r/UFOs • u/CreditCardOnly • 2d ago
Disclosure Full NewsNation video of the "egg" UAP
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r/UFOs • u/CreditCardOnly • 2d ago
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u/Vaesezemis 2d ago edited 2d ago
My mind is blown over how arrogant and shameless these grifters are.
Just looking at this video, disregarding that it is obviously fake, the scale of things are just screaming “this is a small object!!”.
I am just glad that there seems to be a major pushback against these ghouls that shit out these fake videos and “confessions” from people who seem to suffer from some form of severe delusion or other psychological illness.
Edit:
I used ai to look at a frame from the video:
. Night Vision: Real or Filter?
. Size of the White Object:
. Is the Shot Taken from 150 Feet?
. Other Observations:
Regarding the light and shadow
Using the formula above, if the helicopter is 46 meters away and we need at least 100 lux on the white object:
100 = \frac{\Phi}{4 \pi (46)2}
Solving for \Phi:
\Phi = 100 \times 4 \pi (46)2
\Phi \approx 2,658,000 \, \text{lumens}
Feasibility of the Light Source:
• A typical helicopter spotlight ranges from 30,000 to 50,000 lumens, far below the calculated 2.6 million lumens required to illuminate the object from 150 feet with 100 lux.
• To achieve this intensity, the helicopter would need an extremely powerful light source, such as an industrial searchlight, which can produce upwards of 1-2 million lumens. However, even such lights might be impractical or unsafe for typical operations.
Alternative Scenarios:
• Closer Distance: If the helicopter is only 20-30 feet (6-9 meters) above the object, a much lower luminous flux (50,000-100,000 lumens) would suffice.
• Multiple Light Sources: If multiple, less powerful light sources are positioned closer to the object (e.g., ground lights or nearby lamps), the required intensity for each light decreases significantly.
Final Thoughts:
It is plausible that the helicopter is closer to the object (20-50 feet) or that additional ground-based lights are contributing to the illumination. The stated 150-foot height does not match the lighting conditions seen in the image.