Guide:Rochester/Kitty Hawk/Taurus

Rochester / Kitty Hawk / Taurus
Class Overview
Category	cruiser
Operational	2231-2297
Constructed	60 total: 20 Rochester (built in 2231-2241) 20 Kitty Hawk (built in 2231-2247) 20 Taurus (built in 2236-2250)
Dimensions
Length	175.2 m (w/o plasma diffusers) 178.5 m (w/ plasma diffusers)
Beam	95.0 m
Height	41.3 m (Rochester, Kitty Hawk) 33.8 m (Taurus, NCC-1552)
Mass	(br> 458,000 tons (Rochester) 459,800 tons (Kitty Hawk) 459,000 tons (Taurus)
Performance
Cruise Speed	w 5
Max Speed	w 7
Endurance	2 years
Complement
Officers	38 (Rochester) 41 (Kitty Hawk) 45 (Taurus)
Enlisted	231 (Rochester) 253 (Kitty Hawk) 260 (Taurus)
Tactical Systems
Beam Weapons	Rochester, original: 4x laser emitters (4.2 GW) (2 twin banks, port/stbd bridge) 2x laser emitters (4.2 GW) (twin bank, fwd ventral sensor array) 2x Type L phased particle cannon (1.2 TW) (fwd bridge) Kitty Hawk, original: 2x laser emitters (4.2 GW) (twin bank, fwd ventral sensor array) 2x laser emitters (4.2 GW) (twin bank, above shuttlebay) Taurus, original: 4x laser emitters (4.2 GW) (2 twin banks, port/stbd bridge) 2x laser emitters (4.2 GW) (single banks, above shuttlebay) 2x Type L phased particle cannon (1.2 TW) (twin bank, fwd of bridge) 2x Type L phased particle cannon (1.2 TW) (port/stbd, deflector pod) Rochester and Kitty Hawk refit 2256-58: 4x phaser VII emitters (2 twin banks, port/stbd bridge) 2x phaser VII emitters (twin bank, fwd ventral sensor array) Taurus refit 2256-58: 4x phaser VII emitters (2 twin banks, port/stbd bridge) 2x phaser VII emitters (single banks, above shuttlebay)
Missile Weapons	Rochester, original: 3x fwd medium torpedo tubes (w/ 50 photorps) (ventral primary hull) Kitty Hawk, original: 3x fwd medium torpedo tubes (w/ 60 photorps) (ventral primary hull) 2x fwd medium torpedo tubes (w/ 20 photorps/probes) (dorsal primary hull) Taurus, original: 1x fwd medium torpedo tube (w/ 40 photorps + 20 probes) (dorsal primary hull) 1x fwd medium torpedo tube (w/ 30 photorps) (ventral secondary hull) Rochester and Kitty Hawk refit 2256-58: 3x fwd medium torpedo tubes (w/ 50 photorps) (ventral primary hull) Taurus refit 2256-58: 1x fwd medium torpedo tube (w/ 20 photorps) (dorsal primary hull) 1x fwd medium torpedo tube (w/ 20 photorps) (ventral secondary hull)
Shields	1-layer conformal forcefield Navigational deflector (fwd secondary hull) (Rochester, Kitty Hawk) Navigational deflector (ventral pod fwd, secondary hull) (Taurus)
Laboratories	Rochester 2x GP Kitty Hawk 2x GP 1x planetary science 1x astrophysics 1x life science 1x linguistics/sociology Taurus 1x GP 1x planetary science 1x medical
Transporters	1x GP (4-pad); Mk II 2x cargo; Mk II 2x emergency evacuation (16-pad); Mk II All ships brought to Mk III standard after 2256 Taurus brought to Mk IV standard after 2274
Auxiliary Craft	Rochester 2x light shuttles 4x work pods Kitty Hawk 2x medium shuttles 1x shuttlepod 4x work pods Taurus 2x light shuttles 1x shuttlepod 4x work pods
Historical
Ships of Note	USS Aries (NCC-1586) USS Albert McKenzie (NCC-1551) USS Kitty Hawk (NCC-1552) USS Rochester (NCC-1540) USS Scovil (NCC-1598) USS Taurus (NCC-1558) USS Trailblazer (NCC-1596) USS Ventura (NCC-1585) USS Virgo (NCC-1572)
Canonicity
Design	Starfleet Academy movie project study drawing, LUG ‘Spacedock’ descriptions, John Byrne ‘Crew: Ghosts’
Name	LA Graf ‘War Dragons’, LUG
History	LA Graf ‘War Dragons’, LUG, John Byrne ‘Crew: Ghosts’

Struggling through delays and hurdles, the ‘Great Awakening’ nevertheless came, in the successive perfection of solid-state warp engines, dilithium foci, Mk II transporters and duotronics…a veritable stampede of inventions that could only be corralled aboard the largest, most expensive starships in its entirety. It was a far more demanding affair to try and fit the technologies aboard existing vessels of humbler size, either wholly or in part. The Texas refits were fiddling unrelated to the technological transcendence; the light cruiser and destroyer fleets still were in want of appropriate new champions. Newbuilding was acknowledged as the only viable solution for the necessary fleet upgrades long before the first Starship sailed.

Yet Starfleet knew that the results would fall short of strategic demand. Given just one further decade, a dozen heavy and fifty light cruisers would be followed by an admittedly impressive fifty heavy and fifty medium frigates, resulting in a fleet some eighty sufficiently modern cruisers and a hundred frigates strong. But this force was backed up by mere fifty destroyers of worth, leaving the Fleet starving for attrition units. Even though massive production of advanced designs plus improved Saladin variants was planned and budgeted for, there would be no dockyard slots at Sol or Andor for these keels for the next five to ten years – and no real prospect of producing destroyers significantly faster than cruisers even beyond that date. The Starfleet procurement stratagem of favoring quality over quantity inevitably meant that multipurpose cruisers rather than dedicated warships would be the attrition type of choice for the time being.

Thus arose the fleet of medium and light cruisers that would dominate Starfleet till the 2270s. Estimates for the size of the ‘cruiser gap’ ranged from fifty to a hundred; erection of fifteen extra-solar dockyards for an immediate production run of sixty cruisers was eventually deemed the prudent response, and a vessel between the clumsy Kearsarge and mighty Constitution in capabilities if not size the proper gapfiller design. With Sol involved in the aforementioned programs, and Andor toiling with the Loknars, it fell to Alpha Centauri, Aldebaran and Daran (or primarily the human colonies there) to meet the cruiser order.

The engineering genius of Marvu Hreedenck of Alpha Centauri would play a central role in the creation of the modern dilithium-reactor cruisers. Significant construction facilities also already existed at Centaurus, but for the time being, they were slated for strategically crucial Larson production. Aldebaran had so far produced almost solely mercantile vessels; the first of the new cruisers would be built there using modified commercial tooling, until proper Fleet facilities could be erected out of transportable components. The recently admitted member world Daran was already a veteran producer responsible for several light cruisers based on the time-honored Texas template, and slated to build several more in the near future. To upgrade its production capability, numerous collapsible box docks were likewise shipped in, and mobile fabricator stations were anchored to local asteroids.

In March 2231, Daran could announce the launch of the inaugural “medium” cruiser of Rochester class, NCC-1540. In record time, and no small thanks to the innovative ideas on modular construction by Dr. Hreedenck, Arias-Mastac FY had thrown together a combat vessel combining hypermodern PB-45 propulsion with a fairly rudimentary early dilithium focus power system, within a two-hull spaceframe roughly 75% the size of the heavy Constitutions and comparable to the monohull Kearsarges. The smaller-diameter primary hull of the cruiser also diverged from the Kearsarge in shape, with a prominent dorsal rim protrusion accommodating new shield machinery. The stern engineering bulge was in turn extended aft to form a proper secondary hull, which could hold a main powerplant twice as large and twice as powerful as the light cruiser one. The hull also housed a proper shuttle hangar and landing bay at lower stern, freeing the primary hull interior for maximum martial gear. This consisted of a devastating Mk 2-3 triple torpedo launcher on lower bows, three paired Tesla laser banks divided between the surfaces, twin Type L phase cannon on the tall dorsal superstructure, and two shield generators, of the Hycor type carried in triplicate aboard the heavy cruisers. For advanced logistics, a single four-pad Mk II transporter was paired with a Mk VI industrial fabricator in the saucer, and a pair of cargo units was provided in the engineering hull. Only two general purpose laboratories were shipped, and the torpedo magazines normally held no research probes, nor were the two shuttles equipped for scientific survey.

One of the many quirks in Dr. Hreedenck’s complicated plan for meeting the cruiser specifications manifests here in the engine configuration of USS Kitty Hawk, her pylons angling down rather than up from the engineering hull. The Mk II subclass otherwise adopted the same pronounced dihedral for the pylons as in the original Rochesters, while Mk III featured a much shallower angle for a more compact profile.

In December 2231, Centaurus followed with the first Rochester Mk II, or Kitty Hawk, (NCC-1552). The vessel featured a quintuple torpedo launcher, with the two additional tubes displacing the phase cannon and some of the lasers. Such an arrangement should have left even less space for exploration gear than the Rochester design, and placed greater crew requirements as well. Yet the lean and mean cruisers were fully furnished for survey and charting duty in deep space, and sported five to six laboratories and a range of planetary sensors, in addition to always carrying a number of probes in the torpedo magazines. Their shuttles were equipped not just for general liaison, but for advanced planetary forays as well. All this was necessary from the strategic point of view, as the expansive Klingon front largely spanned unknown space. Awareness and understanding of the alien battlefield might yield the slight tactical advantage that the outnumbered Starfleet did not dare overlook.

In June 2236, the Aldebaran contribution, Rochester Mk III or Taurus (NCC-1558), rounded out the cruiser family. The triple Mk 2 ventral torpedo tube assembly was left ashore, its socket fitted with a deflector pod instead. A compact single Mk 3 launcher was carried in the dorsal position, another being squeezed in the lower stern of the secondary hull; the modifications liberated plenty of room for a second phase cannon and gave much better all-around weapons coverage for close quarters fighting. Significantly more complex combat management facilities and fire control computers were introduced to handle multitargeting scenarios. Enough room remained for the inclusion of multiple laboratories in this cruiser model as well. Outwardly the greatest distinguishing feature of the variant was obvious: Dr. Hreedenck’s modular propulsion design was configured for a nearly flat, maneuverable field and low silhouette by using greatly reduced dihedral on the warp engine pylons.

Despite appearances, the three cruiser types were not intended to cover for the tactical weaknesses of each other in combined action. The differing weapon suites merely reflected slightly dissimilar independent mission profiles, with the Kitty Hawks favoring long range warp armament for their deep space exploration sorties, and the Rochesters and Tauruses fighting at shorter ranges in their intended nearspace attack and patrol missions, respectively.

Initially, twelve Rochester Mk Is and six members of each of the other classes were completed. Successively larger batches followed, until twenty vessels of each type were in service. Thematic naming was faithfully followed, the Rochesters commemorating Earth’s military genius, the Kitty Hawks its aeronautical derring-do, and the Tauruses its longstanding traditions of astronomy. The irony was not lost on the extra-solar builders of the classes, who nevertheless valued the significant military protection afforded by the cruiser fleet – even if this did not constitute a rigid regional defense. The ships would not stay behind to guard their originating systems, or even be assigned a specific homeport. Rather, in true cruiser fashion, they would be choreographed across a vast theater of operations in a flexible manner.

Admittedly, the cruise speed of warp 5 afforded by PB-45 was a disadvantage in deep space, compared with the warp 6 performance promised for Loknars, Constitutions and Mirandas. Yet there was little evidence that Klingons would be doing any better on the average, their numerous lighter vessel types typically cruising at no higher than warp 4. Routing maneuvers on a strategic scale were a distinct option for Starfleet, especially if the new cruisers were spearheading formations of destroyers capable of similar speeds. Future development and procurement of logistics ships would decide the viability of such schemes; initially, the Rochester variants sailed out either singly, or then in hunting packs featuring one or two light cruisers or medium frigates.

A few more views of a late standard Kitty Hawk, in this case the Ventura, veteran of the Eridani Gap. Plasma diffusers add to stealth and give the PB-45 much more modern looks. Oh the other hand, the tall superstructure accommodating the dorsal torpedo launchers is still in evidence.

It was not until 2254 that the construction of the various Rochesters could be completed. By then, major upgrades had already become topical. Laser armament was replaced by Type VII phaser systems, but not without a major and time-consuming secondary plasma system upgrade. Older phase cannon were removed from the Rochesters and Tauruses, and upper torpedoes from Kitty Hawks; the space on decks 2-3 was put to good use by incorporating computer cores compatible with the Duotronic III architecture. Tactical sensors were updated, engines overhauled, and a new warhead type introduced for the torpedoes. While crew requirements stayed the same, there was internal reshuffling towards a more exploration-oriented mission profile, mainly as a result of the post-Axanar Klingon passivity.

However, these upgrades were more modest in scope than the sweeping improvements that kept the Constitutions and Mirandas at the cutting edge of technology. Much like the Kearsarges, the tightly packed “economy” cruisers risked semi-neglect of the kind that was already making the Baton Rouge family uncombatworthy. When Klingon hostilities peaked once more in 2266, there was difficulty in integrating the Rochesters into the C3I network, as well as a shortage of Mk 2-3 spares, to the degree that some RochesItalic textters shipped spare Miranda transceivers and datalinks to stay in contact, and even dabbled in quickly dismounting the ‘Wolf’ launchers in favor of less capable but more accessible ‘Awalt’ ones.

Post-Organian patrol duty saw the cruisers still operating their original gear, yet their propulsive disadvantage was becoming debilitating. The gradually yet inexorably expanding theater of operations no longer was fit for the original 2240s generation of starships. The PB-45 was becoming unserviceable even without the extra strain of the long range, high speed patrols, and several vessels had to be placed under envelope restrictions or outright sailing ban by 2268 already. One was unlikely to meet any in deep space beyond that point; several began accumulating at key star systems, mainly seeing training use there.

A massive withdrawing from service was effected between 2268 and 2277, first on the Rochester and then on Kitty Hawk cruisers. Taurus units were retained for the time being, as a propulsive refit was planned (yet ultimately came to nought, for the lack of a suitably sized engine). Only the final four Kitty Hawks were in 2270 upgraded in some secrecy and transferred to TacFleet, apparently becoming commando support vessels; USS Trailblazer (NCC-1596) was rendered un-spaceworthy and stricken within two years of the transfer, while USS Scovil (NCC-1598) served on a variety of theaters until 2297. USS Virgo (NCC-1572) of the Taurus subclass had been lost in the course of duty, of unknown causes while scouting in the direction of Zeta Persei in 2261 – the first and last operational loss after the Battle of Donatu that had claimed USS Aries (NCC-1586). Much like the Kearsarges, the Rochesters bowed out unvanquished by the enemy, defeated only by their own ranks. However, this time the increase in Fleet quality did not quite compensate for the decrease in numerical strength. No obvious successor arose to take the place of the Rochesters, and the 60% drop in cruiser numbers translated to at least 30% loss of overall fighting capacity. Granted, modern dreadnoughts supposedly provided so much reserve firepower that little or no factual drop occurred overall – but the performance of the active forces certainly began a downslide as the result of the early 2270s decommissionings.

Unsuited for foreign sales due to their advanced armament and the general policy change, all the Rochester and Kitty Hawk hulls were marked for scrapping between 2277 and 2280. Much of this work was completed at Aldebaran; the frontline world cast worried looks across the border every time a cruiser keel was cut, all too aware that its Klingon counterpart Amar was engaged in operations of the opposite kind. Construction of eight to ten K’teremny class destroyers and four to five K’t’inga cruisers was undeniably underway. Against such vessels, the Rochesters would of course have been sorely outclassed, and their operating and maintenance funds and resources were arguably better spent elsewhere. It is still with some regret that a starship enthusiast looks back at the Rochester and Kitty Hawk classes, vessels that left virtually no mark in history.

Not quite all Rochesters remained anonymous to the public, though – even if Starfleet would have preferred otherwise. It remains unclear to this day how a band of Anjiri secessionists managed to get their hands on USS Albert McKenzie (NCC-1551) in 2290, at a time when she was supposed to be mothballed and secured at the Big Horn lunar depot in the Aldebaran system. The vessel was used in Anjiri internecine fighting that first involved the Federation at DS 3, then the Klingons at Kreth; a bloody altercation between the major empires was only barely avoided and the Anjiri factions brought to answer for their actions. Orion involvement in the debacle has been widely suspected, especially on the matter of the McKenzie theft. Somewhat ironically, the McKenzie is the only surviving example of the Rochester lineage today, having been interned by the Klingons in 2290 and discarded after brief study. Her evacuated and engine-less hull now resides in the Alpha Gaudianus system, in a stable orbit un-bothered by Klingon traffic and unreachable by outsiders.

Gallery

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• Appendix A: Of Ship Statistics
• Appendix B: Glossary
• Appendix C: Starfleet Organization - General Outline
• Appendix D: Abbreviations From Outside