IKV T´Ong Modification Reports
Subject: Improvements to Ventral Phaser Arrays
Author: Major K'Tash of the House of Mak.
Stardate: 2397.0506
Summary:
* There is an increased likelihood of close engagements with Dominion.
* Dominion tactics focus on small, fast moving fighters.
* Fighter craft have been proven to adapt at engaging our ventral areas.
* Defence of our ventral areas is currently only two Type-X Phasers.
* We need additional protection from fighters in this area.
* Two additional Type-X phasers can be added to the ventral Weapon Hull.
* Refit can be done while we are currently berthed at Starbase 109.
* This significantly improves our fighting ability against the Dominion.
* Similar changes are also recommended for the other Delta Class Vor'cha.
Detailed Report:
When the majHegh was first envisioned she was intended to be a
superior cruiser fighter and long range gunner. This is does well. Yet now
we are encountering Dominion forces.
The Dominion frequently deploy vast numbers of Jem-Hadar fighters. Our
large number of dorsal phasers do us honor. Particularly the twin
'gattlin' phasers in Weapon Mount 2.
I must warn you though. It was at a notice of the lack of ventral
weaponry that I had insisted on the installation of two Type-X phasers near
the Warp Inhibitor Radome. These are in fact our only ventral weaponry. All
weapons attached to Weapon Decks 1 and 2 are dorsally located with only limited
bearing to ship's ventral. The 360 degree rating on the Type-U phasers is
planar and not spherical.
Engaged with cruisers, battleships or planets we can angle ourselves in
favor of the dorsal. In doing so we provide more firepower than any
Federation vessel. Yet up close, where fighters prefer to be, this is not
always possible.
With 1st Lt. Kodin and Major Jolan assisting, several Holodeck
simulations were run (reference: Delta Vor'cha Sim Runs 19 to 27). Even
using such tactics as rolling the ship along it's long axis the fighters
were still able to focus their attacks on the weaker side. When the fighters
are in our ventral arcs there is little we can do (reference: Delta Vor'cha
Sim Run 27 Time stop: 00.02.11 Subject: Unimpeded torpedo squadron attack in
ventral arc).
Therefore due to the increased likelihood of close range engagement by
fighter craft I insist on the addition of two more Type-X phasers to the
ventral arcs.
I will now present a case for the exact placement of the weapons:
1) It must cover the ventral arc to deter fighter attacks.
2) It must be adaptable to the existing vessel.
3) It must be maintainable in flight.
4) As mutch separation from the existing ventral weapons is preferred to
create dissimilar angles that are harder to avoid.
5) Hazards from phaser overload are to be considered.
6) Type-X phasers are preferred (see note).
7) Preference goes to locations that benefit other roles of the ship.
8) Interfaces with power, computer and crew stations are to be considered.
Based on these considerations there are two possible locations.
Option 1: Wing mount.
One Type-X phaser is mounted ventrally to each wing. A triangular
firing battery is created with large displacements in two directions. There
is plentiful room in the wings for the weapons to be fitted in. Similarly
power routing can be accomplished directly to main engineering. However,
this placement is close to the warp engines, making phaser overloads
dangerous.
Option 2: Weapon Hull.
Two Type-X phasers are mounted on the ventral weapon hull. This has
the added advantage of improving the independence of the weapon hull.
Furthermore, during our recent raid on the Dominion Listening Post it was
observed that the detached Weapon Hull had to 'dip' it's nose down to
strafe ground targets. The ventral phaser batteries would correct this
issue. Furthermore the weapons can be placed close to the existing Type-X
phasers easing many engineering factors.
Recommendation:
Addition of two Type-X phasers ventrally to the Weapon Hull.
(Approved by General Kluj 2397.0507 and also ordered that both
the work and the training be completed before the launch on 0515.)
Modification Details:
These new phasers will be located directly below the existing Weapon
Hull batteries. Two airlock modules on each side will need to be moved (likely
new location is slightly aft of bulkhead WH-3) to accommodate installation.
After installation these areas will house phaser capacitors.
Federation power routers operate with a high margin of safety that can
be modified into feeding the new weapons. An increase of 15% in power relays
and lowering of margin of safety to Klingon standard is all that is
necessary to allow all weapon Hull phasers to operate simultaneously. This
is highly desirable. Routing is too the Weapon Hull's power grid junctions
12 and 18 (these service the existing phaser banks).
Ship's computer systems have shown themselves able to handle the firing
calculations for these new weapons. However, I do suggest that gunnery
crews undergo exercises to take full advantage of the new phasers. They
surplus of gunnery crew present in case of battle damage seems sufficient
to operate the weapons. Again the difference between Federation standards
and Klingons is in our favor.
It would be an advantage to install two additional gunnery chairs in
the Weapon Hull Bridge but space limitation prevent this. I suggest that local
fire control systems be used. Similar local fire control can be
accomplished with the existing phasers. This allows all Ventral weapons
to operate in 'flak' duties without tasking the main bridge.
Additional Notes:
* During the Sim runs we pitted the majHegh against 60 to 150 fighters. A
mixture of interceptors, fighters, attack craft and torpedo fighters were
engaged.
* Though the number of fighters seem large the Dominion Battle Carrier
sited is capable of operating ten squadrons of twenty fighters for a total
of 200. The upper value of 150 was used to simulate war time conditions.
* Additional Type-X phasers were chosen as they are already integrated in
the ship's firing programs and well understood by the crew. Parts are
readably attainable for this phaser system. The Type-X is capable both in
the anti-fighter and anti-starship roles.
* The phasers near the Radome are denoted as 'Ventral Phasers' for
clarity.
* We are better able to deal with fighters if we spin the ship. This makes
long range gunnery very difficult, except for the axis mounted particle
cannon.
* Two, or preferably three, Delta Vor'Cha's can fly in a close formation
where the ventral portions are all pointed toward the other formation
members. This creates what a Terran would call 'a porcupine effect'. The
vulnerable ventral of each ship is protected while the deadly 'quills' of
the dorsal sides are free to engage. Such a formation is considerably
superior to spinning a lone Delta Vor'cha.
* Similar changes are also recommended for the other Delta Class Vor'cha.
* Starbase 109 has all resources necessary to conduct the refit. Estimated
date of completion is 2397.0514 if order to proceed given on 2397.0507.
* Recommend the engineering crew continue current leave status until after
the installation. Engineers still on duty can oversee Federation work
crews. These work crews are required to be available under terms of the
treaty.
Subject: Upgrade and Efficiency Modifications to
IKV majHegh, Science Labs
Author: 1st Lieutenant Kodin
Minor Modifications / Approval: General Kluj of the House of Kras
Stardate: 2397.0513
Reason for Modifications:
As newly promoted Chief Science Officer of the ship, I have taken the
liberty to present this report. It is a complete redesign the ship's
science laboratories.
Summary:
The Primary function of the IKV majHegh is as a warship, as such, it
has scaled down versions of Science labs compared to a Federation
Galaxy class vessel. As such it must compensate for this factor by
making the most of all designated science areas. There are currently
three areas of the ship designated Science. Two in the neck of the
ship, and one in the weapon hull. I am recommending a reassignment of
the departments into similar labs with close support from Exostudies.
I have also eliminated some departments and replaced them with more
functional ones. As our primary duty is combat oriented and our
sphere of operations is in an uncharted region, I have promoted the
Exostudies department and assigned labs in all three Science
laboratories for Exostudies personel. A functional duty is to
determine potential resources for colonial expansion. This
reorganization serves this purpose well.
Detail:
Lab Area 1 - Starboard Neck:
Lab 1a Exostudies
Lab 1b Physics
Lab 1c Astrophysics / Stellar Cartography
Lab 1d Geophysics / Geology
Lab 1e Anthropology / Archaeology
Lab Area 2 - Port Neck:
Lab 2a Exostudies
Lab 2b Microbiology
Lab 2c Biophysics / Biochemistry
Lab 2d Chemistry
Lab 2e Overflow Labs
Lab Area 3 - Weapon Hull:
Lab 3a Exostudies
Lab 3b ExoBotany
Lab 3c ExoBiology
Lab 3d ExoZoology
Lab 3e Artificial Life
Justification:
As the Weapon Deck can function as a separate entity, and will often
separate and come into contact with planetary life forms, also since
dealing with unknown entities may endanger the ship, separating the
Exo-sciences labs may be needed. This reorganization will also be
complemented by removing two supporting walls and replacing them with
reinforced structural elements, thus opening both of the (currently)
separate labs into a larger science area, enhancing crossflow of
ideas. It has been a Klingon tendency to compartmentalize further and
further - separating departments. This plan follows more contemporary
Vulcan science layouts, which have been shown to be more efficient and
effective.
Further Information:
Labs 1a-2a-3a Exostudies:
The Exostudies department works with all sciences to analyze all new
forms of biological and mineral life encountered, as well as to
coordinate and provide data on known life forms. This department is
utilized by all other science departments in some form.
Lab 1b Physics:
The Physics department analyzes spatial and subspatial phenomena and
presents solutions to command staff as to likely reactions and
consequences to possible actions.
(Other related studies: High-Energy and Particle Physics, Atomic
and Nuclear Physics, Plasma Physics, Superconductivity)
Lab 1c Astrophysics / Stellar Cartography:
The Astrophysics and Stellar Cartography departments maintain and
update navigation maps, as well as log all interstellar geography
encountered.
(Other related studies: Astronomy, Black Holes, Supernovae, Worm Holes)
Lab 1d Geophysics / Geology:
The Geology department is responsible for planetary and extraplanetary
mineral analysis, as well as suitability for mining and development.
(Other related studies: Ecology, Forestry, Geography, Glaciology,
Mineralogy, Meteorology, Oceanography, Seismology)
Lab 1e Anthropology / Archaeology:
These departments are responsible for excavation and analysis of
artifacts and items of ancient historical significance, as well
as extinct life forms.
(Other related studies: History, Paleontology, Linguistics and Languages)
Lab 2b Microbiology:
The Microbiology department maintains medical inoculations
as well as works closely with Medical to analyze foreign viral and
microbiological entities.
(Other related studies: Immunology, Toxicology, Virology)
Lab 2c Biophysics / Biochemistry:
The Biophysics / Biochemistry department analyzes foreign biological
entity chemical makeup and physics properties.
(Other related studies: Biology, Crystallography, Organic Chemistry,
Phisiology)
Lab 2d Chemistry:
The Chemistry department is responsible for analyzing the chemical
properties of any unknown minerals encountered.
(Other related studies: Chemical Engineering, Electrochemistry,
Polymers, Quantum Chemistry)
Lab 2e Overflow Labs:
This is a large single lab, divided into multiple areas for personal
or overflow experiments, as well as experiments coordinating with
Medical Sciences and Engineering.
Lab 3b ExoBotany department:
The Botany department is dedicated to the study of Organic Life. I
have redesignated this department as ExoBotany in order to identify
it's primary function - working with and analyzing foreign botanical
life forms to determine domestication viability, and potential
toxicity to colonists.
Lab 3c ExoBiology:
The ExoBiology department focuses on biological lifeforms. It works
closely with ExoBotany and ExoZoology to determine a new lifeform's
classification and potential domestication for consumption.
Lab 3d ExoZoology:
The Zoology department analyzes foreign animal life forms to determine
classification and threats.
Lab 3e Artificial Life:
The Artificial Life lab handles all experiments and analysis on
artificial life forms such as androids and automations.
(Other related studies: Biomechanics, Robotics, Supercomputing, Holography)
Additional Descriptions:
The Science labs are set in an open format, with workstations lining
the outside walls and additional tables, containment facilities, and
assorted instrumentation located in the center of the rooms.
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