APEC 8/29: Exodus Propellantless Propulsion & Quantized Inertia
An APEC session featuring Charles Buhler, Andrew Aurigema, and Mike McCulloch discussing Exodus propellantless propulsion, ongoing experimental work, and Quantized Inertia.
PresentationExplore interviews, presentations, and independent reporting covering the Exodus Effect, experimental propulsion research, and the development of test hardware. Each entry brings together technical conversations, public presentations, and external coverage in one place.
An APEC session featuring Charles Buhler, Andrew Aurigema, and Mike McCulloch discussing Exodus propellantless propulsion, ongoing experimental work, and Quantized Inertia.
PresentationA featured long-form conversation discussing Exodus Propulsion Technologies and the Exodus Effect on the Danny Jones Podcast.
PodcastIn this in-depth interview, aerospace engineer Andrew Aurigema takes us inside the experimental program to discuss thruster construction, rigorous testing methods used to exclude false positives, and the challenge of scaling from millinewton experiments toward a self-contained, Newton-class propulsion system.
InterviewA recent conversation covering the Exodus Effect, ongoing testing, and the company’s approach to advanced propulsion research.
InterviewAn overview of Charles Buhler and Exodus Propulsion Technologies’ work on propellantless electrostatic propulsion and the research behind the Exodus Effect.
FeatureA technical overview of Charles Buhler’s electric propulsion research and the reported force effects being explored by Exodus Propulsion Technologies.
DiscussionAn interview examining the research process, test observations, and next steps for the Exodus program.
InterviewA presentation outlining the Exodus Effect concept, experimental work, and the broader engineering questions driving the research program.
PresentationAn extended interview exploring the development history, technical goals, and validation work behind Exodus propulsion research.
InterviewA discussion of advanced propulsion concepts and the experimental work supporting continued development.
DiscussionA public-facing technical discussion focused on propulsion development, testing, and potential applications.
DiscussionA discussion of the reported “new force” behind the Exodus Effect and the experimental electrostatic propulsion work used to investigate it.
Discussion
Independent reporting on Exodus propulsion testing, measured thrust, and the broader implications of the research.
External Reporting
A feature examining the Exodus propulsion concept, laboratory work, and its potential significance for future spaceflight.
Feature
Coverage focused on the patented Exodus Effect platform and the program’s stated readiness for further testing.
External Reporting
Coverage discussing Exodus Propulsion Technologies and the reported development of its advanced propulsion platform.
Industry Coverage
An analysis of how sustained high-acceleration propulsion could affect transportation, energy, and mission design.
Analysis
A broadcast segment discussing the Exodus propulsion concept and its potential impact on future transportation.
Broadcast
FOX 35 Orlando coverage of Exodus Propulsion Technologies and its work developing electrostatic propulsion for future spacecraft.
FOX 35 Orlando
An analysis of how Exodus propellantless electric thrust could expand satellite maneuverability and delta-v options in contested space operations.
AltPropulsion
An overview of Exodus Propulsion Technologies’ propellantless propulsion research, electrostatic pressure approach, vacuum testing, and potential applications.
AltPropulsion