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Eight Killed In B-52 Bomber Crash At Edwards Air Force Base During Radar Modernization Test Mission

Eight people were killed after a US Air Force B-52 bomber crashed shortly after take-off from Edwards Air Force Base in California’s Mojave Desert during a routine test mission, military officials said. The aircraft went down at around 11.20 am on Monday near the runway at the installation, which lies north of Los Angeles and is one of America’s most important military flight-test centres.

Emergency teams reached the crash site soon after the impact, but officials said there were no survivors. Aerial images from the area showed a large section of scorched desert near the airfield, with black smoke rising from the wreckage as firefighters worked to bring the blaze under control. Those on board included military personnel and government contractors.

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A US Air Force B-52 bomber crashed near Edwards Air Force Base, California, during a routine test mission on Monday, killing all eight people on board. The aircraft was supporting a radar modernisation programme, and an investigation into the cause is ongoing.

No survivors after B-52 crash at Edwards Air Force Base

Col James Hayes, deputy commander of the 412th Test Wing, said investigators had examined footage of the crash and found that survival was not possible. “We lost eight great Americans,” Hayes said at a press briefing, adding that officials were in the process of notifying the victims’ families.

The names of those killed were not immediately released. Military authorities typically withhold identities until next of kin have been informed. The presence of government contractors on board also points to the aircraft’s role in a specialised test programme rather than a standard operational sortie.

The cause of the crash has not been determined. Hayes said a full investigation had started and could take up to six months. Such inquiries usually examine flight data, maintenance history, crew actions, weather conditions, runway operations and any possible technical failure before reaching formal conclusions.

The airfield remained closed for much of Monday as emergency crews secured the area and investigators began their work. Incoming aircraft were diverted to other locations, while non-commercial visitor passes to the base were temporarily suspended. Officials did not immediately indicate when normal airfield activity would fully resume.

Aircraft was linked to radar modernisation testing

Hayes said the bomber was supporting the B-52 radar modernisation programme at the time of the accident. The programme is intended to replace the aircraft’s ageing radar with a modern Active Electronically Scanned Array system, commonly known as AESA radar, to improve reliability, detection capability and mission performance.

A B-52 fitted with the new AESA radar system was delivered to Edwards Air Force Base in 2025 for testing. Edwards is often used for flight trials involving new systems, weapons, sensors and aircraft modifications because of its long runways, restricted airspace and decades of test-flight infrastructure.

The radar upgrade is part of a wider effort to keep the B-52 in frontline service for decades more. The bomber first entered US Air Force service in 1955, but successive upgrades have allowed it to remain relevant long after many newer aircraft types have been retired.

Modernising the B-52 is a major priority for the US Air Force because the aircraft remains a key long-range strike platform. Its missions can include conventional bombing, stand-off missile launches and strategic deterrence. The bomber’s ability to carry large payloads over long distances has made it a central part of US airpower planning.

Why the B-52 remains important to the US Air Force

The Boeing B-52 Stratofortress is among the longest-serving military aircraft still in active use anywhere in the world. Designed during the early Cold War, it was built to carry both conventional and nuclear weapons. Over seven decades, it has been used in conflicts ranging from Vietnam to operations in the Middle East.

The aircraft is typically flown by a crew of five, though test flights can carry additional engineers, technicians or programme specialists depending on the mission. It is powered by eight jet engines and can fly more than 14,000 kilometres without refuelling, giving it exceptional reach for long-range missions.

US Air Force data lists the B-52’s weapons capacity at up to 32 tonnes, with a top speed of around 1,000 km/h. Its unit cost was estimated at $84 million in constant fiscal year 2012 dollars, though an updated current-dollar figure has not been publicly released.

The crash is likely to draw close attention because it involves both an ageing strategic bomber and a major upgrade programme designed to extend its service life. Investigators will be expected to determine whether the accident was connected to the test mission, the aircraft itself, or a separate operational factor.

For now, the US Air Force has confirmed only the fatalities, the approximate time and location of the crash, and the aircraft’s connection to radar upgrade testing. Further details are expected to emerge through the formal investigation, which officials said may take several months to complete.

Where did the US Air Force B-52 crash occur and when was it reported?
The B-52 crashed shortly after take-off from Edwards Air Force Base in California’s Mojave Desert near the runway, around 11:20 am on Monday.
Were there any survivors among the people on board?
No survivors were reported. Emergency teams reached the site soon after the crash, and officials said survival was not possible.
Who was on the aircraft at the time of the crash?
The people on board included military personnel and government contractors. This also suggests the flight was tied to a specialised test programme rather than a standard operational sortie.
Has the cause of the B-52 crash been determined?
No. Investigators said a full investigation has started and could take up to six months, and it will consider factors such as flight data, maintenance history, crew actions, weather, runway operations, and possible technical failure.
How was the B-52 connected to the radar modernisation programme?
At the time of the accident, the bomber was supporting a B-52 radar modernisation effort intended to replace ageing radar with an Active Electronically Scanned Array (AESA) system. A B-52 with the new AESA radar was delivered to Edwards in 2025 for testing.
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