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The Paranormal, UFO's, and Mysteries of the Unknown
- Thread starter MusicForFish
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Guest, it's time once again for the massively important and exciting FoH Asshat Tournament!
Go here and give us your nominations!Who's been the biggest Asshat in the last year? Give us your worst ones!
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Kharzette
Watcher of Overs
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I'd be curious if they targeted and tracked them one at a time, how long they can stay up. That can help with power plant guesses.
I'd temp suspend posse comitatus and get some some predators aloft and get some different spectrum footage. See if they have props or jets or what.
It sounds like they do show up on radar so that's something.
I'd temp suspend posse comitatus and get some some predators aloft and get some different spectrum footage. See if they have props or jets or what.
It sounds like they do show up on radar so that's something.
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This makes no sense. A month ago Iran was launching 100's of missiles at Israel and inflicting almost no damage. Now suddenly, they have undownable drones that launch from a "mothership", an underwater mothership that can launch drones from underwater, drones that have seemingly new power sources, and the first thing they do with them is send them to the US to take nightly tours and give us a chance to learn more about them casually? This guy has the look of somebody who knows he's been told to tell some lies for the team.
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Meanwhile pentagon says no that's BS. No evidence it's an adversary, and they're not ours. The only thing we can be sure of is we can't trust anything anybody from the govt is saying about these.
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Kharzette
Watcher of Overs
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Was talking to an old defense friend earlier. Predators can stay up a full day, but there are others that can stay up weeks. They could easily follow these things around if they just would.
Maybe we just don't have any nearby and they need to move them to NJ?
Maybe we just don't have any nearby and they need to move them to NJ?
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Some of them do, but some of them also have air traffic like helicopters, jets. I haven't been keeping track of which ones display the weird audio, sorry!
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Kharzette
Watcher of Overs
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Just watched that. Wish they had asked some good questions like the sound or did it have props.
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Edaw
Parody
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Design Concept:
**1. Platform and Propulsion:
**1. Platform and Propulsion:
- Type: Quadcopter or hexacopter drone for stability and maneuverability, capable of vertical takeoff and landing (VTOL).
- Propulsion: Equipped with high-efficiency electric motors or hybrid systems for extended operational time, possibly using hydrogen fuel cells for longer missions.
- High Power Microwave (HPM) Generator:
- Mechanism: Utilizes a high-power microwave source, similar to those used in anti-drone technology. The HPM would emit a directed beam or a wide-angle burst of microwave energy, interfering with the electronics of nearby drones, including their battery management systems.
- Considerations: The system would need to be compact yet capable of generating enough power to affect drone batteries at a significant range. Cooling systems would be essential due to the heat generated by high-power operations.
- RF Interference System:
- Mechanism: Alternatively or in combination with HPM, an RF transmitter could be used to create a strong electromagnetic field at frequencies that resonate with common drone battery components, leading to induced currents and battery discharge.
- Practicality: This would require tuning to the specific frequencies used by drone electronics and batteries, potentially making it less versatile but more targeted.
- Autonomous Navigation: Equipped with AI and machine learning algorithms for recognizing and tracking drones, using sensors like radar, LiDAR, and cameras. It would need to differentiate between friendly and target drones.
- Communication: Secure communication channels with ground control or satellite for real-time data exchange, mission updates, and precise targeting.
- High Capacity Batteries or Fuel Cells: To support the energy-intensive operation of the HPM or RF systems, the vehicle would need a robust power supply, possibly using the latest in battery technology or fuel cells for longer endurance.
- EMP Shielding: For its own protection against self-induced electromagnetic effects or countermeasures from hostile drones.
- Heat Management: Advanced cooling systems to manage the thermal output from the energy emission systems.
- Operational Range: Designed to affect drones within a radius that's practical for its power capacity, perhaps up to 100 meters with current technology, with potential for further development.
- Selective Targeting: To avoid collateral damage, the system might employ narrow beam technology or adaptive power levels to focus on specific targets.
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Design Concept:
**1. Platform and Propulsion:
**2. Energy Emission System:
- Type: Quadcopter or hexacopter drone for stability and maneuverability, capable of vertical takeoff and landing (VTOL).
- Propulsion: Equipped with high-efficiency electric motors or hybrid systems for extended operational time, possibly using hydrogen fuel cells for longer missions.
**3. Control and Navigation:
- High Power Microwave (HPM) Generator:
- Mechanism: Utilizes a high-power microwave source, similar to those used in anti-drone technology. The HPM would emit a directed beam or a wide-angle burst of microwave energy, interfering with the electronics of nearby drones, including their battery management systems.
- Considerations: The system would need to be compact yet capable of generating enough power to affect drone batteries at a significant range. Cooling systems would be essential due to the heat generated by high-power operations.
- RF Interference System:
- Mechanism: Alternatively or in combination with HPM, an RF transmitter could be used to create a strong electromagnetic field at frequencies that resonate with common drone battery components, leading to induced currents and battery discharge.
- Practicality: This would require tuning to the specific frequencies used by drone electronics and batteries, potentially making it less versatile but more targeted.
**4. Power Supply:
- Autonomous Navigation: Equipped with AI and machine learning algorithms for recognizing and tracking drones, using sensors like radar, LiDAR, and cameras. It would need to differentiate between friendly and target drones.
- Communication: Secure communication channels with ground control or satellite for real-time data exchange, mission updates, and precise targeting.
**5. Safety and Countermeasures:
- High Capacity Batteries or Fuel Cells: To support the energy-intensive operation of the HPM or RF systems, the vehicle would need a robust power supply, possibly using the latest in battery technology or fuel cells for longer endurance.
**6. Range and Effectiveness:
- EMP Shielding: For its own protection against self-induced electromagnetic effects or countermeasures from hostile drones.
- Heat Management: Advanced cooling systems to manage the thermal output from the energy emission systems.
- Operational Range: Designed to affect drones within a radius that's practical for its power capacity, perhaps up to 100 meters with current technology, with potential for further development.
- Selective Targeting: To avoid collateral damage, the system might employ narrow beam technology or adaptive power levels to focus on specific targets.
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Kharzette
Watcher of Overs
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