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Posted by Abdulwahid
- May 31, 2026, 10:00 PMIran has restored many of its underground missile bases despite weeks of heavy bombing by the United States and Israel. According to satellite images reviewed by CNN, Iranian workers used simple equipment such as bulldozers, loaders, and dump trucks to clear debris, reopen tunnels, and repair damaged roads. This development shows that destroying tunnel entrances alone may not be enough to stop Iran's missile operations.
During the conflict, American and Israeli forces focused on blocking access to Iran's underground missile facilities by bombing tunnel entrances and surrounding roads. These attacks reduced the number of missiles Iran could launch, but they did not completely eliminate the country's missile capabilities. Experts believe many missiles remained safely stored deep underground.
Since the ceasefire, Iran has accelerated repair efforts across its missile network. Reports indicate that around 50 of the 69 tunnel entrances damaged during the war have already been reopened. Roads leading to several missile bases have also been repaired, allowing launchers and military vehicles to move more freely once again.
Military analysts say Iran still possesses a large stockpile of long-range missiles. Even if missile production remains limited, existing weapons could still be used in future conflicts. Experts argue that Iran's underground facilities, built over more than two decades, were specifically designed to survive airstrikes and continue operating during wartime.
The United States and Israel also targeted missile factories, production centers, and supply chains in an attempt to weaken Iran's ability to build new missiles. However, intelligence assessments suggest that Iran has already begun rebuilding parts of its military infrastructure, including missile production facilities and drone manufacturing operations.
Experts warn that Iran's recovery highlights the challenge of using expensive military weapons against deeply protected facilities. While advanced bombs can damage entrances and roads, Iran can often restore access using basic construction equipment. This has raised questions about whether airstrikes alone can achieve long-term military objectives against Iran's missile program.
Source:
During the conflict, American and Israeli forces focused on blocking access to Iran's underground missile facilities by bombing tunnel entrances and surrounding roads. These attacks reduced the number of missiles Iran could launch, but they did not completely eliminate the country's missile capabilities. Experts believe many missiles remained safely stored deep underground.
Since the ceasefire, Iran has accelerated repair efforts across its missile network. Reports indicate that around 50 of the 69 tunnel entrances damaged during the war have already been reopened. Roads leading to several missile bases have also been repaired, allowing launchers and military vehicles to move more freely once again.
Military analysts say Iran still possesses a large stockpile of long-range missiles. Even if missile production remains limited, existing weapons could still be used in future conflicts. Experts argue that Iran's underground facilities, built over more than two decades, were specifically designed to survive airstrikes and continue operating during wartime.
The United States and Israel also targeted missile factories, production centers, and supply chains in an attempt to weaken Iran's ability to build new missiles. However, intelligence assessments suggest that Iran has already begun rebuilding parts of its military infrastructure, including missile production facilities and drone manufacturing operations.
Experts warn that Iran's recovery highlights the challenge of using expensive military weapons against deeply protected facilities. While advanced bombs can damage entrances and roads, Iran can often restore access using basic construction equipment. This has raised questions about whether airstrikes alone can achieve long-term military objectives against Iran's missile program.
Source: