The Athena spacecraft has landed in a dark lunar crater at an extremely low temperature of -280°F (-173.33°C). Following its unfortunate landing, community discussions have spurred insights into spacecraft engineering and design philosophies. A significant commentary points out the absence of rugged features or simple mechanisms to stabilize or recover from an unintended landing position. Critiques compare the engineering culture of today's space missions with that of the Apollo era, arguing modern engineering has shifted towards precision over robustness. The discussion includes opinions advocating for simpler, more resilient spacecraft designs, suggesting that this could enhance the rate of successful lunar missions. This is underscored by the contrasting approaches of contemporary missions like IM-2, which favor optical navigation over the traditional RADAR systems that were instrumental in earlier missions. The need for robust design philosophy in space exploration is reiterated, highlighting that lessons from the past should inform future innovations.