Posted by Vice Admiral Robert Archer (Engineering Director) in Ship Submission - Thunder Valley Class Long-Range Expeditionary Dreadnought - 9-19-26
Coming from Patrick McGarry is a long range expeditionary dreadnought, open for review until 9/19/26. All constructive comments, suggestions, and such are welcome. These can be from any active member in the club. Any questions on the review process please let me know.

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Thunder Valley Class
Category: Dreadnought
Variant: Long-Range Expeditionary Dreadnought
Designer: Patrick McGarry
Mark: I
Draft: 1
Submission Date: 19 August 2026

History and Mission Overview
The Thunder Valley-class was conceived in 2397, following a period in which Starfleet had increasingly been required to operate far beyond established Federation infrastructure. The Dominion War had demonstrated the vulnerability of conventional exploration vessels when operating in hostile regions, while the rapid expansion of deep-space exploration created situations in which a ship could be separated from fleet support for months or years at a time.
Existing exploration vessels were highly capable scientific platforms, but their designs generally assumed that support from Starbases, established colonies, or other Federation vessels would eventually be available. Dedicated combat vessels possessed considerably greater defensive capability, but generally lacked the scientific, logistical, medical, and command facilities necessary to conduct prolonged independent expeditions.
The Thunder Valley-class was therefore developed as a Long-Range Expeditionary Dreadnought, combining the endurance, redundancy, scientific capability, and command infrastructure of a deep-space expeditionary vessel with the defensive capability necessary to survive in regions where assistance could be weeks or months away.
The design was not intended to replace conventional exploration vessels. Instead, it was intended to operate where an ordinary explorer would face unacceptable risk, particularly in poorly charted, politically unstable, or otherwise hostile regions of space.
The USS Thunder Valley NCC-99801, commissioned in 2401, became the first vessel of the class and established the operational model for subsequent ships. Its design emphasizes self-sufficiency, damage tolerance, long-duration deployment, reconnaissance, command-and-control capability, and the ability to provide assistance to isolated Federation personnel and installations without requiring an accompanying support fleet.

Mission Profiles
The Thunder Valley-class is designed for the following mission profiles:
Hostile-region exploration
Long-range astronomical and astrophysical survey
Stellar cartography
Search and rescue
Diplomatic escort
Deep-space reconnaissance / Command and Control
Offensive / Defensive Fleet Support and Escort
Support / Relief of distant colonies and installations
The vessel is capable of supporting first-contact operations when required, but first contact is not established as a primary mission profile. The class is intended to provide security, logistical, medical, scientific, and command support to diplomatic or first-contact missions rather than replace a dedicated first-contact exploration vessel.
Structure and Construction
The Thunder Valley-class is an approximately 800-meter-long heavily reinforced starship consisting of a broad, elongated primary hull mounted above a deep secondary engineering hull. The primary hull has a flattened oval configuration with a broad forward section tapering gradually toward the aft section. The engineering hull is substantially narrower than the primary hull and extends aft and slightly below it, giving the vessel a pronounced two-hull profile rather than the shallow saucer-and-neck proportions of a conventional explorer.
The primary and secondary hulls are joined by a heavily reinforced structural neck containing major power, data, environmental, and mechanical transfer systems. The engineering hull carries the principal warp propulsion machinery, main engineering, major power-distribution equipment, cargo facilities, auxiliary systems, and the majority of the ship’s heavy engineering infrastructure.
Two warp nacelles are mounted on substantial swept pylons extending outward and aft from the engineering hull. The pylons are structurally integrated into the engineering hull and provide protected conduits for warp plasma, power, control, and field-generation systems.
The design deliberately favors structural reliability, maintainability, redundancy, and damage tolerance over unnecessary mechanical complexity. A vessel intended to remain away from established support infrastructure for extended periods cannot depend upon fragile or excessively complicated mechanisms.
The primary hull contains command, science, medical, diplomatic, crew-support, and mission-support facilities. Its broad internal volume also permits extensive separation between critical systems, allowing localized damage to be isolated without immediately compromising the rest of the vessel.
The space frame is constructed from reinforced tritanium/duranium structural members with composite materials incorporated throughout the pressure hull. Structural Integrity Field generators are distributed throughout the vessel, allowing damaged sections to retain independent structural support.
Science and Remote Sensing Systems
Although the Thunder Valley-class is a Dreadnought, it carries a substantial scientific sensor suite intended for independent deep-space operations.
The primary sensor system is a Type-X sensor suite providing:
High-resolution range: 5 light-years
Low-resolution range: 17 light-years
Sensor arrays are distributed across the primary and secondary hulls to provide overlapping coverage and redundancy. Critical sensor systems are separated so that damage to one portion of the hull does not automatically eliminate long-range detection capability.
The vessel carries dedicated astrometric, stellar cartography, astrophysics, general science, and environmental science facilities. The science department is designed to support long-duration surveys, stellar mapping, anomalous readings, biological and geological analysis, and examination of previously unexplored regions.
The computer architecture uses distributed isolinear processing and standard LCARS interfaces. The Thunder Valley-class does not normally employ bioneural circuitry or gel-pack processing.
No permanent holographic crew is assigned to the class, including permanent versions of the Emergency Medical Hologram. Medical emergencies are therefore handled by biological medical personnel and conventional medical equipment rather than a permanently assigned EMH.

Warp Propulsion System
The Thunder Valley-class utilizes a Class-10 Cochrane-rated matter/antimatter reactor feeding two warp nacelles.
Performance Rating
Cochrane Rating: Class-10
Standard cruising velocity: Warp 7.0
Maximum sustainable velocity: Warp 9.9
Maximum 12-hour velocity: Warp 9.99
Emergency velocity: Warp 9.995 for a maximum of 1 hour
The emergency velocity represents an extreme propulsion condition intended for emergency escape, interception, or other circumstances in which normal operating margins may be temporarily exceeded.
The vessel carries sufficient deuterium and antimatter for approximately 18 months of normal independent operations without conventional resupply. Bussard collection systems can extend this endurance when operating conditions permit, while resupply can restore normal reserves during extended deployments.

Impulse Propulsion System
The Thunder Valley-class employs four high-output impulse engine assemblies.
Two primary impulse assemblies are positioned at the aft dorsal section of the primary hull and occupy Decks 2–4. Two additional impulse assemblies are positioned in the aft section of the engineering hull and occupy Decks 17–19.
This arrangement provides redundancy between the primary and engineering hulls and allows the vessel to retain significant impulse capability even after damage to one propulsion section.

Combat impulse speed: 0.30c
Acceleration from 0–0.30c: approximately 60 seconds

Deceleration from 0.30c–0: approximately 70 seconds

Combat impulse is reserved for actual combat, emergency interception, evasion, or other dangerous maneuvering where the additional acceleration and velocity are justified.

Standard impulse speed: 0.25c

Acceleration from 0–0.25c: approximately 45 seconds

Deceleration from 0.25c–0: approximately 50 seconds
Tactical Systems
Defensive Shields

The Thunder Valley-class carries Type-11 defensive shields.
Shield generators are distributed throughout the primary and secondary hulls. Individual generator groups can be isolated, rerouted, or reinforced to compensate for damage elsewhere in the defensive envelope.

Phaser Systems
The Thunder Valley-class carries 18 Type-12 phaser arrays.
The arrays deliberately use a mixture of medium and small emitters rather than attempting to equip the vessel with twenty Galaxy-sized horseshoe arrays.

Primary Hull

Forward dorsal: 2 × 100 emitters
Aft dorsal: 2 × 100 emitters

Forward ventral: 2 × 100 emitters
Aft ventral: 2 × 100 emitters

Structural Neck

Dorsal neck: 2 × 30 emitters

Ventral neck: 2 × 30 emitters

Engineering Hull

Dorsal engineering hull: 2 × 50 emitters

Ventral engineering hull: 2 × 50 emitters
Warp Pylons
Port pylon: 1 × 25 emitters
Starboard pylon: 1 × 25 emitters
Aft Engineering Hull
Aft dorsal: 1 × 15 emitters
Aft ventral: 1 × 15 emitters
This arrangement provides overlapping forward, lateral, dorsal, ventral, and aft coverage while avoiding an unnecessarily concentrated weapon battery.
Torpedo Systems
The Thunder Valley-class does not use rapid-fire torpedo launchers. Its mission profile favors sustained combat capability and ammunition conservation over the extremely high-volume firing pattern of a dedicated combat vessel.
The class carries four torpedo launchers:
2 × Type-4 burst-fire launchers, forward, located on Deck 2
1 × Type-4 burst-fire launcher, aft, located on Deck 18
1 × Type-3 standard-fire launcher, ventral-forward, located on Deck 4
The forward Type-4 launchers provide the principal combat torpedo capability. The aft launcher provides defensive and pursuit coverage, while the Type-3 launcher provides an independent standard-fire weapon position.
Torpedo Magazine
The class carries 500 torpedo/probe casings.
Of these:
25 casings are reserved solely for assorted Class 1–9 scientific probes.
325 casings are allocated to photon torpedoes.
125 casings are allocated to quantum torpedoes.
25 casings are maintained as mission reserve casings.
The mission reserve may be loaded with approved torpedo types or other authorized specialized payloads as operational requirements dictate.
Command and Support Systems
Main Bridge
The primary bridge is located on Deck 1, in the forward-central portion of the primary hull. Rather than placing the bridge directly against the dorsal hull, the command center is recessed within the armored central structure of the primary hull, providing additional protection from direct weapons impacts.
The bridge is a broad circular command chamber with the main viewscreen occupying the forward wall. The Captain’s command chair occupies the center of the raised central command platform. The Executive Officer and Operations positions are located immediately behind and slightly to either side of the Captain.
The Helm and Navigation stations occupy the forward-left and forward-right positions beneath the main viewscreen. Tactical occupies the forward-right command arc adjacent to Helm, allowing Tactical and Helm to coordinate rapidly during combat.
Science and Engineering stations occupy the aft-left and aft-right positions. Communications and secondary operations consoles are positioned along the rear perimeter of the bridge, with internal security and auxiliary command consoles incorporated into the aft command stations.
A circular passage surrounds the primary command platform, providing access to the bridge turbolift, briefing access, and emergency exits.
The bridge has independent emergency power feeds and redundant command processors routed through protected conduits beneath Deck 1.
Secondary Bridge
A Secondary Bridge is located deeper within the primary hull on Deck 2, directly below and slightly aft of the main bridge.
The Secondary Bridge follows the general command arrangement of the primary bridge but is smaller and contains reduced console capacity. It provides command, helm, tactical, operations, science, engineering, and communications functions and is intended to assume command should the primary bridge become unavailable.
Main Engineering
Main Engineering is located within the engineering hull across Decks 17–20.
The principal engineering chamber is a large rectangular-to-oval room centered around the vertically oriented Class-10 warp core. The core extends through multiple engineering levels, with maintenance platforms and diagnostic stations arranged around its perimeter.
The primary engineering floor occupies Deck 18, while upper and lower maintenance areas extend into Decks 17 and 19.
Main Engineering contains the Chief Engineer’s office, engineering briefing area, diagnostic stations, auxiliary control systems, equipment storage, plasma-transfer monitoring, and emergency containment controls.
The warp core and primary plasma systems are isolated from the surrounding engineering workspaces by armored containment structures and independent emergency shutdown systems.
Science Labs
Science facilities are distributed through the primary hull rather than concentrated into one laboratory complex.
Deck 3
Astrometrics Laboratory
Dedicated to astronomical positioning, stellar measurements, and long-range navigational analysis.
Stellar Cartography Laboratory
Dedicated to mapping, navigational charting, and reconstruction of poorly surveyed regions.
Decks 4–5
General Science Laboratories — Four
These laboratories support astrophysics, biology, exobiology, geology, chemistry, physics, xenobiology, engineering science, and related disciplines.
Deck 5
Environmental Science Laboratory
Dedicated to atmospheric, ecological, environmental, and planetary-environment analysis.
Brig
The primary brig is located on Deck 28 within the main security complex.
The brig is a compact, heavily secured rectangular facility containing six individual holding cells arranged around a central security corridor. Each cell possesses independent environmental controls, internal monitoring, and physical security systems.
The detention-processing area is integrated into the entrance section of the brig and includes intake, search, temporary holding, evidence transfer, and prisoner-processing facilities.
Security Offices
The Security Department occupies a dedicated section of Deck 28 adjacent to the brig.
The area contains:
Security command office
Security operations office
Security briefing room
Evidence storage
Personnel equipment storage
The offices are arranged around a central security operations room, allowing rapid access to the brig, armory, and tactical-training facilities.
Armory and Tactical Training
The ship’s armory occupies a secured compartment on Deck 28 separate from the brig.
The armory provides controlled storage for personal weapons, security equipment, protective equipment, and specialized tactical gear.
A dedicated tactical-training area occupies the adjacent section of Deck 28 and provides space for weapons qualification, close-quarters training, emergency security drills, and simulated boarding exercises.
Cargo Bays
Cargo facilities are divided between large bulk-storage facilities and smaller departmental cargo areas.
Decks 21–22 — Large Cargo Bays
Two large cargo bays occupy the engineering-hull cargo section.
These bays are sized for bulk cargo, large equipment, replacement machinery, containers, and cargo-shuttle operations. Each is connected to the ship’s cargo transporter network.
Both bays possess controlled exterior cargo access through reinforced loading doors.
Deck 23 — Specialized Cargo
A third large cargo facility occupies Deck 23 and is divided into:
Hazardous-material storage
Refrigerated storage
High-security cargo
General mission cargo
This facility also possesses controlled exterior access for specialized loading operations.
Small Cargo Facilities
Smaller departmental cargo rooms are distributed through Decks 6–20 for medical, science, engineering, security, and mission-specific equipment.
Transporters
The Thunder Valley-class carries six standard transporter rooms and two emergency transporter rooms.
Each standard transporter room spans two decks, with the transporter pads located on the lower deck and pattern buffers and associated processing equipment located directly above.
Standard Transporters
Decks 9–10: Two rooms
Decks 11–12: Two rooms
Decks 13–14: Two rooms
Each room contains six transporter pads.
Standard transporter range is 40,000 kilometers.
Emergency Transporters
Two emergency transporter rooms are located on Decks 7 and 24.
Emergency transporters are outbound-only and have a maximum range of 15,000 kilometers.
Tractor Beams
The Thunder Valley-class carries six primary tractor-beam emitters.
Forward dorsal emitter: Deck 2
Forward ventral emitter: Deck 4
Port lateral emitter: Deck 18
Starboard lateral emitter: Deck 18
Aft dorsal emitter: Deck 20
Aft ventral emitter: Deck 20
The forward emitters provide docking and towing capability for vessels approaching from ahead, while the lateral and aft emitters provide greater flexibility during cargo handling, rescue operations, and spacecraft recovery.
Sickbay
Primary Sickbay
The primary Sickbay is located on Deck 6 within the central primary hull.
The main medical facility is arranged around a central treatment area with twelve biobeds positioned around the room’s perimeter. The central medical station provides direct access to patient monitoring, diagnostic systems, and medical records.
The facility contains:
12 biobeds
Intensive-care section
Surgical suite
Isolation rooms
Emergency triage area
Medical laboratory
Pharmacy
Medical storage
Chief Medical Officer’s office
Medical staff work area
The surgical and intensive-care facilities extend into Deck 7, providing additional space for isolation and major medical procedures.
Emergency Medical Stations
Emergency medical equipment lockers and compact triage stations are distributed throughout the vessel near major turbolift exits and high-traffic work areas. These contain emergency medical supplies, diagnostic equipment, and field-treatment equipment but are not independent sickbays.
Quarters
Deck 8
Senior officer quarters.
Decks 9–10
Junior and departmental officer quarters.
Decks 10–12
Guest and diplomatic quarters are concentrated near Deck 10 and are equivalent in size and amenities to senior officer accommodations.
Decks 11–13
Enlisted personnel quarters, primarily arranged as shared accommodations with dedicated hygiene facilities.
Crew quarters are distributed rather than concentrated into a single residential block, reducing vulnerability to localized damage.
Lounge Facilities
Primary Mess Hall
The primary mess hall is located on Deck 14.
Rather than attempting to accommodate hundreds of personnel simultaneously, the mess hall is designed as a series of connected dining areas surrounding a central food-service and galley complex.
The facility contains approximately 40 dining tables, generally seating four to six personnel each, providing normal seating for approximately 180 personnel.
The central galley contains multiple food-preparation stations and 12 food replicators, with additional replicator alcoves positioned around the dining areas.
Officers’ Lounge
Located on Deck 14, the officers’ lounge is a smaller enclosed dining and social area with approximately 12 tables and dedicated replicator service.
Crew Lounge
Located on Deck 14 adjacent to the primary mess hall, the crew lounge provides approximately 30 tables, casual seating, recreational displays, and access to food replicators.
Observation Lounge
The primary observation lounge is located on Deck 16 toward the forward section of the primary hull.
The room is elongated and crescent-shaped, with large forward-facing transparent aluminum viewports providing a commanding view of space ahead of the ship.
The lounge contains conference seating for approximately 30 people and is intended for senior command meetings, diplomatic receptions, and formal mission briefings.
Recreational Facilities
Holodecks
Two full-size holodecks are located on Decks 15–16, each occupying two decks.
Holosuites
Four smaller holosuites are located on Deck 15, each occupying a single deck.
Gymnasium / Athletics Court
The primary gymnasium and athletic court occupies Decks 15–16.
The facility supports basketball, volleyball, wrestling, racquet sports, martial arts, gymnastics, running, and other approved athletic activities.
Environmental controls permit the room’s gravity to be adjusted above normal shipboard conditions for specialized physical training, with a maximum training environment of approximately 10 G under controlled conditions.
Auxiliary Spacecraft Systems
The Thunder Valley-class operates two major shuttle bays.
Forward Shuttle Bay
Deck 25
The forward bay occupies a broad internal hangar running longitudinally through the forward engineering-hull section. It provides direct access to shuttle maintenance, flight-control facilities, and cargo-transfer systems.
Aft Shuttle Bay
Deck 26
The aft bay is larger and supports maintenance, refueling, cargo handling, and recovery operations for the ship’s larger auxiliary craft.
Standard Auxiliary Craft
The class carries the following approved STF auxiliary craft:
8 × Armadillo-class shuttles
6 × Opossum-class shuttles
4 × Fulcrum-class science shuttles
4 × Longevity-class runabouts
4 × workpods
The Armadillo and Opossum craft provide general personnel transport and utility functions. The Fulcrum craft provide dedicated scientific and survey capability. The Longevity runabouts provide cargo, diplomatic, rescue, and long-range support capability.
No dedicated fighter wing is assigned to the class.
STF material confirms the use of the Armadillo and Longevity designs within existing STF operations; the STF SSSF also explicitly treats auxiliary craft as a required specification category rather than an assumed capability. �
Star Fleet +2
Technical Specifications
Dimensions and Structure
Length: 800 meters
Beam: 320 meters
Height: 140 meters
Decks: 30
Crew Complement
Standard Ship’s Company: 850
Visiting Personnel: 150
Maximum Evacuation Capacity: 1,000
Computer Systems
Core
1 × Isolinear Data/Processing Core
The primary computer core is supported by distributed isolinear processing nodes throughout the vessel, allowing individual ship sections to continue operating if the primary core is damaged or isolated.
Software
Library Computer Access and Retrieval System — LCARS
Interface
MAJEL
Warp Systems
Power Plant
1 × Class-10 Cochrane-rated M/ARA core
2 × warp nacelles
Cruising Velocity
Warp 7.0
Maximum Warp
Warp 9.99
Maximum Sustainable Velocity — 12 Hours
Warp 9.99
Emergency Speed
Warp 9.995 for 1 hour
Impulse Systems
Combat Impulse Speed
0.30c
Acceleration: 60 seconds
Deceleration: 70 seconds
Standard Impulse Speed
0.25c
Acceleration: 45 seconds
Deceleration: 50 seconds
Defensive Systems
Shield Type: Type-11
Maximum Graviton Load — Continuous: 2,419 MW
Maximum Energy Dissipation Rate: 6.57 × 10⁵ kW
Offensive Systems
Phaser System
18 × Type-12 phaser arrays
Emitter allocation:
8 × 100 emitters
4 × 30 emitters
2 × 50 emitters
2 × 25 emitters
2 × 15 emitters
Total: 1,200 emitters
Torpedo System
2 × Type-4 burst-fire launchers — forward
1 × Type-4 burst-fire launcher — aft
1 × Type-3 standard-fire launcher — ventral-forward
Total: 4 launchers
Total casings: 500
Scientific probes: 25
Photon torpedoes: 325
Quantum torpedoes: 125
Mission reserve: 25
Deck Layout
Deck 1
Main Bridge
Captain’s Ready Room
Senior Officers’ Conference Room
Primary Communications Systems
Forward command facilities
Deck 2
Secondary Bridge
Command Offices
Operations
Tactical Control
Security Command
Diplomatic Offices
Forward Type-4 torpedo launchers
Dorsal impulse assemblies
Deck 3
Science Operations
Astrometrics
Stellar Cartography
Science offices
Deck 4
General Science Laboratories
Forward ventral torpedo launcher
Ventral impulse-system access
Deck 5
General Science Laboratories
Environmental Science Laboratory
Science support spaces
Deck 6
Primary Sickbay
Medical Laboratory
Pharmacy
CMO Office
Medical staff facilities
Deck 7
Surgical Facilities
Intensive Care
Isolation
Emergency Transporter
Medical support
Deck 8
Senior Officer Quarters
Senior departmental offices
Deck 9
Officer Quarters
Standard Transporter Rooms
Transporter Buffer Systems
Deck 10
Officer Quarters
Guest Quarters
Standard Transporter Rooms
Deck 11
Crew Quarters
Standard Transporter Rooms
Deck 12
Crew Quarters
Standard Transporter Rooms
Crew support facilities
Deck 13
Crew Quarters
Standard Transporter Rooms
Crew support facilities
Deck 14
Primary Mess Hall
Galley
Officers’ Lounge
Crew Lounge
Food-service facilities
Deck 15
Holodeck facilities
Holosuites
Gymnasium
Athletic facilities
Deck 16
Holodeck facilities
Gymnasium/Athletic Court
Observation Lounge
Deck 17
Main Engineering
Engineering Laboratories
Dorsal engineering-hull impulse assemblies
Deck 18
Main Engineering
Warp Core
Aft Type-4 torpedo launcher
Lateral tractor-beam systems
Deck 19
Engineering Support
Power Distribution
Plasma Systems
Impulse machinery
Deck 20
Engineering Support
Plasma Systems
Aft tractor-beam systems
Auxiliary Engineering
Deck 21
Large Cargo Bay One
Cargo Processing
Cargo Transporter Systems
Deck 22
Large Cargo Bay Two
Cargo Processing
Cargo Transporter Systems
Deck 23
Hazardous Materials Storage
Refrigerated Cargo
High-Security Cargo
General Cargo
Exterior cargo access
Deck 24
Auxiliary Systems
Emergency Transporter
Cargo/mission support systems
Deck 25
Forward Shuttle Bay
Shuttle Maintenance
Flight Operations
Auxiliary Craft Support
Deck 26
Aft Shuttle Bay
Shuttle Maintenance
Runabout Maintenance
Flight Operations
Deck 27
Auxiliary Craft Support
Workpod Operations
Flight Control Support
Auxiliary Engineering
Deck 28
Security Offices
Security Command
Armory
Tactical Training Facility
Brig
Evidence Storage
Deck 29
Life Support
Environmental Systems
Emergency Operations
Auxiliary Life-Support Equipment
Deck 30
Structural Systems
Auxiliary Engineering
Emergency Power Systems
Structural access and maintenance systems

Ships of Class
The Thunder Valley-class is named for its first commissioned vessel, USS Thunder Valley NCC-99801. The individual ships of the class follow a geographic and cultural naming convention centered primarily upon the state of Nebraska, including communities, geographic features, transportation organizations, and concepts associated with the region.

USS Thunder Valley NCC-99801 — Class Ship
USS Lincoln NCC-99802
USS Omaha NCC-99803
USS Burlington Northern NCC-99804
USS Union Pacific NCC-99805
USS Kearney NCC-99806
USS Norfolk NCC-99807
USS Alliance NCC-99808
USS Frontier NCC-99809
USS Platte NCC-99810

Conclusion
The Thunder Valley-class was created to address a specific operational gap: the need for a large starship capable of entering distant or poorly supported regions of space and remaining there for an extended period without requiring an immediate fleet support structure. Its large internal volume, extensive engineering redundancy, scientific facilities, medical capability, auxiliary craft, and command infrastructure allow it to function as an independent expeditionary platform while its Dreadnought construction provides the protection necessary to operate in regions where conventional exploration vessels would face unacceptable risk.
The result is a vessel intended to bridge the gap between the traditional deep-space explorer and the dedicated combat ship. The Thunder Valley-class can explore, survey, rescue, escort, command, provide relief, and support isolated Federation interests while possessing enough defensive capability to survive the hostile environments in which those missions may occur. It was conceived not simply as a larger warship, but as a ship designed around the practical reality that, in deep space, the vessel may have to be its own Starbase, research platform, rescue ship, command vessel, and defensive force for months or years at a time.

Submitted 19 August 2026 by Patrick McGarry

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Robert Archer EDir

Well done! It reads well and looks like it has all the required sections. The only caveat I had was with the cargo bay section. Specifically_ ‘ Both bays possess controlled exterior cargo access through reinforced loading doors.’_
I believe this is used in two places and it took me a few readings to figure out what it meant. I think mainly the wording of possess controlled exterior cargo access. Maybe it could be reworded to make this a bit clearer?

Krystelle