Destroy Everything Around Pickaxe Mountain. Then Invade.

In my previous article, The Nuclear Option for Pickaxe Mountain, I concluded that a nuclear strike cannot solve the facility. The limitation extends beyond political fallout and public health consequences.

A nuclear detonation lethally contaminates the site, denying access to the interior long enough to render any ground verification impossible. It does not crush the deep chambers; it simply irradiates the access routes, leaving years of satellite inference about what the mountain actually holds completely unverified.

The reflexive counterargument always relies on Hiroshima. A city annihilated by a nuclear weapon now houses over a million residents, with ambient radiation indistinguishable from the natural global background. The assumption is that if a Japanese metropolis recovered, an Iranian mountain would follow. That comparison ignores physics.

Hiroshima and Nagasaki were airbursts detonated hundreds of meters above the surface. The nuclear fireball never touched the earth, meaning minimal soil was drawn up, activated, and returned as fallout. Roughly eighty percent of the residual radiation dissipated within the first twenty-four hours, and the minimal fallout landed kilometers downwind, not at the hypocenter.

Bikini Atoll provides the accurate baseline. Surface detonations executed over seven decades ago left the islands permanently uninhabitable. Background gamma radiation on Bikini remains double the agreed safety limits, driven by isotopes that will not decay to safe thresholds until the next century.

An earth-penetrating weapon designed to burrow into granite before detonating represents the exact opposite of Hiroshima. It guarantees maximum ground coupling and maximum radiological activation. The resulting contamination is measured in centuries, not days. Invoking 1945 Japan to argue a nuclear strike leaves a temporary footprint relies on the wrong precedent. Evidence is not verified by irradiating the surface; it is verified by sending infantry to walk inside.

Since President Trump announced the United States will strike the mountain soon, the public debate has fixated on whether the facility can be destroyed from above. That is the wrong parameter. With the nuclear option discarded, the only metric that matters is the cost of breaching the complex from the ground.

Destroying Kuh-e Kolang Gaz La with conventional bunker-busters requires precise intelligence on its structural vulnerabilities. Planners must map where the rock thins, where ventilation shafts run, and where subterranean halls sit shallow enough to crack. Absent that topological blueprint, dropping GBU-57s on a granite massif is not a military attack; it is an experiment conducted with a scarce resource.

The American arsenal of massive ordnance penetrators is strictly finite. Every bomb wasted on impenetrable rock is a weapon diverted from the Isfahan complex or other hardened sites actually vulnerable to conventional yields. Cracking Pickaxe requires vastly more tonnage than Fordow. The tactical reality is brutal. The mountain may consume more ordnance than the United States can afford to expend, making a conventional aerial bombardment the most expensive method of proving the rock’s density.

Tactical logic dictates the remaining option. Destroying the mountain requires an internal demolition executed by American special operations forces breaching the main entrances, highly likely operating alongside Israeli units. The sheer complexity of that ground phase radiates outward, redefining the entire theater of war.

Inserting infantry into central Iran demands absolute air supremacy over the objective for hours. That single prerequisite triggers a massive escalation. Planners must first eradicate regional air defenses, sever communication routes, and neutralize infantry formations within striking distance. Opened air corridors must be held to sustain close air support and defend the immediate perimeter.

The threat to a fixed troop concentration extends far beyond the adjacent terrain. Iranian short and medium range ballistic missiles and loitering munitions operate from mobile launchers dispersed across a massive geography. Suppressing that decentralized threat is not a preliminary surgical strike; it is a sustained, theater-wide air campaign running continuously while forces remain exposed on the ground.

Simultaneously, the operation must interdict ground reinforcements advancing from the south, striking staging areas and approach routes feeding the Natanz and Isfahan nuclear corridor. The scope expands exponentially. This is not a localized raid with a defined perimeter. It is a massive regional air campaign designed solely to purchase a few hours of silence above a single mountain. Escalation is not a political choice; it is embedded directly in the tactical requirements.

While the ground phase is measured in hours, the preliminary air campaign operates on an indefinite timeline dictated by conditions, not calendars. Command cannot certify absolute safety. Destroyed launchers are verifiable, but the launchers that remain hidden represent an unquantifiable lethal variable.

An operation hinging on a brief tactical window requires an open-ended preamble. An aerial bombardment campaign could easily stretch for weeks before conditions permit a ground insertion, reducing the assault on Pickaxe to a mere footnote in a prolonged war.

Planners must evaluate whether severing the mountain’s external power grid actually yields a tactical advantage. Plunging the complex into darkness forces the assault team to navigate an unknown interior layout relying entirely on night vision optics.

That blackout does not disorient the defenders; it triggers a scenario the Iranian garrison is explicitly trained and equipped for, waiting in the dark from prepared angles. Furthermore, the infantry cannot collapse the blast doors because those doors are the required point of entry. An intact tunnel entrance offers the ultimate defensive terrain, presenting a single approach axis with zero flanking options and overlapping fields of fire.

The subterranean execution is brutal and operationally complex. Close-quarters combat within this heavily defended maze guarantees casualties among the elite assault force. The sequence requires clearing the galleries, destroying the centrifuges, wiring the load-bearing columns, and extracting the operators before detonating the vault. Partial success equals absolute failure.

The assault force also faces an invisible, self-inflicted hazard. Smashing active centrifuges disperses enriched uranium into an unventilated subterranean space. Contaminating the operational environment imposes a lethal time limit on the extraction phase.

The moment American and Israeli forces secure the mountain’s exterior, the tactical dynamic inverts entirely. The terrain surrounding Pickaxe instantly becomes enemy territory to the Iranian regime itself.

Because the facility represents Tehran’s most prized strategic asset, Iranian commanders will have anticipated the assault, explicitly designing the surface geography as a massive, premeditated death trap. Planners must calculate and neutralize an overwhelming number of lethal variables, and this geographic inversion is the most glaring.

Iran no longer needs to defend the subterranean vault; it only needs to annihilate the extraction zone above it. Since its excavation began, Pickaxe Mountain was framed as an invulnerable target for the United States. On the day of the breach, the allied extraction force becomes a fixed, stationary coordinate for every surviving missile and drone operating within Iranian borders.

This reality makes extraction speed an absolute imperative. The objective cannot be occupied, only raided. Everything slated for destruction must be wired and detonated on the first insertion, because there will be no second visit.

This protracted timeline introduces a fatal tactical paradox. The weeks required to systematically suppress Iranian defenses and secure the skies might be the exact window Tehran needs to finalize nuclear weaponization.

If the regime is actively assembling a nuclear device deep inside Pickaxe, every day spent hunting missile launchers on the surface grants them uninterrupted time to build the ultimate deterrent below it.

Every day of that aerial preamble serves as advance warning for the mountain garrison. Uranium is relocated. Blast doors are sealed. Defensive positions are fortified. The campaign designed to make the breach survivable could inadvertently guarantee that the assault force arrives too late.

Reaching the bottom of the complex only to find inactive centrifuges and empty uranium canisters is not a failure; it is definitive intelligence, achieved for the first time by direct observation rather than satellite inference. However, in that scenario, destroying replaceable machinery accomplishes nothing.

The operation mandates a structural demolition powerful enough to collapse the deep chambers and permanently deny the mountain to the regime. The strategic cost of securing that outcome is monumental.

Taking Pickaxe Mountain from the inside is not an isolated raid. It demands systematically dismantling a massive fraction of Iran’s conventional military architecture just to keep the airspace clear for extraction. Washington must confront the brutal logic of total war.

Securing a few hours inside a single mountain to structurally collapse an empty room requires initiating a campaign that breaks the military capacity of an entire nation.