Page 245 - Lunacy and the Age of Deception

Additionally, the foil like covering which wrapped the exterior of the Lunar Lander should have been
ripped to shreds by the blast of the lunar soil being violently hurled out by the force of the landing
rockets. Yet, the thin foil-like covering is pristine and undamaged in Apollo photographs.

If man is only now perfecting the ability to land rockets tail first using variable thrust rocket engines,
and they are achieving this by using lightning quick computers and sophisticated programming, how
did men in the 1960s accomplish the same feat without the aid of embedded computer control
systems?

Another bit of mythological Apollo technology is their extreme environment air conditioning
systems. I live in a motorhome, and I have installed an auxiliary solar power system. I have three
large Absorbed Glass Mat batteries, some of the best technology available to consumers today for
this type of application. Each of the batteries weighs 90 pounds. Together they provide 459 Amp
Hours of electric power. This is sufficient to power a number of things, including LED lights which
are a technology that did not exist in the 1960s. The Apollo Command Module used fluorescent
lamps for its general illumination, and the Lunar Module used incandescent lamps.

[Souce: https://www.hq.nasa.gov/alsj/tnD7290Lighting.pdf]

Both fluorescent and incandescent lighting use far more electricity than LEDs. My battery system
is sufficient to run numerous LED lights, some small appliances such as a laptop computer, printer,
a fan, and a very efficient 12 volt DC freezer. I do have a power converter to supply 110 volt AC
power from my battery bank, and with this I can operate a microwave and other small appliances for
brief periods. Yet, one thing I cannot run from my battery bank is my motorhome’s air conditioner.
Air conditioners are extremely power hungry devices, and although I can power the roof air
conditioner from my batteries, it would drain them in just a couple hours.

Understand that the air conditioner I use needs to only handle the much milder conditions of Earth.
The highest temperatures I experience at my location rarely reach 100 degrees Fahrenheit, or 37
degrees Celsius. On the Moon, however, temperatures vary from 250 degrees Fahrenheit in the Sun,
to minus 250 degrees in the shade. The Apollo Command Module and Lunar Module both had to