Well, I'm not asking for the stats per se, I can find those pretty quickly. What makes me wonder is why there are so huge performance differences between different kinds of fusion drives.
a D-T fusion drive is projected to have an ISP of 22,000 and a thrust of roughly 100,000 newtons, with an energy output of about 16 MeV.
a He-D drive has a higher total energy output, an incredible isp, but my granny could probably apply more thrust to a spaceship.
where do these huge differences come from? In my (VERY limited) understanding, it should be possible to rig a D-T fusion drive to provide low thrust/high ISP, and an He-D drive to provide high thrust/low ISP.
a D-T fusion drive is projected to have an ISP of 22,000 and a thrust of roughly 100,000 newtons, with an energy output of about 16 MeV.
a He-D drive has a higher total energy output, an incredible isp, but my granny could probably apply more thrust to a spaceship.
where do these huge differences come from? In my (VERY limited) understanding, it should be possible to rig a D-T fusion drive to provide low thrust/high ISP, and an He-D drive to provide high thrust/low ISP.