Jarod Yates

Jarod Yates stands at the fascinating crossroads of military avionics, experimental physics, and avant-garde propulsion research. Co-founder of Flux Space, Jarod brings years of hands-on experience and a visionary spirit to the quest for propulsion technologies that challenge conventional physics.

Military Foundations & Advanced Technical Expertise

Jarod’s journey began with over a decade of dedicated service in the United States Air Force. During that time, he specialized in repairing and maintaining critical military systems—including communications, navigation, radar, and electronic warfare equipment—that form the backbone of modern aerial defense. This depth of practical engineering experience granted him a rare, ground‑level understanding of aviation systems and the physical constraints they operate within.

Academic Pivot: Exploring Physics

After completing his service, Jarod pursued formal study in physics. This academic shift provided a robust theoretical foundation, equipping him to explore non‑traditional propulsion concepts with scientific rigor. The synergy between hands‑on engineering and academic physics defines his unique approach to alternative propulsion—bridging speculative ideas with feasible experimentation.

Research Focus: TR-3B & the Graviflyer

Among Jarod’s key research interests are:

  • TR‑3B: An enigmatic, speculative craft often linked to UFO lore and government secrecy.

  • Graviflyer: A device conceptualized by Alexey Chekurkov, proposing a form of gravity‑based levitation or propulsion.

Jarod has actively engaged in validation testing of the Graviflyer concept, including constructing experimental replicas and conducting hands‑on trials to assess its operational viability.

Flux Space: Pushing the Boundaries of Propulsion

As co‑founder of Flux Space, Jarod helps lead a team of physicists, aerospace engineers, and experimentalists exploring exotic, propellantless propulsion technologies. Operating in “stealth mode,” the team focuses on:

  • Reactionless drive principles: Exploring ways to generate thrust without expelling mass.

  • Gravity control: Researching methods to manipulate gravitational and inertial forces.

  • Interstellar propulsion concepts: Investigating advanced theories like those inspired by the Alcubierre warp drive.

Jarod’s role in Flux Space is central—melding his avionics background and physics training into pioneering research on gravity‑modifying technologies and speculative space travel innovations.

Community & Conference Engagement: APEC

Jarod is also a visible figure in the Alternative Propulsion Engineering Conference (APEC) community—an influential forum dubbed “the Woodstock of Antigravity.” APEC brings together theorists, experimentalists, and independent innovators to share and test ideas ranging from superconductive gravity effects to warp drives and gravitational modification.

Intellectual Curiosity & Scholarly Interests

Beyond experimental and engineering feats, Jarod explores deeper theoretical questions—such as the computational nature of the universe—with interests documented in academic fora like ResearchGate.

Summary of Accomplishments

  • 10+ years in U.S. Air Force: Specialized in avionics, radar, electronic warfare systems.

  • Academic physics training: Provided a solid foundation for advanced propulsion research.

  • Research on TR-3B and Graviflyer: Hands-on validation and experimental replications.

  • Co-founder of Flux Space: Spearheading propellant-free propulsion and gravity-control research.

  • Active in APEC community: Contributed to alt-propulsion conferences and collaborative experimentation.

  • Theoretical interests: Engages with deep physics concepts like universal computation.

Final Thoughts

Jarod Yates exemplifies the modern explorer—rooted in discipline and real-world expertise, yet constantly reaching beyond the edge of known science. His trajectory from Air Force technician to pioneering researcher and co-founder of Flux Space underscores a bold commitment to turning the speculative into the experimental—and perhaps, one day, the achievable.