errata
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errata [2017/03/31 12:51] – weby | errata [2021/04/11 02:44] – weby | ||
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The single drive is rated 100g/c, should be 50g/c | The single drive is rated 100g/c, should be 50g/c | ||
+ | |||
+ | Rear hull section has a habitat with five luxury cabins, 180 cabins and a 20-bed sickbay. That is total of 210 cabin units of the 200 possible. | ||
=== Maltese Falcon-Class === | === Maltese Falcon-Class === | ||
Line 169: | Line 171: | ||
Sword-Class Heavy Cruiser in SS3 page 14. The stat-line is listed as having a DR of 100/100/50, but the design has 140/140/70 (which seems to fit the actual stats for streamlined diamonoid) | Sword-Class Heavy Cruiser in SS3 page 14. The stat-line is listed as having a DR of 100/100/50, but the design has 140/140/70 (which seems to fit the actual stats for streamlined diamonoid) | ||
- | Also, it has 10 fixed rear-mounted missile launchers. Does it expect to be running away often? | + | Also, it has 10 fixed rear-mounted missile launchers. Does it expect to be running away often? |
+ | |||
+ | === Eclipse-class === | ||
+ | |||
+ | The crew listing has "plus all necessary small craft pilots and flight crews." | ||
=== Trinity-class === | === Trinity-class === | ||
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===Komarov-class=== | ===Komarov-class=== | ||
- | Is noted as "This is a compact, single-stage-to-orbit vehicle using anti- | + | The ATR rocket is listed as giving 0.2g/module for a total of 0.6g. But the basic ATR at TL 10 give 0.2 with hydrogen and using water instead you get 0.6g/module for a total of 1.8g. |
+ | |||
+ | It is also noted as "This is a compact, single-stage-to-orbit vehicle using anti- | ||
matter rocket engines to achieve high performance. This permits landing and takeoff from high-G worlds. It is designed to glide in for a landing from orbit, but it can operate from a vertical position" | matter rocket engines to achieve high performance. This permits landing and takeoff from high-G worlds. It is designed to glide in for a landing from orbit, but it can operate from a vertical position" | ||
- | But its ability to operate in high-G worlds is severely limited by the low acceleration and D-v. | + | But its ability to operate in high-G worlds is severely limited by the low D-v. |
- | It can only take off or land on planets with more than the 0.6g if they have atmosphere. Further the d-V is just enough to reach low orbit of 1g planet with a minimal reserve for docking maneuvers, | + | The d-V is just enough to reach low orbit of 1g planet with a minimal reserve for docking maneuvers, |
===Star Hunter=== | ===Star Hunter=== |
errata.txt · Last modified: 2023/09/06 02:39 by weby