Here´s one of my old ones. Most of you already know her and currently I doubt I´ll build her. I also need to redo some things on the drawing...
Schwerer Kreuzer 26, laid down 1926
Length, 185.0 m x Beam, 19.0 m x Depth, 6.3 m
10047 tonnes normal displacement (9202 tonnes standard)
Main battery: 8 x 21.0-cm (4 x 2; 2 superfiring)
Secondary battery: 6 x 10.5-cm
AA battery: 20 x 4.0-cm
Light battery: 12 x 2.0-cm
Weight of broadside: 1143 kg
8 TT, 53.3 cm
Main belt, 8.0 cm; ends unarmored
Armor deck, average 4.0 cm
Conning tower, 10.0 cm
Battery armor:
Main, 8.0 cm / secondary, 2.5 cm shields
AA, 1.0 cm shields / light guns, 1.0 cm shields
Maximum speed for 60035 shaft kw = 31.83 knots
Approximate cruising radius, 10000 nm / 12 knots
Typical complement: 502-652
Estimated cost, $12.882 million (£3.220 million)
Remarks:
Relative extent of belt armor, 108 percent of 'typical' coverage.
Ship is roomy, with superior accommodation and working space.
Distribution of weights:
Percent
normal
displacement:
Armament ......................... 314 tonnes = 3 pct
Armor, total ..................... 1600 tonnes = 16 pct
Belt 522 tonnes = 5 pct
Deck 645 tonnes = 6 pct
C.T. 39 tonnes = 0 pct
Armament 393 tonnes = 4 pct
Machinery ........................ 2575 tonnes = 26 pct
Hull and fittings; equipment ..... 4252 tonnes = 42 pct
Fuel, ammunition, stores ......... 1256 tonnes = 13 pct
Miscellaneous weights ............ 50 tonnes = 0 pct
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10047 tonnes = 100 pct
Estimated metacentric height, 1.0 m
Displacement summary:
Light ship: 8791 tonnes
Standard displacement: 9202 tonnes
Normal service: 10047 tonnes
Full load: 10683 tonnes
Loading submergence 2076 tonnes/metre
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Estimated overall survivability and seakeeping ability:
Relative margin of stability: 1.20
Shellfire needed to sink: 4494 kg = 35.0 x 21.0-cm shells
(Approximates weight of penetrating
shell hits needed to sink ship,
not counting critical hits)
Torpedoes needed to sink: 1.4
(Approximates number of 'typical'
torpedo hits needed to sink ship)
Relative steadiness as gun platform, 51 percent
(50 percent is 'average')
Relative rocking effect from firing to beam, 0.45
Relative quality as a seaboat: 1.02
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Hull form characteristics:
Block coefficient: 0.45
Sharpness coefficient: 0.32
Hull speed coefficient 'M' = 8.60
'Natural speed' for length = 24.6 knots
Power going to wave formation
at top speed: 54 percent
Estimated hull characteristics and strength:
Relative underwater volume absorbed by
magazines and engineering spaces: 108 percent
Relative accommodation and working space: 125 percent
Displacement factor: 108 percent
(Displacement relative to loading factors)
Relative cross-sectional hull strength: 0.99
(Structure weight per square
metre of hull surface: 572 kg)
Relative longitudinal hull strength: 1.18
(for 5.30 m average freeboard;
freeboard adjustment +0.68 m)
Relative composite hull strength: 1.01
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[Machine-readable parameters: Spring Style v. 1.2.1]
606.80 x 62.32 x 20.66; 17.38 -- Dimensions
0.45 -- Block coefficient
1926 -- Year laid down
31.83 / 10000 / 12.00; Oil-fired turbine or equivalent -- Speed / radius / cruise
50 tons -- Miscellaneous weights
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8 x 8.27; 4; 2 -- Main battery; turrets; superfiring
:
6 x 4.13; 0 -- Secondary battery; turrets
Gun-shields
:
20 x 1.57 -- Tertiary (QF/AA) battery
Gun-shields
:
12 x 0.79 -- Fourth (light) battery
8 / 0 / 20.98 -- TT / submerged / size
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3.15 / 0.00 / 0.00 / 0.00; 108 -- Belt armor; relative extent
1.57 / 3.94 -- Deck / CT
3.15 / 0.98 / 0.39 / 0.39 -- Battery armor
(Note: For portability, values are stored in Anglo-American units)
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