White House says it fired NTSB member over misconduct but Todd Inman denies the allegations

Associated Press (AP)EN 3 min read 100% complete by By JOSH FUNKMarch 10, 2026 at 05:53 PM

AI Summary

medium article 3 min

The White House fired National Transportation Safety Board (NTSB) member Todd Inman, citing inappropriate alcohol use on the job, harassment of staff, misuse of government resources, and failure to attend required meetings. Inman, a Republican appointed in March 2024, denies the allegations and plans to fight his dismissal through legal means, claiming it was a "political hit job." The firing, which occurred on Friday, leaves the NTSB with only three members until recently confirmed John DeLeeuw is sworn in. The NTSB is currently investigating over 1,000 cases related to major transportation accidents and pipeline incidents. The Trump administration stated the firing was justified and that it is committed to maintaining safety and security for Americans.

Key Entities & Roles

Key Player Opposition Context

Ronald Reagan Washington National Airport 30% American Airlines 35% Joe Biden ×240% Alvin Brown 40% U.S. Senate 40% John DeLeeuw 40% Kush Desai 50% Donald Trump ×260% White House ×380% National Transportation Safety Board ×585% Todd Inman ×690%

Keywords

ntsb 100% todd inman 90% firing 80% allegations 70% misconduct 70% harassment 60% white house 60% alcohol use 50% political hit job 40% transportation safety 40%

Sentiment Analysis

Negative

Score: -0.20

Source Transparency

Source

Associated Press (AP)

Classification Confidence

90%

This article was automatically classified using rule-based analysis.

Topic Connections

Explore how the topics in this article connect to other news stories

Network visualization showing 4 related topics

View Full Graph

ntsb todd inman firing allegations misconduct harassment white house alcohol use political hit job transportation safety

Explore Full Topic Graph

Find Similar Articles

AI-Powered

Discover articles with similar content using semantic similarity analysis.