US Air Force Extends A‑10 Warthog Service Life to 2030

The US Air Force has decided to keep its A‑10 “Warthog” attack aircraft in service until 2030, extending the fleet’s life by four years and preserving a platform that has played a significant role in recent operations involving Iran.

Air Force Secretary Troy Meink announced the decision on social media, stating that extending the A‑10’s service “preserves combat power as the Defense Industrial Base works to increase combat aircraft production.”

The A‑10, first flown in 1976, has repeatedly faced retirement proposals over the past two decades. Critics within the Air Force argue the aircraft is too old, slow, and costly to maintain, and that retiring it would free resources for modernization priorities such as hypersonic weapons.

However, the aircraft has proven politically resilient. The largest concentration of A‑10s is based at Davis‑Monthan Air Force Base in Tucson, Arizona, where the fleet contributes significantly to the local economy. Arizona’s political influence, particularly in US presidential elections has helped keep the aircraft in service. In 2021, Senator Mark Kelly successfully blocked a proposal to retire dozens of A‑10s, insisting no cuts should occur without a suitable replacement for close air support missions.

The A‑10 has been actively used in the current conflict involving Iran, according to US Central Command. Reports indicate the aircraft’s powerful nose‑mounted cannon has been employed against Iranian vessels in the Strait of Hormuz, underscoring its continued relevance in maritime and close‑air‑support roles.

Air Force officials have warned that maintaining the full A‑10 fleet places pressure on the supply of mechanics needed for newer aircraft. Despite these concerns, the latest extension indicates that preserving combat capacity has taken priority over fleet reduction.

With the extension to 2030, the A‑10 remains part of the Air Force’s operational inventory for at least four more years, even as debates continue over its long‑term future and the need for a modernized close‑air‑support platform.