Hiryu statistics Mark I

80819, 90603, 90718, 100506, 160121

BASIC STATISTICS
Class Name       : Hiryu
Classification   : General Duty
Type             : CL (Light Cruiser)
Model Number     : I

PHYSICAL SPECIFICATIONS
Length           :  685 m
Beam             :  250 m
Draft            :  138 m
Displacement     :  3,415,698 mt

COMPLEMENT
Total Standard   :  925
Officers         :   59
Crew             :  526
Passengers       :  180 (Standard)
Marines          :  160

Warp Propulsion System
Drive Type        : ILN-502 Mk X
     Number       : 2
Main Reactor      : FRAM-1200

Impulse System
Drive Type        : KRLT Impulse Drive Units
     Number       : 2
Secondary Reactor : FRIF-700 network

Velocity
Standard Cruise Speed   : 7.0
Maximum Cruise Speed    : 9.75
Sustainable for 12 hours: 9.9
Maximum Emergency Speed : 9.95
Core Failure Immenent   : 9.96

ARMAMENT
     Hull mounted
          Phaser, Type X
               Number : 5 banks
               Range  : 300,000 km
               Arcs   : saucer module dorsal array
                        saucer module ventral array
                        secondary hull forward ventral array
                        secondary hull aft ventral array
                        Secondary hull aft dorsal array

          Phaser, Type Xa
               Number : 2 turrets of 1 pulse phaser cannon each
               Range  : 200,000 km
               Arcs   : nacelle pylon arrays (p/s)

          Flux Torpedo, Mk III
                Number : 2 launchers
                Range  : 3,500,000 km
                Arcs   : 1 forward, 1 aft

     Multi-mission pod mounted
     Type 1 - Sensor pod
          No weapons

     Type 2 - General weapons pod
          Phaser, Type X
               Number : 4 bank
               Range  : 300,000 km
               Arc    : forward, aft, port, starboard

          Flux Torpedo, Mk III Seeking/Direct
               Number : 3 tubes
               Range  : 3,500,000 km
               Arcs   : 2 forward, 1 aft

     Type 3 - Torpedo weapons pod
          Flux Torpedo, Mk III Seeking/Direct
               Number : 5 tubes
               Range  : 3,500,000 km
               Arcs   : 3 forward, 2 aft

     Type 4 - Phaser Cannon weapons pod
          Phaser, Type Xc
               Number : 1 cannon
               Range  : 200,000 km
               Arc    : forward

     Type 5 - Pulse phaser weapons pod
          Phaser, Type Xa
               Number : 2 turrets of 2 banks each
               Range  : 200,000 km
               Arc    : port, starboard

Deflector System : FD-10e Enhanced cocoon multiphasic deflector system


OTHER SYSTEMS
Transporters
     Standard, 6-person  : 6
     Emergency, 22-person: 5
     Cargo               : 6

Shuttle Bays     : 2 (Primary Hull Aft, small secondary hull bay)
Embarked Craft (Standard, specific ships may vary)
     Shuttlepod              : 12
     Personnel Shuttle, Small:  6
     Personnel Shuttle, Large:  2
     Shuttle, D-Warp         :  1
     Cargo Shuttle           :  6
     Runabout                :  1

Notes:

When Starfleet requested a replacement to the HOOD-class light cruiser
that possessed the HOOD-class' multi-mission abilities and the
STORM-class' endurance and speed, several competing designs were submitted
with a design based of the SOVEREIGN-class light cruiser being the
resulting choice.

The HIRYU-class light cruiser has a hull shape very similar to its
SOVEREIGN-class cousin, with three noticable differences.  With the first
being its slightly smaller size, the second difference places the warp
nacelles below the secondary hull as oppose d to above.  This allows the
class to be equipped with an interchangeable sensor/weapons pod set above
the ship's primary hull allowing the HIRYU-class to be optimized for
various different missions.

The key feature in the success of the design, like its HOOD-class
predecessor, is the interchangeable pod, also designated Multi-Mission Pod
(MMP), which has been designed to allow the installation of the most
advanced equipment in Starfleet.  The various MMP's are designated Type-1
through Type-5 and have a tradeoff between computer, sensors and weapons
systems.  The weapons pods are intended for military applications and
include enhanced resolution tactical sensors, but lack the many advanced
scientific scanning systems.  All pods contain an auxiliary reactor core
to supplement the power required by the various equipment contained
within.  Also, each pod features a tie-in to a third computer core in the
secondary hull dedicated and optimized for multimission profiles.