Can the U.S. Destroy Iran’s Military Weaponry from the Air?
Here’s a summary:
Iran 🇮🇷 has approximately 41,788 named mountains, with its terrain dominated by the Alborz and Zagros mountain ranges. Nearly one-third of the country is mountainous. (For comparison, Nigeria 🇳🇬 has about 2,000 mountains.)
According to reports cited by the New York Post, around 85% of Iran’s advanced military weapons are stored underground and kept ready for launch. 🚀
Based on 2025–2026 intelligence assessments and satellite analysis, Iran’s deepest underground military and nuclear facilities in mountainous regions are reportedly built at depths of 80–110 meters.
The Fordow Nuclear Site, for example, is buried under approximately 90 to 100 meters of rock and is widely considered highly resistant to conventional bunker-buster bombs.
To destroy military-industrial stockpiles buried beneath mountains 🏔️, bunker-buster bombs 💣 would be required.
The United States is estimated to possess around 150–200 bunker-buster bombs. One of the most powerful is the GBU-57 Massive Ordnance Penetrator (MOP).
Estimated penetration capability (open-source defense assessments): • Up to ~60 meters (≈200 ft) of earth
• Up to ~8 meters (≈25 ft) of reinforced concrete
This is why facilities such as the Fordow nuclear site and other deeply buried underground stockpiles are considered extremely difficult to neutralize using air power alone.
Given these limitations, the U.S. would theoretically face several difficult options:
Deploy ground forces against Iran’s roughly 800,000 military personnel in mountainous terrain — a highly complex and risky scenario.
Use large numbers of bunker-buster bombs and attempt repeated strikes, while increasing production.
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