Page 244 - Lunacy and the Age of Deception

when they reportedly landed them on the Moon. These Moon vehicles would have been more
problematic than the LLRV which was used for Earth simulations, yet the astronauts had great
difficulty just flying the LLRV. The following video shows Neil Armstrong in a test session with the
LLRV when it becomes unstable. Not being able to correct the stability of the craft, he is forced to
use the emergency ejection seat and parachute to the ground. The LLRV then crashes and bursts into
flames. That would be a rather tragic ending for any of the Apollo Moon landings.

https://youtu.be/mBlNfFcV6ns

Nevertheless, we are to believe that the Apollo astronauts, having to steer their craft by peering out
a window, making visibility much more problematic than sitting in an open trainer, were able to land
their spacecraft without any problems six times in a row.

The truth is that man has only recently come close to perfecting tail first rocket landings. The private
firms Blue Origins and SpaceX have both been working on perfecting rocket landings so that they
can re-use their rockets and thereby cut down significantly on costs. These two companies,
employing the best minds in rocket science today, having nearly 50 more years of advances in rocket
technology behind them, and being able to use extremely powerful computers to perform critical
real-time adjustments to the rocket’s guidance systems, experienced crash after crash until only in
the last year being able to accomplish a tail first landing.

SpaceX vs Blue Origin

Numerous videos of the rockets crashing while attempting tail first landings can be viewed online.

https://youtu.be/4cvGGxTsQx0

The following video shows a successful tail first landing of a Blue Origin rocket. Note all the dust
and debris kicked up by the rocket, and the fiery glow as the rocket settles onto the ground.

https://youtu.be/txOVV_KSugM

The Apollo Lunar Lander by contrast shows very little dust being kicked up, and where there should
be melted silica and a crater scoured out by the blast of the rocket engine, the ground appears
perfectly undisturbed in Apollo images.