– Landing difficulty owing to Mars’s thin atmosphere (less than 1% of Earth’s density).
– Communication delays of up to 20 minutes because of its distance (approximately 140 million miles from Earth).
– Occasional blackout periods caused by the sun blocking radio signals every two years during planetary alignment.
Lead Image: Illustration courtesy NASA/JPL.
The story of NASA’s missing Mars Observer highlights key realities in planetary exploration-technical hurdles, resource constraints, and the unforgiving nature of space environments. For India,which has successfully managed interplanetary missions like Mangalyaan (Mars Orbiter Mission),these points underline both achievements and future needs. While India’s Mangalyaan broke ground with its economical design tailored for near-Mars operations, this case reminds us that cost-effectiveness must not compromise mission robustness.
Additionally, as ISRO plans more ambitious ventures like Gaganyaan and moon landings following Chandrayaan successes, ensuring resilience against communication delays or failures becomes crucial-especially with growing aspirations toward manned missions in space. Strengthening engineering standards against such variables could further position India as a leading figure in global space exploration while contributing valuable insights into overcoming common planetary mission pitfalls.