THE MIC IS ABOUT

5/6/24 G-BDLT (IAN PARKINSON) OVERHEAD AGAIN UNSAFE FLY REPORT TO CAA 34128, G-DIZY OVERHEAD UNSAFE FLY, G-JZBU UNSAFE FLY

CAMERA LENS FOCUSED AT CORRECT DISTANCE MARKED ON LENS BARREL BETWEEN 10M AND 15M LENGTH ABOVE GIVE OR TAKE A FEW INCHES!

UPLOAD NOT RELATED THIS DAY

As I write this civilised men are flying overhead trying to kill me 1984

18 US code 2261 stalking with intent to harm, injure, harass, kill cause substantial emotional distress

6/6/24 G-BRDF OVERHEAD UNSAFE FLY
SPY PLANE G-IZZI OVERHEAD

FREEMASON AIRCRAFT MOBBING/HARASSMENT STARTED WHEN I COMPLAINED TO NORTHUMBRIA POLICE COINCINDENTALLY ON THAT DAY, WHEN I VOICED CONCERN ABOUT DEMOCIDE THE CHEMTRAIL PHENOMENON

"There exists a shadowy government with its own Air Force, its own Navy, its own fundraising mechanism, and the ability to pursue its own ideas of the national interest, free from all checks and balances, and free from the law itself." Daniel I

5/6/24 G-RANL UNSAFE FLY

4/6/24 G-RANL HELICOPTER OVERHEAD TWICE GROUND LEVEL UNSAFE FLY

⁣⁣US weapons system SATAN: Stands for silent assassination through adaptive networks.

Project soul catcher.

⁣5G stalking. United States Patent Application: 20070139247 (uspto.gov)

14. The multi-functional RFDE system of claim

12, wherein the mobile vehicle is an aircraft.

15. A method of operating a multi-functional radio frequency directed energy (RFDE) system, comprising the steps of: utilizing an RFDE transmitter and at least one RFDE antenna to direct high power electromagnetic energy towards a target sufficient to cause high energy damage or disruption of the target; utilizing a targeting system to locate the target, the targeting system including a radar transmitter and at least one radar antenna for transmitting and receiving electromagnetic energy to locate the target; aiming the at least one RFDE antenna at the target based on the location of the target as ascertained by the targeting system; and integrating at least a portion of the radar transmitter or the at least one radar antenna within at least a portion of the RFDE transmitter or the at least one RFDE antenna.

0002] Radio frequency directed energy (RFDE) systems are known in the art for directing high power RF, microwave and/or millimeter wave electromagnetic energy to destroy or disrupt a target. Although RFDE systems typically serve as military weapons, RFDE systems need not be limited to weapon systems. For example, RFDE systems of the present invention may be used for non-military purposes such as destroying or disrupting foreign objects, contaminants, undesirable atmospheric conditions, or other types of targets.

[0003] As for weapon systems, it is important to distinguish between an RFDE weapon system and an electronic warfare system. A primary difference between an RFDE weapon and an electronic warfare system is power and kill mode. An electronic warfare system makes use of a priori knowledge of a target it is designed to jam or disrupt. An electronic warfare system uses such a priori knowledge of a target's characteristics (e.g., frequency of operation, method of operation, etc.) to disrupt or confuse the target with "finesse", or a relatively low amount of power.

[0004] On the other hand, an RFDE weapon system can go after a broad range of targets (electronics, biological, ordinance, structures, etc.) due to its relatively large radiated power. A priori knowledge of the intended target characteristics is typically not required because the RFDE weapon either burns-out or overwhelms its target by the shear amount of power it radiates.

[0005] An ongoing problem with RFDE systems is targeting--accurately pointing the RF directed energy beam at the intended target and establishing an accurate range from the system to the target. To date, the RFDE system targeting problem has been addressed by using what may be referred to as auxiliary add-on systems. These add-on systems could include a stand-alone radar system, a stand-alone laser range finder, stand-alone optical or infrared imaging system, etc. However, these add-on systems add significant cost to the RFDE system. In addition, these add-on systems add significant complexity by requiring calibration of the alignment between the RFDE system and the stand-alone targeting system