Comments by "Ronald Greene" (@ronaldgreene5733) on "Dark5" channel.

. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability .
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability .
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . .
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability .
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability .
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability .
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1
@ChrisPBacon777 . . at one point an astronaut throws something and the sound is heard when it strikes the lunar module -- yet no atmosphere and no arm for sound to travel through on its way to the helmet microphone . . tough one there mate. Are there other means of verifying their location? . . Perhaps the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- however, no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth . .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth .
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . a 6 billion dollar leaf blower cannot remove thick loose dust that remains near the landing pads where they leave footprints afterward -- while we all saw the touchdown video of the rocket exhaust streaming intensely outward and far beyond the landing pads . . and the features of the hard ground surface seen below . . yet there it remains -- thick loose dust with footprints for all to see in close proximity to the rocket nozzle . . and performing the identical maneuver of rendezvous in lunar orbit as takes place in near-Earth orbit -- without radar installations on multiple continents, mainframe processing . . let alone an inertial navigation system which the shuttle itself did not have -- all necessary data received through uplink from Houston for rendezvous in near-Earth orbit . . and all of which would be necessary to perform the complex orbital mechanics of rendezvous in lunar orbit. A simple computer aboard the LM that was the functional equivalent of a basic calculator provided none of this capability . . 😃
1
. . As in the jump salute where the astronaut with backpack are the Earth equivalent of 60 lbs. in the 1/6th gravity of the moon -- no astronaut at any time during the Apollo program exceeds 18 inches above the lunar surface when running or jumping -- the normal height above ground of what a man can achieve on Earth.
1