In the descent stage of the LM there were five compartments. Quadrant one contained the Moon Rover. The last three missions used rovers. They weighed 463 pounds. Do you really think they could have rolled up so neatly?
Why would anyone have risked their life to go romping around in the dune buggy so far from the LM? What if one or both astronauts roving around encountered some trouble being comparatively far from the "mothership"? That would have not only been risky, but foolhardy.
Have you examined pictures of the LM? It looks rather fragile. Lindbergh's The Spirit of St. Louis was downright sturdy in comparison. The LM looks like a 5th grade art project. And those golden spindly legs! What a hoot.
Nah, the whole premise of the "missions" is too unbelievable from every aspect. But getting through the Van Allen Radiation Belts is way too unrealistic. That's why I insist that no manned craft has gone beyond low Earth orbit. Some of the supposed astronauts who went to the moon never even heard of the Van Allen Radiation Belts. They never felt a thing because they did not go through the VARB. Who wrote this lousy script?
Some thoughts (YMMV):
--Van Allen Belts: Upthread were some detailed posts on these radiation belts, some of which are apparently much closer to Earth that the ISS orbit. That info also included belt architecture and how properly launched spacecraft could avoid passing thru the VA belts, and also measurements of radiation received within spacecraft, numbers that were far lower than what would be damaging.
-Micrometeoroids: Though their velocity generally exceeds 20,000 mph, their mass is almost always very small. Spacecraft and spacesuits are designed with an outer layer that causes the tiny objects to vaporize on contact such that heat is dissipated before the inner layers are compromised. If that were not so, not only Neil Armstrong et.al. but all those doing extra-vehicle work at the ISS and other manned spacecraft now and earlier would have the same danger. The moon's surface area is over 12 million square miles, so the chances of being hit by a micrometeoroid large enough to puncture a space suit would be very low, though not zero. Space exploration, like earthly explorations to the poles/undersea/mountaintops, include a measure of danger. The smallest micrometeoroids reaching the Earth's atmosphere do not burn up, due to their tiny mass being slowed before encountering sufficient atmosphere to produce enough heat. It's the same principle that dropping a mouse from 1,000 feet doesn't injure the animal but would be far different for a human.
--LEM: Those skinny legs aren't really spindlier than the wheel struts on Spirit of St. Louis, and Lindbergh's airplane had to land in Earth's gravity, much greater than that on the moon.