Alex Dietrich served as a Lieutenant Commander in the United States Navy and piloted F/A-18 fighter jets. Her role in the 2004 “Tic Tac” UAP (Unidentified Aerial Phenomena) incident places her among the small group of military aviators who report direct visual or radar contact with anomalous aerial objects. Her observations are frequently cited in analyses of pilot credibility and the challenges of training, perception, and classification in UAP investigations.

She was part of the combat air patrol off the coast of California when her squadron was directed to intercept a highly unusual object—often described as a smooth, featureless white “Tic Tac”-shaped aerial body. According to public affidavits and interviews, she observed behavior she found beyond known aircraft performance: abrupt accelerations, high rates of climb and descent, and flight suppression of sonic signatures. These statements are on the record, backed by testimony; while many details remain contested or second-hand, her position as a pilot with F/A-18 experience lends weight to assessments of what conventional flight envelopes allow.

Her profile matters for several overlapping lines of inquiry: the reliability of eyewitness testimony under operational stress; the gap between sensor data (radar, FLIR) and human observation; potential insights into unknown propulsion or sensor systems if any observed behavior is confirmed; and institutional responses to reports of UAP involving trained military observers. Within defense and intelligence communities, testimonies like hers are used to test hypotheses about physical performance, perception distortion, and possible foreign or emergent technologies.

Unknowns persist. Among them:

• The precise technical parameters of the “Tic Tac” craft—speed, acceleration, turn radius—are derived from radar and third-party instruments but seldom cross-checked with pilot sightlines.
• The possibility of instrumentation artifacts, atmospheric distortion, or sensor error as contributing factors.
• Whether multiple synchronized data sources converge to confirm or refute observed maneuvers.

Her account remains a focal point in UAP research because it straddles the boundary between well-documented observation and unresolved mystery.