Did the Apollo 13 LEM burn up?

Four landing legs with round footpads were mounted on the sides of the descent stage and held the bottom of the stage 1.5 m above the surface. The distance between the ends of the footpads on opposite landing legs was 9.4 m. One of the legs had a small astronaut egress platform and ladder.

How was the Apollo 13 Problem solved?

2 oxygen tank onboard Apollo 13 had been accidentally dropped during maintenance before the Apollo 10 mission in 1969, causing slight internal damage that didn’t show up in later inspections. The testing team decided to solve this problem by heating the tank overnight to force the liquid oxygen to burn off.

What type of fuel is used in the Apollo 13 descent stage?

There was a lot of unused fuel (Aerozin 50) and oxidizer (nitrogen tetroxide) remaining in the descent stage of the Apollo 13 LM, 55 \%. No need to use the fuel in the ascent stage.

Why did the Apollo 13 take 143 hours to fly?

So, the descent engine was fired sufficiently to boost their speed up another 860 feet per second, cutting the flight time to 143 hours – which provided a better margin for survival. Damage to the Apollo 13 spacecraft from the oxygen tank explosion.

How many things saved Apollo 13?

Note: To celebrate the 40th anniversary of the Apollo 13 mission, for 13 days, Universe Today will feature “13 Things That Saved Apollo 13,” discussing different turning points of the mission with NASA engineer Jerry Woodfill.

Why did they turn off the reactant valves on Apollo 13?

At the time that they shut off the reactant valves on Apollo 13, they had hopes that the oxygen leak was in one of the fuel cells, and that shutting the reactant valves to fuel cells 1 and 3 would stop the leak and leave them with one good fuel cell, which would allow them to return home safely if nothing else went wrong.