Image: Mark Brennan · CC BY-SA 2.0 · via Wikimedia Commons
Chartered Cessna 441 crashes near Alaska military radar site killing all eight aboard
A chartered twin-turboprop Cessna 441 carrying eight people crashed while approaching Cape Newenham Long Range Radar Site Airport in western Alaska, with no survivors confirmed by rescuers.
The gist
Eight killed as a Cessna 441 crashes on approach to remote Alaska military radar base amid challenging terrain and weather.
A chartered Cessna 441 twin-engine turboprop crashed on August 20, 2026, while approaching Cape Newenham Long Range Radar Site Airport in western Alaska, resulting in the deaths of all eight people onboard. The aircraft went down around 12:15 local time on land west of the military radar site airport, according to the Federal Aviation Administration (FAA).
The flight originated from Ted Stevens Anchorage International Airport (ANC) carrying two pilots and six passengers. The US Army Corps of Engineers confirmed it chartered the flight and that two of its employees were among those killed, though it has not identified the individuals or disclosed the nature of their visit to the remote location. The Corps is cooperating with local, state, and federal authorities in the response.
The aircraft was operated by Security Aviation based in Anchorage, which flies several Cessna Conquest II turboprops on charters across Alaska. FAA records list the plane as N128EZ, a 1979-model Cessna 441 Conquest II. This pressurized aircraft type can carry up to nine passengers and cruises at speeds of around 285 knots, according to the operator’s specifications.
Cape Newenham LRRS Airport is a private US Air Force strip serving a long-range radar station that monitors airspace over Alaska and near its borders. The airfield sits about 450 miles west of Anchorage and features a single gravel runway (15/33) approximately 3,945 feet long and 150 feet wide. The runway is located on a mountain slope rising over 300 feet from one end to the other, with significant high terrain warnings on both sides and at the southern end.
FAA advisories note that Runway 15 is the only instrument approach runway at the airport and highlight that a go-around maneuver poses extreme difficulties. At the time of the accident, fog was reported in the area, which likely added to the challenge of the approach. Clint Johnson, chief of the National Transportation Safety Board (NTSB) Alaska office, confirmed the crash occurred during approach to Cape Newenham.
The US Air Force and Alaskan Command expressed their condolences following the loss. Lt. Gen. Robert Davis, commander of Alaskan Command and the Eleventh Air Force, described the incident as devastating and emphasized the dedication of each individual on board who were supporting a vital mission in an extremely challenging environment.
Management of the radar installation falls under the Pacific Air Forces Regional Support Center as part of a network securing US airspace around Alaska. The NTSB has launched a full investigation with the assistance of the FAA and other agencies. As of now, investigators have not released details concerning the condition of the wreckage, the final flight path, or any potential mechanical issues.
The identities of the pilots and passengers remain undisclosed, and no further information about the cause of the accident is available. This tragic event marks a rare but fatal aviation accident involving charter operations to remote military sites in Alaska’s notoriously difficult flying conditions.
Frequently asked questions
- What type of aircraft crashed near Cape Newenham in Alaska?
- A chartered 1979 Cessna 441 Conquest II twin-engine turboprop crashed while approaching Cape Newenham Long Range Radar Site Airport.
- Who operated the aircraft involved in the accident?
- The aircraft was operated by Anchorage-based Security Aviation, which provides charter flights across Alaska with Conquest II aircraft.
- What makes Cape Newenham LRRS Airport challenging for aircraft operations?
- The airport has a single gravel runway on a mountain slope with high terrain warnings, limited instrument approaches, and reported fog, making approaches and go-arounds difficult.
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