One can argue that whenever an astronaut goes into space, they are subject to the unknown risks that space holds; like the Challenger accident made evident, space flight is not a routine practice. That theory could not be comparable to an astronaut embarking into space with the full knowledge of a pre-existing and very real mechanical issue that could be potentially fatal to the entire crew. In the case of the Challenger launch, there has been overwhelming evidence that the crew of astronauts were completely and utterly unaware about the specific dangers that the flawed design of the O-rings posted (Allinson 2005). It is true that theses astronauts understood the risks associated with space travel, but they lacked the full knowledge that one simple component could have easily been dealt with in an effective manner to ensure the safety of their
One can argue that whenever an astronaut goes into space, they are subject to the unknown risks that space holds; like the Challenger accident made evident, space flight is not a routine practice. That theory could not be comparable to an astronaut embarking into space with the full knowledge of a pre-existing and very real mechanical issue that could be potentially fatal to the entire crew. In the case of the Challenger launch, there has been overwhelming evidence that the crew of astronauts were completely and utterly unaware about the specific dangers that the flawed design of the O-rings posted (Allinson 2005). It is true that theses astronauts understood the risks associated with space travel, but they lacked the full knowledge that one simple component could have easily been dealt with in an effective manner to ensure the safety of their