Richard F. Haines

NASA Career and Credentials

Richard F. Haines earned his Ph.D. in Experimental Psychology from Michigan State University in 1964 and began work as a research scientist at NASA in 1967. Over two decades, he contributed to critical space programs including Gemini, Apollo, Skylab, and Space Station Freedom. In 1986, he was appointed Chief of the Space Human Factors Office at NASA-Ames Research Center, where he directed research and development for the AX-5 "hard" extravehicular activity (EVA) suit, habitability systems for Space Station Freedom, and spacecraft window design—work that informed safety standards in human spaceflight. He retired from NASA in 1988 and subsequently taught as an Associate Professor of Psychology at San Jose State University while working part-time as a scientist with the Research Institute for Advanced Computer Science.

Transition to UFO/UAP Research

After his NASA career, Haines transitioned his expertise in human factors, perception, and data analysis toward systematic documentation of UFO/UAP phenomena. Unlike many UFO researchers, his approach remained grounded in scientific methodology and peer review. He worked with multiple organizations—including the Center for UFO Studies (CUFOS), the National Investigations Committee on Aerial Phenomena (NICAP), and as Chief Scientist with the National Aviation Reporting Center on Anomalous Phenomena (NARCAP).

Founding NARCAP

In 1999, Haines co-founded NARCAP, a groundbreaking organization dedicated to documenting and analyzing reports by commercial and military pilots of unidentified aerial phenomena. NARCAP distinguished itself from earlier UFO organizations by focusing exclusively on aviation-related observations and emphasizing potential air safety implications. The organization maintains a volunteer staff of approximately 50 specialists, including aviation professionals, engineers, and scientists capable of rigorous investigation and analysis.

Core Research and Database

Haines compiled what remains one of the most comprehensive aviation-related UAP databases: over 3,400 documented cases spanning from the early 20th century through the 2010s. His 1944-1995 electromagnetic effects catalog documented 185 incidents where aircraft encounters with UAP coincided with reported electromagnetic interference—a pattern suggesting the phenomena could pose tangible safety concerns in modern aviation. Through systematic analysis of pilot testimony, military and civilian records, photographic evidence, and video documentation, Haines created a methodical foundation for understanding the frequency and characteristics of aviation anomalies.

Notable Investigations and Publications

Haines authored the comprehensive NARCAP technical analysis of the 2006 O'Hare International Airport UFO sighting, in which multiple witnesses, including pilots and ground personnel, observed a metallic disc hovering over the airport. The 150+ page report synthesized witness accounts, radar data, and atmospheric conditions, establishing NARCAP as a credible investigative body in the aviation community. He also directed Project Sphere, an international collaborative effort examining spherical light objects reported by pilots across six countries, published in 2010. Additionally, Haines founded the Joint American-Soviet Aerial Anomaly Federation (JASAAF) to facilitate scientific exchange between researchers in the United States and former Soviet Union.

Significance and Legacy

Haines' work is significant because it bridges legitimate aerospace science with UFO research, creating a framework where aviation safety and anomaly documentation exist as complementary concerns rather than fringe speculation. His emphasis on pilot reports—from credible observers trained in observation and instrument reading—provided an antidote to sensationalized UFO narratives. By grounding the investigation in electromagnetic effects, aircraft interactions, and systemic patterns, Haines helped establish that UAP research could be conducted with the rigor expected in scientific discourse. His contributions informed the broader shift toward the term "Unidentified Aerial Phenomena" (UAP) and established pilot testimony as a legitimate data source in official government reviews of aerial anomalies.