Aamna Ali
FULL MEMBER
- Joined
- May 15, 2011
- Messages
- 272
- Reaction score
- 4
- Country
- Location
There's no turning back. India's Mars Orbiter Mission has left Earth orbit and is heading for the red planet. After a flourish of media coverage before and shortly after launch, attention on this mission is likely to fade for several months. The MOM now has a long journey to reach its destination. It will arrive at Mars in September 2014.
Despite the spotlight moving on, it should not be assumed that this phase of the mission will be uneventful. Hopefully, things will go well, but the risks should not be underestimated. This is the most adventurous space mission ever launched by India, and probably its most hazardous.
What could go wrong? MOM has already had a minor problem with a backup fuel system, but this was not a threat to the mission. The spacecraft seems generally healthy right now, and has survived some of the most stressful parts of its mission already.
Launch, deployment, checkout, engine burns and velocity changes have gone well. Nevertheless, the longer the mission stays in space, the higher the chance that some component will malfunction.
Then there's the environment. Interplanetary space holds dangers that do not always threaten spacecraft that stay close to Earth. There is a higher level of exposure to radiation and particles. Thermal stresses are also potentially higher. There's no shadow of the Earth or magnetic fields to protect the spacecraft. MOM is designed for these conditions but it will still need careful management.
Space is also unpredictable. Solar storms can throw particles into deep space that pose hazards for local satellites. In deep space, it can be even worse. Some deep space missions have been damaged by solar activity. Although we can monitor these outbursts, there is often nothing that can be done to protect a spacecraft from their influence.
The hazards of deep space gave rise to the legend of the Great Galactic Ghoul, a mythical monster that lurks in space and devours spacecraft. The Ghoul has been implicated in the loss of several missions, and seems very eclectic in its tastes. It eats spacecraft from America, Russia, Japan and other nations. Does the Ghoul like Indian food? It's never been tempted this way before. Hopefully it will not bite.
Surviving the journey is just one task now facing MOM. Some of the instruments could be used to measure conditions in deep space even before the spacecraft approaches Mars. This gives controllers practice and confirms the successful operation of the experiments. It also boosts the scientific return. Most of this activity will not grab headlines but it will steadily chalk up the overall performance of MOM.
If the mission attracts little media coverage for the next few months, it will probably be a positive rather than a negative. It will probably mean that no surprises have developed. In the hazardous environment of interplanetary space, no news is usually good news.
Dr Morris Jones is an Australian space analyst who has written for spacedaily.com since 1999
Despite the spotlight moving on, it should not be assumed that this phase of the mission will be uneventful. Hopefully, things will go well, but the risks should not be underestimated. This is the most adventurous space mission ever launched by India, and probably its most hazardous.
What could go wrong? MOM has already had a minor problem with a backup fuel system, but this was not a threat to the mission. The spacecraft seems generally healthy right now, and has survived some of the most stressful parts of its mission already.
Launch, deployment, checkout, engine burns and velocity changes have gone well. Nevertheless, the longer the mission stays in space, the higher the chance that some component will malfunction.
Then there's the environment. Interplanetary space holds dangers that do not always threaten spacecraft that stay close to Earth. There is a higher level of exposure to radiation and particles. Thermal stresses are also potentially higher. There's no shadow of the Earth or magnetic fields to protect the spacecraft. MOM is designed for these conditions but it will still need careful management.
Space is also unpredictable. Solar storms can throw particles into deep space that pose hazards for local satellites. In deep space, it can be even worse. Some deep space missions have been damaged by solar activity. Although we can monitor these outbursts, there is often nothing that can be done to protect a spacecraft from their influence.
The hazards of deep space gave rise to the legend of the Great Galactic Ghoul, a mythical monster that lurks in space and devours spacecraft. The Ghoul has been implicated in the loss of several missions, and seems very eclectic in its tastes. It eats spacecraft from America, Russia, Japan and other nations. Does the Ghoul like Indian food? It's never been tempted this way before. Hopefully it will not bite.
Surviving the journey is just one task now facing MOM. Some of the instruments could be used to measure conditions in deep space even before the spacecraft approaches Mars. This gives controllers practice and confirms the successful operation of the experiments. It also boosts the scientific return. Most of this activity will not grab headlines but it will steadily chalk up the overall performance of MOM.
If the mission attracts little media coverage for the next few months, it will probably be a positive rather than a negative. It will probably mean that no surprises have developed. In the hazardous environment of interplanetary space, no news is usually good news.
Dr Morris Jones is an Australian space analyst who has written for spacedaily.com since 1999
Last edited:
