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  • #91
    Cmdr. David Fravor was a guess on Joe Rogan's excellent podcast yesterday to discusse the 2004 Nimitz UFO incident, of which he was an eyewitness:

    https://www.youtube.com/watch?v=Eco2s3-0zsQ

    JRE 1361

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    • #92
      3 reasons to investigate the US Navy UFO incidents -- The Hill

      U.S. Navy Commander David Fravor and his colleagues are particularly compelling witnesses to an as-yet unexplained incident that occurred off the coast of Southern California in 2004.

      As CDR Fravor recalls, he, his weapon systems officer and another two-seat F/A-18F Super Hornet were flying a routine training mission on a calm, clear November day. But their exercise is suddenly canceled and their two-ship formation instructed to divert on a “real-world vector.” Unknown to Fravor and his fellow officers, a nearby ship, the USS Princeton, has spent weeks tracking numerous radar contacts moving in ways that defy explanation.

      For the first time, fast-moving fighter aircraft are aloft when the Princeton’s hyper-sensitive radar array picks up the peculiar contacts. CDR Fravor’s Super Hornet and the jet accompanying them are tasked with taking a closer look.

      What happens next is best described only by CDR Fravor and one of the weapon systems officers flying that day. In short, Fravor was “weirded out” by an object – with no visible propulsion system or wings – that accelerated, decelerated and, ultimately, disappeared from view at extreme speed, “like nothing [he had] ever seen.”

      In Fravor’s account, the USS Princeton’s radar reacquired the object 30 seconds later – 60 miles away. If accurate, this implies a velocity roughly six times that of the top speed of Fravor’s super-fast Super Hornet.

      Later that day, thanks to a combination of luck and targeting skill, a follow-up flight managed to capture the object on video. Perhaps most importantly, they are corroborated by radar, infrared and optical data.

      A series of similar events occurred 11 years later. Naval aircrews operating off the U.S. East Coast reported contacts with objects conducting extreme maneuvers that defied any known (or remotely conceivable) technological capabilities. Like the 2004 incident, their accounts are reinforced by sophisticated multi-source sensor data.

      The Pentagon has confirmed that videos of the 2004 and 2014-2015 incidents are genuine, ultimately drawing scrutiny from Congress.

      This raises the possibility that these pilots witnessed technology well beyond the grasp or bounds of science. If these accounts are accurate – and sophisticated sensor data indicate that they may be – the capabilities exhibited by these objects represent an astonishing leap forward from the technological status quo.

      As such, a compelling case can be made to invest in fully investigating these phenomena. As CDR Fravor aptly notes, thoroughly (and efficiently) studying such events would amount to less than a rounding error in the Pentagon’s staggering $738 billion budget. The return on investment could be significant, for a few key reasons.

      First, the national security implications of getting to the bottom of these incidents are beyond obvious. In addition to posing a serious collision risk, determining the nature of the objects – whether benign, easily-explainable phenomena or potentially threatening – is of critical importance. Indeed, by some accounts, such incidents are occurring with increased frequency.

      Moreover, advanced, physics-challenging technology would be the Holy Grail for any nation. Given the anti-democratic and authoritarian inclinations of some major world powers, it is imperative that such capabilities fall into the “right” (i.e., democratic) hands.

      Among other possibilities, a civilian-led quick reaction force could be established to rapidly assess such incidents, some of which occurred over several days.

      Second, without venturing into the “debate” about the causes of global warming, there can be no doubt that earth’s climate is undergoing tremendous change. The Midwest witnessed multiple “500-year” floods in the span of a few years; powerful hurricanes fueled by warmer waters have battered the eastern seaboard; unprecedented wildfires have devastated the West Coast. Businesses expect to lose $1 trillion due to climate change in coming years, of which the last five were the hottest ever recorded.

      With researchers examining how clouds can be manipulated to combat climate change, the remote possibility of acquiring technology that allows for indefinite flight time at extreme speeds deserves particularly close scrutiny.

      Third, CDR Fravor argues that if he and the Navy’s sophisticated sensors observed the same phenomenon, there is a good chance that the technology he witnessed could move effortlessly through water, air and space at extraordinary speeds. In the event that such capability exists, mere knowledge thereof should prompt a fundamental shift away from humanity’s baser priorities in favor of loftier, nobler objectives.

      Perhaps most importantly, as one of the Navy fighter pilots who reported a close encounter notes, mankind is driven by curiosity. Throughout history the human inclination to explore the unknown has precipitated monumental advances in a short span of time. Given the slim chance that what CDR Fravor, his colleagues and their sensors observed reflects bona fide technical capabilities, a well-funded and efficiently managed public investigation is not only warranted, it should be prioritized.

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      • #93
        Here is a link to a 270 page paper doing an extensive scientific analysis of every data point that the team could get their hands on in the public domain. Here is another paper, this time from Dr.Kevin Knuth, former NASA research scientist and currently a professor of physics. It is peer reviewed and analyzes a handful of UAP cases, with the Tic-Tac being one of them. Both papers are chock filled with mathematical models that attempt to calculate and infer the g forces and velocities the Tic Tac was able to reach during its interaction with Fravor and his team. This is where things get interesting. According to Kevin Day, he said he tracked the Tic-Tac commander Fravor intercepted go from 28,000 feet to sea-level in approximately 0.8 seconds. This means the Tic-Tac was capable of achieving a velocity of at least 23,864 mph, which is 31 times the speed of sound. The maximum speed of the commander’s F-18 is 1,190 mph. This means the Tic-Tac is 20 times faster than the F-18 (23864mph/1190mph = 20).

        Source: https://medium.com/@deep_1645/the-vi...8-6d2ea3a30cd2

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        • #94
          http://media2.kgov.com/audio/2019092...pm87_CtBOYaxbA

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