so I started to do the internals:
15 cabines including a bunk-bed with dresser and a folding table below, a shower (gravity necessary) and a null-g toilet
4 Mechbays - well they are rather big (although lore described them as very very cramped)
about the fighters- well I did use the 3d Chippewea that you can find on sarna.net - and folded the wings....
I can put two fighters in the Leopard - but the progress auf launching will include that the "front" of the Leopard will open like the bow on a ferry.
Maybe I add the "launch-pod" for MechDrops there too. (I will remove the "drop-doors" that are included in the original MWO model (yet to be seen) - so the central path is for deploying Mechs from orbit (so it need to be that big)
The whole rear section is for the atmospheric fusion ram jet or the maneuver drive as well as the transit drive (the transit drive will be mounted at the bottom) - currently I consider to keep the ~128tons of water as fuel - but with 11km/s exhaust velocity turned into hydrogen its hardly enough for 12h of 1g acceleration....
- The Dropshio Jumpship Source Book - mentioned the transit drive for the Buccaneer and the Leopard CV(the missing - so up is the front) - there is also a picture of the Buccaneer with the transit drive - it can only pull 1g at maximum,
This means evilauthor is correct about the all the time 1g burn - for most dropships - however the Leopard CV or ships without transit-drive might accelerate with higher acceleration and coast for the rest of the time.
- next step is to put the Chippewa and maybe the Stuka together (roughly) to get an better feel for ASFs and a idea about their real size
Now hear this - some calculation.....
I have a heavy stomach ache in granting the fusion torch drives of the Leopard a whooooooping exhaust velocity of 60.000km/s or 0.2c - with ~300tons of fuel and two planet killing 18 TW engines - the Leopard can accelerate for 7 Days (with 15hs reserve) with 0.5g.
With accelerating 3.5days and decelerating 3.5days - the Leopard is coasting for 5 days - when he has to travel the distance earth-saturn.
When not breaking the water into hydrogen first and just adding it into the manouver drive as extra mass - the Leopard can pull 2gs for 11hrs.
total mass of the Leopard is now 2400tons however
on a second note - the engine / wing block of the Leo might be pivotable - question is how much force can a "ring" adsorb -
Edited by Karl Streiger, 12 April 2018 - 10:35 PM.