https://www.google.com/search?q=mars+spaceships&safe=strict&tbm=isch&imgil=r1NnWXg-dWrEXM%253A%253BxygC1gfJNSb2EM%253Bhttp%25253A%25252F%25252Fwww.nasa.gov%25252Fexploration%25252Fhome%25252Fantimatter_spaceship.html&source=iu&pf=m&fir=r1NnWXg-dWrEXM%253A%252CxygC1gfJNSb2EM%252C_&usg=__JY0a4flRiQCMEc1mvCVgnNDwoUI%3D&biw=1252&bih=611&ved=0ahUKEwi-jIu8-ffLAhWpwYMKHVTKCsYQyjcIJQ&ei=-usDV76nLamDjwTUlKuwDA#imgrc=r1NnWXg-dWrEXM%3A
Our Problem is that in space there is a lot of magnetic forces from gravity or the heat of the sun. Therefore that could damage our ship or flight path on the journey.
Our Solution: The Solar System is really cold so are metals won't melt. Also if you can get out of earth's atmosphere you can get back in and anyways it easier to enter mars, but when you go on our journey the magnetic forces of the Sun or space junk might get in our way if the flight path gets forced by the forces into the space junk.
Our Conclusion: Is that we don't have to do anything but reinforce the ship a little bit so it doesn't get off tracked from the forces or heat.
Our Solution: The Solar System is really cold so are metals won't melt. Also if you can get out of earth's atmosphere you can get back in and anyways it easier to enter mars, but when you go on our journey the magnetic forces of the Sun or space junk might get in our way if the flight path gets forced by the forces into the space junk.
Our Conclusion: Is that we don't have to do anything but reinforce the ship a little bit so it doesn't get off tracked from the forces or heat.