NTSB Media Briefing - Cape Newenham, Alaska, Cessna 441 Airplane Crash

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NTSB Media Briefing - Cape Newenham, Alaska, Cessna 441 Airplane Crash

Accident Overview
A Cessna 441 (model "Conquest") twin-turboprop airplane crashed near Cape Newenham, Alaska, on August 20 at approximately 11:45 local time.
The flight was operated by Security Aviation as a Part 135 on-demand charter between Anchorage and Cape Newenham.
All eight occupants on board were fatalities: two pilots employed by Security Aviation, two members of the U.S. Army Corps of Engineers, and four contractors.
Flight Path and Instrument Operations
The aircraft was operating under Instrument Meteorological Conditions (IFR), meaning it relied solely on instruments due to poor visibility.
Preliminary data indicates the flight attempted one instrument approach, which ended in a missed approach.
The accident occurred during a second attempt to land, after which Anchorage Center lost contact with the aircraft.
Radar and Data Availability
The Cape Newenham radar site captured the aircraft’s final flight path and trajectory.
The NTSB has preliminary plot data from radar and ADS-B systems, which will be used to reconstruct the flight path.
The Air Traffic Control (ATC) team will analyze archived communications and radar data to determine the exact sequence of events.
Wreckage Location and Recovery
The wreckage was found approximately a quarter-mile west of runway 15 (arrival runway) at Cape Newenham.
The site is in steep, mountainous terrain, making recovery challenging.
A helicopter will be used to reach the site and recover wreckage, which will then be transported back via a larger cargo aircraft—standard NTSB procedure in remote areas.
NTSB Investigation Team and Partners
The NTSB has launched a six-member investigation team led by Eric Gutierrez, a senior air safety investigator from the West Rim Pacific (WPR) office in Seattle.
Key partner agencies include the FAA, Cessna/Textron (airframe manufacturer), Honeywell (engine manufacturer), and Security Aviation (operator).
The FAA has sent an investigator from Washington, D.C., to support the investigation.
Weather Conditions and Forensic Analysis
The weather at the time of the crash was poor, contributing to instrument flight conditions.
The NTSB weather team is analyzing real-time and pre-flight weather data to determine if conditions were unexpected or if they played a role in the accident.
Specific data on weather conditions, including visibility, wind, and cloud cover, will be reviewed to assess pilot decision-making and flight planning.
Victim Identification and Name Release
The NTSB does not release the names of victims as part of its standard protocol.
Name disclosure will be handled by the Army Corps of Engineers or state law enforcement agencies, not the NTSB.
This policy is consistent with NTSB guidelines to protect privacy and family dignity.
Timeline and Next Steps
The NTSB is currently in the data-gathering phase, with on-site investigation expected to begin soon after the team arrives in Anchorage.
The full investigation will include a detailed analysis of ATC communications, flight data, and weather reports.
A comprehensive public report is expected later, though no timeline has been provided for when specific findings will be released.
Logistical Challenges
Access to Cape Newenham is limited due to its remote location and rugged terrain.
The NTSB will need to charter aircraft and coordinate with military recovery teams to navigate the mountainous area and extract wreckage.
These logistical hurdles are common in Alaska but are significant due to the steep terrain and lack of infrastructure.
Clarification on Missed Approaches
A "missed approach" is a standard instrument flight procedure when a pilot cannot visually confirm the runway during an approach.
Regulations require pilots to execute a missed approach if they fail to see the runway at a predetermined altitude or distance.
The NTSB does not yet know if the second approach attempt was completed or if the aircraft went back into a missed approach—this information is still under investigation.
Historical Context and Crash Pattern
The NTSB has not yet determined if this is the first fatal crash involving Cape Newenham operations or similar sites.
A formal review of past incidents in the area is pending, and the NTSB will conduct research to assess historical patterns.
No speculation has been made about the accident’s uniqueness or recurrence—this is a current research task.
Media and Public Communication
The briefing was recorded and will be posted on the NTSB YouTube channel within one hour.
Media representatives are encouraged to send questions to media relations@NTSB.gov (one word) for inclusion in the Q&A.
The NTSB will tweet a link to the briefing from its @NTSB_newsroom account.

NTSB Media Briefing - Cape Newenham, Alaska, Cessna 441 Airplane Crash

Accident Overview
A Cessna 441 (model "Conquest") twin-turboprop airplane crashed near Cape Newenham, Alaska, on August 20 at approximately 11:45 local time.
The flight was operated by Security Aviation as a Part 135 on-demand charter between Anchorage and Cape Newenham.
All eight occupants on board were fatalities: two pilots employed by Security Aviation, two members of the U.S. Army Corps of Engineers, and four contractors.
Flight Path and Instrument Operations
The aircraft was operating under Instrument Meteorological Conditions (IFR), meaning it relied solely on instruments due to poor visibility.
Preliminary data indicates the flight attempted one instrument approach, which ended in a missed approach.
The accident occurred during a second attempt to land, after which Anchorage Center lost contact with the aircraft.
Radar and Data Availability
The Cape Newenham radar site captured the aircraft’s final flight path and trajectory.
The NTSB has preliminary plot data from radar and ADS-B systems, which will be used to reconstruct the flight path.
The Air Traffic Control (ATC) team will analyze archived communications and radar data to determine the exact sequence of events.
Wreckage Location and Recovery
The wreckage was found approximately a quarter-mile west of runway 15 (arrival runway) at Cape Newenham.
The site is in steep, mountainous terrain, making recovery challenging.
A helicopter will be used to reach the site and recover wreckage, which will then be transported back via a larger cargo aircraft—standard NTSB procedure in remote areas.
NTSB Investigation Team and Partners
The NTSB has launched a six-member investigation team led by Eric Gutierrez, a senior air safety investigator from the West Rim Pacific (WPR) office in Seattle.
Key partner agencies include the FAA, Cessna/Textron (airframe manufacturer), Honeywell (engine manufacturer), and Security Aviation (operator).
The FAA has sent an investigator from Washington, D.C., to support the investigation.
Weather Conditions and Forensic Analysis
The weather at the time of the crash was poor, contributing to instrument flight conditions.
The NTSB weather team is analyzing real-time and pre-flight weather data to determine if conditions were unexpected or if they played a role in the accident.
Specific data on weather conditions, including visibility, wind, and cloud cover, will be reviewed to assess pilot decision-making and flight planning.
Victim Identification and Name Release
The NTSB does not release the names of victims as part of its standard protocol.
Name disclosure will be handled by the Army Corps of Engineers or state law enforcement agencies, not the NTSB.
This policy is consistent with NTSB guidelines to protect privacy and family dignity.
Timeline and Next Steps
The NTSB is currently in the data-gathering phase, with on-site investigation expected to begin soon after the team arrives in Anchorage.
The full investigation will include a detailed analysis of ATC communications, flight data, and weather reports.
A comprehensive public report is expected later, though no timeline has been provided for when specific findings will be released.
Logistical Challenges
Access to Cape Newenham is limited due to its remote location and rugged terrain.
The NTSB will need to charter aircraft and coordinate with military recovery teams to navigate the mountainous area and extract wreckage.
These logistical hurdles are common in Alaska but are significant due to the steep terrain and lack of infrastructure.
Clarification on Missed Approaches
A "missed approach" is a standard instrument flight procedure when a pilot cannot visually confirm the runway during an approach.
Regulations require pilots to execute a missed approach if they fail to see the runway at a predetermined altitude or distance.
The NTSB does not yet know if the second approach attempt was completed or if the aircraft went back into a missed approach—this information is still under investigation.
Historical Context and Crash Pattern
The NTSB has not yet determined if this is the first fatal crash involving Cape Newenham operations or similar sites.
A formal review of past incidents in the area is pending, and the NTSB will conduct research to assess historical patterns.
No speculation has been made about the accident’s uniqueness or recurrence—this is a current research task.
Media and Public Communication
The briefing was recorded and will be posted on the NTSB YouTube channel within one hour.
Media representatives are encouraged to send questions to media relations@NTSB.gov (one word) for inclusion in the Q&A.
The NTSB will tweet a link to the briefing from its @NTSB_newsroom account.

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NTSB Media Briefing - Cape Newenham, Alaska, Cessna 441 Airplane Crash

NTSB Media Briefing - Cape Newenham, Alaska, Cessna 441 Airplane Crash

NTSB Media Briefing - Cape Newenham, Alaska, Cessna 441 Airplane Crash

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