To reiterate what Donnie B said:
According to you Anywho, they faked going to the Moon which would mean that any videos or images of the rover driving could not have been taken on the Moon.
But you use the same videos and images to show how loose and slippery the lunar surface is.
Do you not see a problem there? Please directly address this in your next post.
I am saying 4WDrivng, as presented n the appolo footage is faked, and part of the evidence is that the surface of the moon, as presented in the apollo footage, is loose and therefore combined with 1/6g presents an unassailable traction problem for the rovers, as presented.
There is no contradiction in using apollo footage, as presented, to prove the apollo footage, as presented, is fake.
Does this really have to be explained? This message board invites people to put hoax theories forward so it should not make your head explode that proponents of the hoax theory use the apollo footage to support their claims.
Well, it's no secret that physics is not my strong subject, and that report is so far over my head it threatened to give me a nosebleed, but even I can spot the flaw in that statement. 57 lbs represents the weight on each wheel on the moon. The LRV wasn't designed to operate in the Earth environment; there would be no reason to test the wheels with the earth weight of the loaded rover.
The wheel with 57lbs of weight on the moon has to move the equivalent of 342lbs of mass horizontally on the moon, and the testing shows it can't be done.
I am not saying they should have put 342lbs of weight on the wheels, I m saying the wheels have to get enough traction to be able to pull 342lbs horizontally in order for the rovers to move on the moon, and not only does the testing show that the wheels slip well before that, but the equipment is not even sufficient to test it fully.
http://www.hq.nasa.gov/alsj/PerfBoeingLRVWheelsRpt1.pdfThe weight is 1/6 on the moon, but the mass that has to be propelled horizontally is the same as on earth. This is where the traction problems are.