USA Parades Nuclear Stealth Bombers And Vows Jets Are 'Ready To Strike Anywhere, Any Time' Amid Middle East Tensions

The United States has displayed nearly its entire fleet of nuclear-capable stealth bombers in a significant demonstration of military strength.

The B-2 Spirits, reserved for the most critical missions, are "primed to carry out a global strike at any time, in any place," according to the US Air Force.

The B-2 Spirit is a versatile, heavy bomber that can deploy both conventional and nuclear payloads. The aircraft, cruising at speeds of 1000 km/h, are engineered to evade radar detection and rank as the most costly planes in the world, with each valued at approximately £1.6 billion. Designed for two pilots, the jet boasts a range of 6,000 miles without refuelling and is tailored for long-range missions.

Amid escalating tensions following Israel's vow for a "significant response" to Iran's recent aerial aggression, the US tested the stealth bombers. A total of 12 out of the 20 B-2 Spirits performed a formidable "elephant walk" and flight routine. The gathering of the elusive jets was part of the "Spirit Vigilance" training exercise aimed at boosting the airmen's readiness for stealth bomber operations.

The training featured the aircraft taxiing in tight formation and taking off at brief intervals. The aircraft, assigned to the 509th Bomb Wing, were seen on the runway at Whiteman Air Force Base, Missouri on Monday (22April24).

The US Air Force emphasised that routine training is essential for ensuring readiness to implement global strike operations "anytime, anywhere."

Col. Geoffrey Steeves, commander of the 509th Operations Group, speaking on "Spirit Vigilance," highlighted the strategic importance of the B-2 Spirit bombers, describing them as a key component of the nuclear triad and "the world's most strategic aircraft, uniquely blending stealth, payload capacity, and extended range capabilities."

He asserted, "Our mandate is to deliver the nation's most potent weapons for our most crucial missions."