Israel Needs US Bunker Busters to Destroy Iran's Nuclear Facilities, Expert Says

Iran's Nuclear Enrichment Sites

• 🇮🇷 The IAEA reported that Israeli airstrikes damaged underground enrichment tunnels at Iran's largest nuclear facility.
• 🎯 One of Israel's stated goals is to destroy Iran's nuclear capacity to prevent it from developing a nuclear weapon.
• 🔍 Iran has seven nuclear research, enrichment, or power sites, with Fordo attracting significant attention due to its underground location.

Fordo Facility and Enrichment Levels

• ⛰️ Fordo is estimated to be between 260-300 ft underground, protecting it from most air attacks.
• 📈 In 2023, the IAEA found uranium particles at Fordo enriched to 83.7%, just 6% away from weapons-grade.
• ⚠️ Iran claims this enrichment level was accidental, but has reportedly been enriching uranium at 60% for at least two years, violating the 2015 nuclear agreement.

The Bunker Buster Weapon System

• 💥 The Massive Ordnance Penetrator (Bunker Buster) is one tool capable of breaching deeply buried facilities like Fordo.
• 🛠️ This weapon is 20 ft long, weighs 30,000 lbs, and is designed to penetrate the ground before detonating.
• ✈️ Bunker busters can only be deployed by the US government's B2 Spirit stealth bomber, which can carry two at a time.

US Role in Destroying Iran's Nuclear Program

• 🇺🇸 Tom Karako, Director of the Missile Defense Project, states that while Israel is committed to acting independently, the United States possesses a unique capability to destroy Fordo.
• ⚡ The US has deployed B2 bombers equipped with bunker busters to the Indian Ocean, south of the Middle East.
• 💥 Karako suggests that using bunker busters could create a significant setback for Iran's nuclear program, potentially causing a small earthquake and ending the facility's operations.

Risks and Setbacks

• 📉 If Fordo were severely damaged or destroyed, it would be a significant setback for Iran's nuclear program, as it is a key enrichment facility.
• ☢️ The risk of radiation spreading to civilian areas is considered minimal due to the facility being located under a mountain, assuming containment measures are effective.