Powered Flight from Earth to Mars - Find Help Here

  • Thread starter revenant
  • Start date
In summary, the conversation is about powered flights in interplanetary travel and the different types of engines that can be used. The individual is seeking help and suggestions on how to approach this topic and mentions the use of ion drives and multistage engines.
  • #1
revenant
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lemme start of by saying hi...

i came across this forum on a search in google and found it nice...

i got a nice problem that i cud use help on

we all know the ususal orbital mechanics of the conic sections. this type of orbit occurs only in unpowered flight (where u don't use any engines, just use the gravity field of planets)

what wud the orbits be like if the flight was powered.

im looking at interplanetary powered flight say from Earth to mars.

anyone has already done this or know how todo this... help!

thx
 
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  • #2
Hi revenant, welcome to PF!

AFAIK it needs to be done numerically.

There is probably something out there somewhere. Look up trajectories relating to 'ion drives' which are continuously powered spacecraft .
 
  • #3
Are you interested in a trickle accelleration, like from an ion engine, or a quick flight where you're accelerating at 1g for half your flight, and decelerating at 1g for the second half?
 
  • #4
well... the type of engine is chemical rocket/electrical/ion... that is i can use them all or just one of them or any two of them... its basically multistage and its powered flight. so u have thrust coming in the force equation and its no longer conic, angular momentum is also not conserved!
 

What is powered flight from Earth to Mars?

Powered flight from Earth to Mars is the use of rockets or other propulsion systems to transport spacecraft from Earth to Mars.

Why is powered flight from Earth to Mars important?

Powered flight from Earth to Mars is important because it allows us to explore and potentially colonize other planets. It also helps us understand the universe and our place in it.

What are the challenges of powered flight from Earth to Mars?

The main challenges of powered flight from Earth to Mars include the distance, which can vary from 36 million to 250 million miles depending on the positions of the two planets, and the harsh conditions of space, such as radiation and microgravity.

What technologies are used for powered flight from Earth to Mars?

Technologies used for powered flight from Earth to Mars include rockets, such as the Falcon Heavy and the Space Launch System, as well as ion propulsion and solar sails.

How long does it take for powered flight from Earth to Mars?

The time it takes for powered flight from Earth to Mars can vary depending on the spacecraft, trajectory, and launch window. On average, it takes around 7 months.

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