Unveiling the Future: Inside My Custom-Built UAP Aircraf

Download the pdf file to build motion and control equations for the UAP, which includes Python programs for simulations in six degrees of freedom as directed. https://drive.google.com/file/d/1-cV9zMMq6f4K8qbp5Voq9rGpFu_-yVQs/view?usp=drive_link To see for yourself.

Dave developed a two-seater experimental aircraft using readily available parts and data gathered from US patents.
"For years, scientists and dreamers have been captivated by the possibility of faster-than-light travel, anti-gravity, and propulsion systems that could revolutionize our world. But where do we start?"

His inspiration came from his training as a pilot under the Visual Flight Rules and the Pentagon's statement, that some UAP’s, may be ultra-secret human technology.

The two-seater is Faster than an F16 fighter jet and hovers like a hummingbird.

Takes off and land like a helicopter with handling similar to a Cessna 172.

Includes an avionics system and a primary flight display, devoted to flight information, similar to the Cessna, are included in the crew compartment.

A quick release pin for cabin separation with a parachute is provided which is located on the floorboard between the pilot and copilot.

A localized polarized vacuum field is created around the two-seater to provide a gravitational shield.
This is done by creating two separate electromagnetic fields to produce a gravitational field.
A primary electromagnetic field is generated by a system of gas filled shells with an electrically charged outer surfaces and microwave emitters.

A secondary electromagnetic field is generated by two integrated, counter-rotating platforms with an armature and stator that spin relative to each other to provide stability, as well as propagating gravitational field fluctuations caused by the secondary electromagnetic field passing through the primary electromagnetic field.

The concept incorporates sophisticated control algorithms that govern the operation of both the motor and generator components.
These algorithms take into account factors such as load conditions, speed variations, and energy demand, optimizing the system's overall performance.

Real-time adjustments are made to ensure the motor-generator operates at peak efficiency under diverse operating conditions.
Flight control for the two-seater is made by a yoke, and throttle, causing various sections of the resonant cavity shroud to vibrate. At specific frequencies

"Dave's NEW two-seater experimental aircraft, takes you on a journey through cutting-edge theories and bold inventions. It’s not just a book; it’s a blueprint for the future."

"Packed with detailed diagrams, real-world applications, and inspiring ideas, Dave's NEW two-seater experimental aircraft is a must-read for anyone looking to dive deeper into the next frontier of human innovation."

For testing and development, a prototype drone may be built similar to a typical quadcopter only replace the circuit boards such as the ESP speed controller with microwave emitter and frequency function generators.

"Get your copy of Dave's NEW two-seater experimental aircraft today on amazon and join the conversation about shaping tomorrow’s world."

Thank you for watching
Download pdf file for "How to" Resonant cavity simulation with python codes
https://drive.google.com/file/d/1-cV9zMMq6f4K8qbp5Voq9rGpFu_-yVQs/view?usp=drive_link

Amazon provides up to 15 pages of read sample review for the kindle edition

If interested
Kindle ebook download
https://www.amazon.com/dp/B0DLNG9MFD
paperback copy also available
https://www.amazon.com/dp/B0DLWL5898