The LRO ( Lunar reconnaissance orbiter ) has zoomed in on all the landing sites and captured all of the Apollo missions equipment left behind, also the distance arrays set up by Aldrin are still reflecting signals back to earth , as for rocket full not much is needed after entering orbit to place a craft on its trajectory there is no friction in space you are travelling in a void.
The LRO ( Lunar reconnaissance orbiter ) has zoomed in on all the landing sites
If you're willing to trust the same people who say we went to the moon in the first place
the distance arrays set up by Aldrin are still reflecting signals back to earth
As an amateur radio operator, I can tell you that you don't even need "distance arrays" to bounce radio signals off the moon. It just works. And it worked before the 1960s as well - they've been doing it since at least the 1940s, maybe earlier
not much is needed after entering orbit to place a craft on its trajectory there is no friction in space you are travelling in a void
That would be true if you just forget about the little thing out there called gravity
The LRO ( Lunar reconnaissance orbiter ) has zoomed in on all the landing sites and captured all of the Apollo missions equipment left behind, also the distance arrays set up by Aldrin are still reflecting signals back to earth , as for rocket full not much is needed after entering orbit to place a craft on its trajectory there is no friction in space you are travelling in a void.
If you're willing to trust the same people who say we went to the moon in the first place
As an amateur radio operator, I can tell you that you don't even need "distance arrays" to bounce radio signals off the moon. It just works. And it worked before the 1960s as well - they've been doing it since at least the 1940s, maybe earlier
That would be true if you just forget about the little thing out there called gravity