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Antigravity drone technology refers to theoretical or speculative systems where drones can operate without the constraints of gravitational forces, potentially allowing for unprecedented maneuverability and efficiency. A recently released declassified handbook on Antigravity for Aerospace Applications - Defense Intelligence Agency from the title page seen below. Includes "Antigravity Propulsion Application of Dark/Vacuum Energy," "Energy Estimate for Newtonian Levitation," and "Antigravity via Quantum-Vacuum Zero-Point Fluctuation Force."
Full link to handbook: http://dia.mil/FOIA/FOIA-Elec…
There have been claims and discussions about military research into antigravity technology. For instance, the U.S. military has acknowledged examining various propulsion systems, including those that might be considered "antigravity" in nature. However, tangible evidence of operational antigravity drones remains elusive or classified. The U.S. Department of the Navy has been granted patents for propulsion systems that could be interpreted as antigravity technology, such as one involving "repulsive gravity" or electromagnetic field propulsion. This suggests at least theoretical exploration in this area, though actual implementation into drone technology isn't publicly documented.
Instead of antigravity, there's a significant focus on counter-drone technology, where methods like signal jamming, drone guns, and laser systems are employed to neutralize or detect drones, which are very much subject to gravity. These technologies are crucial for military applications to protect against reconnaissance or attack drones.
There have been instances where private companies or inventors have claimed to be working on antigravity devices, including drones. One notable example is the LGE's Indiegogo campaign for an "antigravity drone," but these are often viewed with skepticism due to the lack of scientific substantiation or peer-reviewed results. While the term "antigravity" might be used loosely for marketing or speculative purposes, most commercial drones operate under conventional physics, focusing on improving battery life, flight stability, and payload capabilities rather than defying gravity. Companies like Boeing and Lockheed-Martin have explored various propulsion technologies, but these are generally within the realms of aerodynamics or rocket propulsion rather than antigravity. There's interest in advanced propulsion for space applications, but nothing specifically for antigravity drones.
While the concept of antigravity for drones is intriguing and has captured public imagination, practical, working antigravity drone technology currently classified and not fully released on the exact methods that our military and private corporations are currently working with to achieve these milestones. Most discussions revolve around theoretical physics, patents, or speculative claims without solid proof of functional devices.
The secretive nature of some military and private projects means that any real advancements in antigravity technology might not be public knowledge, leading to a mix of speculation and genuine interest in the field.
While there is interest and some conceptual work in antigravity propulsion, including for drones, no concrete, operational antigravity drone technology has been publicly demonstrated or acknowledged by either military or private aerospace sectors as of the latest information available besides the various select videos that some have captured throughout the NJ drone epidemic. The field remains classified, with real-world applications focusing on more conventional drone technology enhancements. Considering the declassification of this handbook already solidifies that the military and private aerospace companies have been working on this technology technology since the 1940's and have started to incorporate it into the drone industry for advanced military applications and are way ahead of what we could ever even imagine.
https://x.com/TheIntelSCIF/status/1875304076843405380