TOWER
ONE
(although many systems are redundant throughout all three towers,
certain systems are primarily preformed in one Tower. Thus the following
breakdowns)
Central Sensor Data Network and Science Labs
The starships and starbases around the Alpha and Beta Quadrant are
constantly scanning...using sensors, probes, and anything you could
imagine. This information, so far has only been useful to the sole
ship. Now with the end of the Dominion War, the Federation and her
Allies needs to keep an eye out on a far reaching amount of space.
So they have constructed the Central Sensor Data Network. This is
connected to starships and starbases around the quadrant. The sensor
telemetry from a ship is sent to the nearest relay station where
it is processed into one big database. This database is then transmitted
over an encrypted subspace channel. The starships and starbases
receive updates and keeps the network running 24 hours a day. When
the telemetry is received, it is up to the Science Department to
make use of the data.
Astrometrics - A lot of starships and starbases now come equip
with an Astrometrics lab that scan and decipher data, and even display
it on a holographic screen. The new Astrometrics Lab uses the Central
Sensor Data Network to extend its capabilties. Even though, the
information can be easily accessed at any LCARS console, it can
be amplified in the Astrometrics Lab (AL). The telemetry is sent
into AL computers, to decipher, and code the information into a
holographic model. It is then displayed on the screen, and all info
can be manipulated to best fit the operator.
Science Labs - Science Labs are all outfitted with specific needs.
For example there is a forensics, biomedical, exobiological, chemical,
geological, etc.
Dr. Leonard McCoy Infirmary
Located in the McCoy Section, the Infirmary is the primary medical
facility on Renaissance Station. Covering all of Deck 6, the Infirmary
is like an enlarged Sickbay on any Federation starship. Consoles
allow easy and fast access to databases with any species' medical
information. The largest room is the General Treatment area, complete
with 15 biobeds. Down the corridor are offices for all medical personnel.
Also on the Deck are several surgical suites, complete with pre-op
and post-op rooms. The ICU is located near the turbolift and the
transporter room. Private counseling rooms for doctors and counselors
are available as well. the Infirmary has it's on Cargo Bay for supplies
and other material needed for treatment. Medical research can be
done in either science labs or the Bioengineering Lab.
Bioengineering Laboratory
Located on Deck 26, Section Three E, the 45 meter by 40 meter room
is deisgned to merge the jobs of medical and engineering. With the
newly designed, top-of-the-line equipment much can be accomplished
making the doctors' lives easier. The Bioengineering Lab is manned
by 15 crewmen, 8 medical officers and 7 engineering officers. Like
any medical facility, it is open to the patients who need care,
and consultation. The Lab does specific work in areas such as nano
technology, surgical and medical instrument design, neurological
mapping, and much more.
There are actually two rooms to the Bioengineering Lab, one houses
scanning equipment, computers, standard medical devices, and five
biobeds. The next room is where all the results are fed to, and
the real brain work occurs. Controlled from the main console called
"Medical Equipment Compiler and Holoprojecter" or MECH.
The MECH combines all systems within the Bioengineering Lab to one
easy to use console. The MECH is capable of cross referencing previous
medical cases, connecting to any medical mainframe on the station,
and controls all systems at the push of a button. The MECH is hooked
up to the three major systems in the Lab:
Nelson Neurological Simulator:
Named by Doctor Melina Sabin, this device is one of the
most interesting of designs. The Nelson Neurological Simulator or
NNS first scans the patients' head with a standard sensor. The information
then is transferred to the NNS' databank, where the scanned info
is put together to form a picture of the person's brain which is
then converted into a holoprojection. The holoprojection appears
in the office, over a console. The console's purpose is to test
the effect of certain medical treatments on the brain. For example,
if the subject has a severe case of depression, a doctor would input
the predicted treatment, and the simulator would compute the reaction
the patient will have to the treatment. The NNS is very handy device.
Nano Workstation: The Nano Workstation is what
engineering is in charge of. The recent advancement in nano technology
has lead to the development of the nanite, a programmable microscopic
mechanical constructor. The Workstation's purpose is to program
instructions for the nanites to follow. Whether if it's making a
modified hypospray, or an entire collection of surgical equipment,
the nanites can do it. There is a possibility that the Workstation
can be modified to do the same in biological subjects, but more
testing is required.
Organic/Synthetic Scanner and Duplicator:
Sometimes a sample is just too small or too dangerous
to extract from a patient to adequately study. Enter the O/SSD.
It's key function is to first scan, and duplicate the sample that
can not be extracted. When scanned by a sensor, it can do either
of two things. If it's a synthetic component, the scanned info is
used to replicate the sample for study. f it's organic, the scanned
info determines the DNA sequence, and basically clones it. The doctor
is able to study the object without harming the patient.
Tower Two And Southern Section
Main Engineering and Power Generation Systems: Primary power for
all of Renaissance Station is produced by the newest addition to
the Spacefleet starbases...a matter/anti-matter reaction control
assembly. Tested in such facilities as NightWing Medical Center
and Starbase Aegis, the very positive results have allowed the Corps
of Engineers to install the core in new starbases. This enables
more power to be pumped into the three sectioned facility, which
meant that more systems could be constructed. Bioengineering, for
example, depends on the massive amounts of energy the core produces.
Without it, the fusion generators are still not enough to keep the
whole station in full power mode.
Main Engineering covers the entire Southern Section. Power distribution,
life support, cargo bays, gravity field generators, and every other
system needed to maintain the internal environment can be accessed
in the engineering decks. The three lite energy beams intensify
power distribution, sending necessary supply to the desired destination
with minimal loss.
Because of the vast amount of area Renaissance Station takes up,
the other two sections include a significantly smaller control room,
where that sections power supply and distribution maybe changed.
It also allows for easier access to problems within the section,
instead of climbing through kilometer upon kilometer of Jefferies
tubes.
Crew Quarters and Residential Area: The lower decks of the towers
are concentrated to quartering and recreation. Depending on rank,
seniority, and family situation, the size of the quarters varies
(Higher ups and people with families get the larger quarters). Along
with quarters, the towers are home to the recreation side of duty.
This is where the Promenade can be found, as well as the Holosuites,
Mess Hall, Officers' Lounge, Gymnasium, etc.
Tower Three
Tower Three is the
defensive deck of the station. This where you can find Security,
the armory, and the shuttlebays. The three shuttlebays can be converted
into fighterbays, if so desired. This is where the fighters are
launched from.
Support Craft
Type 7 Shuttles: 5
Runabouts: 6
Production Base - L'Tuh ;Facility, Vulcan.
Capable of sustained sub-light velocities for extended period of
time.
Maximum safe warp velocity is 6.5 for 2.5 hours.
Warp 2.2 for 96 hours.
USS Crosby NCC-95502
USS Dorn NCC-95503
USS Gates NCC-95504
USS Sidig NCC-95505
USS Kelly NCC-95506
USS Picardo NCC-95507
Medical Runabouts: 2
Structure to carry a crew of 5 with up to 7 patients
USS John Hopkins NCC-95506
USS Brazleton NCC-95507
Type 8 Shuttlecrafts: 4
Repair Pods: 15
Shuttlepods: 20
Fighters: 12 Panther Class
Marine Transports: 5 P.A.T.T.s |