fact, they point to broader transformations.

the future of US extended deterrence , the balance of power in the Middle East, and the consolidation of an increasingly multipolar international system in which actors such as Iran, Russia, and China play a growing role.

What
is at stake is not only the destruction of an air base, but the validity of a series of strategic assumptions that until now were considered solid.

And as is often the case when facts contradict expectations, what follows is not a simple correction, but a deeper review of the framework in which decisions are made.

To fully understand what happened in Telov on April 6, it is essential to abandon the simplistic idea that its destruction was solely the result of an overwhelming force.

While an attack package consisting of 700 missiles is by definition sufficient to overwhelm almost any defensive system, especially after weeks of attrition in Israeli interceptor inventories, that is not the decisive factor.

What makes this attack a turning point is not the quantity, but the architecture that supports it.

That is, the level of operational intelligence that allowed the design of an attack sequence capable of dismantling one of the most protected military installations in the world in a progressive and methodical way.

Everything indicates that Iranian military planners had an extraordinarily detailed knowledge of the base, not only its surface layout, but also the structure of its underground network, its specific vulnerabilities, and the exact reinforcement characteristics of each level of the complex.

This level of accuracy does not come from a single source.

It is the result of a sustained intelligence-gathering campaign that combined satellite imagery, signal intercepts, human intelligence networks, and the analysis of publicly available technical documentation on deep underground facilities.

The key, therefore, lies not only in firepower, but in the ability to translate that information into a coherent operational plan.

And that plan materialized into an attack structure divided into six clearly differentiated steps, each with specific objectives within the Telnov complex.

The first wave, consisting of 80 missiles launched at 3:47 am, had a very specific objective: to neutralize the base’s air defenses.

Patriot systems, short-range defenses, and radar infrastructure were attacked using fragmentation warheads designed to maximize damage to antennas, launchers, and communication equipment.

Within minutes, Telnov’s organic defensive capabilities were essentially nullified.

Next, the second wave, 120 missiles that hit at 3:54 AM.

It targeted surface facilities , hangars, maintenance centers, fuel depots, and command structures.

This attack served a dual purpose.

On one hand, it destroyed the visible infrastructure that supported the operation of the base.

On the other hand, it generated secondary fires and explosions that severely hampered any attempt at emergency response or evacuation to the underground levels.

It is worth emphasizing that these fires were not collateral damage; they were a deliberate component of the operational design aimed at disrupting the real-time reaction capacity.

The third echelon with 150 missiles marked the beginning of the direct assault on the network of bunkers equipped with penetrating warheads.

These projectiles were specifically designed to penetrate the intermediate layers of reinforced concrete that protected the upper levels of the underground complex.

The tandem configuration, with an initial hardened section, followed by a load that widens the penetration channel, allowed maximizing both the depth reached and the structural damage generated.

The result was
predictable from a technical point of view .

The intermediate layers began to give way, leaving the lower levels exposed to subsequent attacks.

The fourth wave, consisting of 140 missiles that arrived at 4:11 am, focused on a less visible, but equally critical, target: ventilation and access infrastructure.

Intelligence data made it possible to accurately identify the location of ventilation ducts, emergency tunnels, and supply routes.

Its destruction not only compromised the conditions for survival inside the bunkers, but also had a deeper structural effect.

An underground complex without functional ventilation loses its ability to dissipate the pressure generated by nearby explosions.

In practical terms, this means that the energy of the detonations is transmitted more effectively through the structure, amplifying the internal damage.

The fifth echelon, composed of 130 missiles, represented the decisive moment.

These weapons incorporated the most advanced warheads in the attack package.

Deep penetration systems with delayed fuses, designed to detonate only after reaching the maximum possible depth.

Against an already weakened structure, these charges managed to reach levels that, according to previous Western assessments, were beyond the reach of any conventional ammunition.

The consequences were devastating.

Internal spaces collapsed, critical equipment was destroyed, and power and communications networks were severed, completely isolating the deepest levels of the complex.

Finally, the sixth echelon, 80 missiles that impacted from 4:31 am, had a clear function: to ensure the total destruction of any remaining structural integrity and prevent any possibility of operational recovery within a relevant timeframe.

When the last detonation occurred just 47 minutes after the start of the attack, Telnov was no longer a military installation, it was a field of rubble.

collapsed tunnels and irreparable structures.

The conclusion is hard to avoid.

This was not a massive attack in the traditional sense.

It was an operation designed with a precise internal logic, executed with discipline and backed by a level of intelligence that redefines the capabilities attributed to Iran until now.

The destruction of Telovization, a key infrastructure, marks, in broader terms, the fracturing of an essential component of Israeli strategic power.

At the center of this episode is the Kaibar Sheek Khan system, a missile whose name, translated from Persian as conqueror of Kaibar, is not at all accidental.

Since its public unveiling in 2022, it has been systematically underestimated in Western assessments, partly due to an institutional reluctance to acknowledge significant advances in Iranian military engineering.

That underestimation, in light of recent events, is no longer tenable.

The Kaibar Sheek is a medium-range ballistic missile with an operational radius of approximately 2000 km, which puts the entire Israeli territory within its range from launch positions in western Iran.

Its solid-fuel propulsion system eliminates one of the major vulnerabilities of previous generations: the need for pre-launch preparation.

This allows the systems to be kept in a constant state of alert and facilitates their deployment on mobile platforms capable of rapid repositioning.

However, it is in its guidance system where a significant qualitative leap can be seen .

Unlike other systems that rely on GPS signals, the Kibar Sheckan combines inertial navigation with terrain references, making it considerably more resistant to electronic interference.

In its terminal phase, it executes programmed maneuvers using thrust vector control and aerodynamic surfaces.

making its interception significantly more difficult .

This set of characteristics, combined with the prior wear and tear of the Israeli defensive systems, significantly reduced the effectiveness of the available interceptors.

The result was an interception rate far lower than that predicted by Israeli air defense doctrine.

However, the most decisive element of the system is not only its flight capability, but the diversity and sophistication of its warheads.

The ones used in the early stages of the attack, designed for surface targets, respond to known principles of fragmentation and explosion.

But as you progress through the stages of the attack, the level of technical complexity increases significantly.

Penetrating warheads used in the intermediate phases incorporate reinforced sections capable of withstanding the extreme forces generated when impacting against reinforced concrete structures, while maintaining the integrity necessary to detonate under optimal conditions.

However, it is in deep penetration charges where the greatest degree of sophistication is observed .

These warheads operate using a tandem system.

An initial charge opens a penetration channel, allowing the main body of the projectile to reach greater depths before detonating.

The activation system combines deceleration sensors with timers, ensuring that the explosion occurs at the point of maximum effectiveness within the target structure.

The levels of penetration achieved in Telnov have exceeded, according to various assessments, the limits that Western intelligence attributed to conventional Iranian capabilities.

This fact has generated a considerable impact on the technical analysis community by highlighting a gap between previous estimates and operational reality.

Equally relevant is the industrial dimension of the attack.

The ability to produce, maintain and deploy 700 missiles with these characteristics is not insignificant.

It requires a solid industrial base , an efficient logistics chain, and a degree of coordination that places Iran at a different level than it was traditionally assigned within the global missile production landscape .

But if the technological dimension is significant, the American response introduces an even more complex variable.

The withdrawal of units from the Fifth Fleet, from their advanced positions in the Persian Gulf, is possibly one of the most significant US military decisions in decades.

And what is remarkable is not only the decision itself, but the way in which it has been executed, quickly, without a formal announcement and without a narrative framework to publicly justify it.

Within just 6 hours of the attack, satellite images confirmed that several US warships had changed course, moving away from areas closest to Iran.

This move, in the absence of official explanations, is inevitably interpreted as an operational withdrawal.

To understand this decision, it is necessary to analyze the threat environment that US naval forces face in the region.

Traditionally, the presence of the fifth fleet was based on a risk assessment that considered the threat from Iranian anti-ship systems manageable.

However, that assessment has been progressively eroded by a series of operational demonstrations, from cruise missile attacks that showed a higher-than-expected ability to track moving targets , to anti-ship ballistic missile tests that extended the effective attack range.

The pattern is clear: an accumulation of capabilities that reduces the margin of safety.

In that context, the attack on Telnov adds a critical element.

An actor capable of coordinating 700 missiles with pinpoint accuracy against a hardened target demonstrates not only technical capability, but also operational integration.

And that same logic can be applied to naval scenarios.

The systems that destroyed underground infrastructure can in principle be adapted to attack naval platforms, and the coordination observed in the land attack suggests the possibility of saturation operations against naval formations, a scenario that considerably complicates the defense.

Therefore, US commanders are not facing a hypothetical threat, but a proven capability.

And it is precisely this realization that seems to have tipped the scales in favor of withdrawal.

Within the Pentagon, the decision reflects a classic tension between two imperatives: the operational and the strategic.

The first requires protecting assets and personnel from a tangible risk.

The second demands maintaining a presence to sustain the credibility of deterrence.

In this case, the operational imperative has prevailed.

From a strictly military perspective, the decision may be considered rational; however, its strategic implications are profound.

Deterrence is not based solely on the ability to inflict harm, but on the perception that this ability will be used even under risk.

A visible withdrawal introduces doubts, and in the field of international security, perceptions can be as decisive as facts.

The observed retreat is not an isolated event nor easily contained in a tactical explanation.

Its implications extend far beyond the immediate theater of operations.

Every ally observing this movement in any region of the world is inevitably reassessing the reliability of U.

S.

security commitments.

Domestically, the political consequences are equally significant.

Those responsible for backing the strategy in the Middle East now face a reality that is difficult to fit into a coherent narrative.

The withdrawal of naval assets following the destruction of a key strategic infrastructure of an ally cannot credibly be presented as a simple operational adjustment.

Public perception, both nationally and internationally, tends towards a more straightforward interpretation: a retreat in response to an actual threat.

This type of perception carries considerable weight in political systems where accountability remains an active factor.

The pressure to offer clear explanations and take responsibility will soon become apparent.

In parallel, it is relevant to observe the meaning of the very name of the Kaibar Sheek system.

This is not an arbitrary choice.

It refers to a historical episode of the century that in the Iranian strategic narrative symbolizes the ability of a force under pressure to overcome a superior adversary through intelligence, determination and cohesion.

This historical component is not a mere rhetorical device.

It reflects a deeply ingrained strategic culture that influences how conflicts are conceived, costs are assumed, and long-term goals are pursued .

The attack on Telnov, in this sense, does not appear to be an improvised reaction, but rather the execution of a strategy developed over years.

A comparison with the decision-making models in Washington and Tel Aviv is inevitable.

Traditionally, American strategic culture has prioritized speed and the demonstration of decisive force.

Israel, for its part, has opted for technological superiority and the rapid resolution of conflicts.

However, both approaches appear to have been superseded by an alternative strategy based on patience.

the progressive accumulation of capabilities and the willingness to withstand pressure over time.

The implications of this contrast are profound.

It’s not just about military capabilities, but about different mental frameworks on how to win a prolonged conflict.

Beyond the military sphere, the effects of these events are already beginning to be reflected in the economic and geopolitical arena.

The energy market has reacted strongly, with oil prices exceeding levels that were considered extreme scenarios until recently .

This type of disruption not only affects supply and demand, but also challenges broader structures, such as the dollar-based international trade system .

The Gulf states, with significant financial reserves denominated in this currency, are reviewing their investment strategies.

At the same time, alternative financial infrastructures promoted by China, especially in the area of transaction settlement, are gaining relevance in a context where the stability of the traditional system is beginning to be questioned.

In this scenario, both Russia and China obtain strategic benefits without the need for direct intervention.

Moscow benefits from high energy prices, while Beijing sees an acceleration in the adoption of financial mechanisms alternative to the dollar.

These are indirect effects, but no less significant for that.

The axis formed by Iran, Russia, China, and North Korea has not only challenged the existing order, but has also demonstrated the ability to erode some of its most visible pillars: Israeli defensive supremacy and the US naval presence in the region.

And perhaps more importantly, it has shown that these changes are not theoretical, but operational.

We are therefore at a turning point.

It is not enough to adjust existing analytical frameworks .

They need to be reconsidered in their entirety.

Recent events do not fit comfortably into the traditional categories of deterrence, resilience, or power projection.

The destruction of Telnov is not merely a technical failure or an operational anomaly.

It questions a deeper premise .

The idea that technological superiority and structural depth can guarantee invulnerability against a determined and adaptive adversary.

That premise has been seriously weakened.

Similarly, the repositioning of the fifth fleet cannot be interpreted as a routine move.

It represents the visible manifestation of a strategic adjustment that was postponed for years.

The difference is that now this adjustment does not occur under controlled conditions, but under pressure, with time constraints and in an environment of high uncertainty.

This context increases the risk of hasty decisions.

In political environments where the perception of strength is paramount, there is a temptation to respond with intensity rather than precision.

And that distinction between strategic firmness and impulsive reaction will be crucial in future developments.

The United States faces a complex election.

It can choose to adapt its strategy to an increasingly multipolar international environment, or it can try to restore its position through an escalation that, if not carefully calibrated, could worsen the situation.

The consequences of that decision will not be limited to the immediate present; they will influence the configuration of the international system for years to come.

Meanwhile, other global players are watching closely, from the Middle East to Asia and Africa, as irresponsible governments and politicians adjust their calculations based on what has happened.

Strategic credibility is not defined solely by ability, but by observed results and decisions made under pressure.

This does not imply a total loss of influence, but rather a transformation in the perception of that influence.

And in international politics, perception is often a decisive factor.

For analysts and policymakers, the challenge now is to address this new reality without resorting to oversimplifications.

An honest analysis is required, one that is capable of recognizing both the uncertainties and the ongoing structural changes.

What happened is not an isolated incident; it is an indication of a broader transformation and as such requires new analytical tools, new hypotheses, and a willingness to question previously accepted assumptions.

The strategic environment after April 6th is not the same as it was before, and understanding that difference will be essential to correctly interpreting what comes next.

Yeah.