Approved Starship Stryker II | Imperial V Class ISD

[Captain Charles]

Note: Image does not exactly represent the ship due to it having extensive modifications from the original Imperial II but its close enough

OUT OF CHARACTER INFORMATION:

• Intent: To create a new flagship for Captain Charles and First Scouting Squadron. A Imperial Class that solves every known weaknesses of its class and then some.
• Image Source: ArtStation Link by Thibaut Billerot
• Canon Link: Imperial II Class Star Destroyer
• Permissions:
  • N&Z Umbrella Corporation
  • Bido Roz’lyn (permission given here)
• Primary Sources:
  • Imperial II Class Star Destroyer
  • NZ HP-X Super Heavy Turbolaser Turret
  • NZ DPT-1 Dual Purpose Turret

PRODUCTION INFORMATION:

• Manufacturer: Kuat Drive Yards, N&Z Umbrella Corporation, Mahporeem Imperial Remnant
• Affiliation: Captain Charles, First Scouting Squadron, Mahporeem Imperial Remnant
• Market Status: Closed Market
• Model: Imperial V Class Star Destroyer
• Production: Unique
• Material:
  • Reinforced Durasteel
  • Ersteel 1333
  • Eridium Alloy
  • Reinforced Quinta-Polycarbonite Lamellar Compound
  • Duralium
  • Ersteel SLCA - Super Light Composite Alloy
  • Reinforced Transparisteel
  • Heat Resistant Carbonite Coating
  • Electrum Wiring
  • Electronic Components

TECHNICAL SPECIFICATIONS:

• Classification: Star Destroyer
• Length: 1,600 meters
• Width: 900 meters
• Height: 400 meters
• Armament: Extreme
  • 10 HP-X Super Heavy Turbolaser Turret
  • 24 DPT-1 Dual Purpose Turret
  • 80 Quad NZ LC-2A Laser Cannon
  • 14 NZ RTL1 Launcher
  • 10 Tractor Beam Projector
  • 1 Shield Leech Weapon
• Defenses: Extreme
  • NZ SSP-SEPTIMUS [Shield system Package]
  • AR-0B Damage Reduction Armor Component
  • Missile Deactivation Transmitter
  • XM-130 Chaff Dispenser
  • NZ Thanatos ECM/A Suite
  • NZ SAP-2A SSA [sensory systems array]
  • NZ CoreCom Scammer
  • NZ CoreComm Disruptor
• Hanger Space: Low (6 Squadrons)
  • Hanger Allocations:
    • 1 Squadron TIE Defender X "Punisher"
    • 2 Squadron TIE Defender (Canon Version)
    • 2 Squadrons TIE Marauder
    • 1 Squadron Lambda-class T-4a shuttle
• Maneuverability Rating: High (baseline)
  • Very High (with AIMS engaged)
  • Average (with SLAB engaged)
• Speed Rating: High (baseline)
  • Very High (with SLAB engaged)
  • Average (with AIMS engaged)
• Hyperdrive: Yes
  • Class 1 (primary)
  • Class 8 (backup)

STANDARD FEATURES

• Escape Pods
• Crew Amenities
  • Gyms
  • Cafeterias
  • Refreshers
  • Recreation Areas
  • Sleeping Quarters
  • All other standard amenities
• Targeting Computers
• NZ C.H.A.R.M.01 [Concentrated Hypermatter Active Reactor Module]
• OA "Yellow Dwarf" Sun Reactor
• NZ Hermes 980HIF/SE [Hybrid Ion-Fusial Sublight Engine]
• NZ OS-HD3H Hyperdrive System
• NZ SLAB-01 SubLight AfterBurner
• NZ AIMS-01 Active Internal Maneuvrability System
• All other standard features

ADVANCED SYSTEMS

• ATLAS Mk I High Efficiency AI | Droid Core (from the original Stryker)
  • NZ ATHENA | DCOS-1 [Direct Central Operating System] (also from the original Stryker)
• B.A.M.T.O.P
  • Software Upgrades
    • Tumbler Operating System
    • R.A.C.E.R.
    • GPO-12 "Ironmaze" Threat-Prevention Suite
    • O.S.I.V.P.
    • T.E.C.M.I.S. (Targeting & ECM Integration Software)
    • P.A.F.I.E.S.
    • O.T.A.R.O.C.S.
    • S.W.O.R.D.-F.I.H.S.
  • Hardware Upgrades
    • LK O.N.N.
    • Integrated Combat De-Ionizers
    • FAE/S-09 Active Harmonizing System
    • Poly-Tibannalene (aka Dornean Plasma)
    • G.O.U.P.
    • Kaleidoscopic Polymer
    • Compact ECM Asset Spoofing Modules
    • Missile Deactivation Transmitter
    • Triple “T” Muscle Motor
• Two Bridges - The Stryker II has its primary bridge in the conning tower and a secondary bridge deep down within the hull. This layout ensures that even if the main bridge is knocked out the ship is still operational.
• Armored Hangar Blast Shutters - The Stryker II’s hangar is well protected by armored blast shutters ensuring there is no gaping hole in the bottom of the ship for attackers to exploit whenever they wish. These doors are coordinated with launches and recovery via ATLAS ensuring they are only opened for short periods of time.

STRENGTHS

• “Flaws Fixed” - Although looking similar to the Imperial II Class, the Imperial V Class solves every known weakness of its predecessor and them some. The bridge tower has been heavily reinforced, shield generators have been relocated to deep within the ship’s hull, four compartmentalized reactors: one “Yellow Dwarf” Primary and three N&Z C.H.A.R.M.01 backup, redundant communications systems are spread throughout the ship and there is even a second bridge buried deep within the hull. In short every weakness/design flaw that was known or exploited against previous Imperial Class Star Destroyers have been solved.
• “Good Engineering" - While previous Imperial Class Star Destroyers relied on raw mass, the Imperial V uses new materials, such as Ersteel SLCA, Ersteel 1333, Eridium Alloy and AR-0B ablative armor, to achieve superior protection at a fraction of the weight. The propulsion systems have also been overhauled. Hermes Engines, AIMS, SLAB and a new NZ Hyperdrive system make the Imperial V significantly more maneuverable and faster than its predecessors, so much so that its handling has been compared to smaller ships.
• “Improved Weapons Layout” - The poor weapons coverage of the Imperial II has also been resolved. The Imperial V’s weapons layout allow the ship to bring its heavy firepower to bear from any distance or angle. HP-X main battery turrets are installed on both the dorsal and ventral hull, DPT-1 secondaries provide medium range fire at any angle, while the point defense network has been reinstalled and modernized with LC-2A Quad laser turrets. Additional firepower upgrades include things from BAMTOP such as Dornean Plasma, T.E.C.M.I.S. and P.A.F.I.E.S. which give the guns increased damage output and survivability against enemy ECM.
• “Excellent Crew” - Similar to the Imperial II, the Imperial V carries 37,000 personnel consisting of: Crew from the Original Stryker and freshly graduated Crew trained by their veteran counterparts. Thanks to ATLAS and ATHENA the Crew of the Stryker II operates with the efficiency of a significantly larger force.

WEAKNESSES

• “Slow Tracking” - Although the Stryker II’s HP-X main battery is very powerful it has some important drawbacks. First involves the turrets themselves, their weight and size limit it to a slow traverse making them pretty much useless against small, fast or erratically maneuvering targets. The second involves its Lance Mode, a full salvo from the Stryker II’s main battery may be the most devastating single offensive action available to a ship of this class, but it leaves every HP-X turret offline during its recovery phase. Enemy commanders who know this weakness will try to exploit this window the best they can.
• “One of a Kind” - The Stryker II is the only ship of the Imperial V class making it irreplaceable if lost. The ship must be repaired at specialized Mahporeem/N&Z facilities, or the future Castillon base. The kyber crystal focusing arrays in particular are extremely valuable due to their construction taking months of sourcing and preparation.
• “Irreplaceable Crew” - Due to the unique training methods used to train them the Crew of the Stryker II any member lost will be extremely difficult to replace. Ships can be repaired easily, brotherhoods cannot. The ATLAS and ATHENA systems have also imprinted on Captain Charles. If he was somehow lost the ship’s effectiveness would be severely degraded.

DESCRIPTION
Design Philosophy:
The Imperial II Class Star Destroyer, the most iconic capital ship class ever built. For centuries the Imperial II defined not only Imperial power but also what a capital ship should be. It was the backbone of Imperial fleets and in many cases still is. However, it was flawed in more ways than one. A lucky hit to the bridge that could disable the entire ship in one shot. Exposed shield generators that popped like giant balloons. The single reactor that if disabled could compromise the entire ship. The ventral blindspot that every rebel tactician could count on. An absence of point defenses. All known. All exploited. Yet the Empire didn’t try to solve them, they didn't need to when they could just build another ship. Mahporeem does not have such luxury, it can only build one ship because it only has one chance. Designed painstakingly from the ground up by Captain Charles, his Crew, Mahporeem and the engineers of N&Z Umbrella Corporation. The Imperial V Class Star Destroyer Stryker II is a work of art. To the untrained eye it looks like just another Imperial II, same dimensions, same look, nothing obviously out of place. A closer look reveals that assumption couldn't be more wrong.

Flaws Fixed:
The design premise behind the Imperial V was simple but ambitious. Solve every issue of the Imperial II and then some.

The Bridge Tower, perhaps the most exploited weak point throughout history, and responsible for more Star Destroyer losses than any other system, most famously demonstrated at Endor when a single Rebel A-Wing crashed into the bridge of the Executor (a ship magnitudes larger) bringing it down in a single stroke. The location and position of the bridge tower of the Imperial V is unchanged from the Imperial II at the insistence of Captain Charles. He never trusted a display more than his own eyes and wasn't about to start now. What has changed about the bridge are the materials that were used to construct it, a dedicated shield generator situated within the hull rather than externally and a secondary bridge that sits deep within the ship ensuring that even if the main bridge is knocked out the ship can still function normally.

Speaking of Shield Generators, these were reworked entirely as well. The two external domes that were easy to target are gone, replaced by four NZ SSP-SEPTIMUS generator clusters buried deep within the hull in armored compartments. Power is drawn from all four of the Stryker II’s reactors: one “Yellow Dwarf Primary” and three C.H.A.R.M.01 reserves, ensuring the ship retains full shield coverage even if one reactor is lost. An enemy looking for the Stryker II’s shield generators will find nothing where they expect to find them.

Like the shield generators the Reactor Architecture has also been completely redesigned. The Imperial II's single hypermatter reactor was visible from the exterior and exposed. Once it was disabled it caused catastrophic ship-wide power failure. The Imperial V replaces it with one “Yellow Dwarf” primary reactor and three NZ C.H.A.R.M.01 reserve reactors, each situated deep within the hull in its own separate armored compartment. These reactors work together to provide power to a unified power distribution network. With four cores running the Stryker II has abundant power for every system simultaneously including the full HP-X main battery and the four SSP-SEPTIMUS shield clusters. If one reactor is lost the other three can compensate and keep the ship fighting at a reduced capacity.

The Ventral Hull, the historically most exploitable approach vector, has also been addressed. Four NZ HP-X Turrets arranged in an elongated trapezoid, two forward of the hangar and two aft. These are supplemented by 10 DPT-1 Dual Purpose Turrets ensuring that the once safest approach angle is now anything but.

The Point Defense Network, so controversially removed is back, fully restored and modernized. Eighty NZ LC-2A quad laser turrets are distributed across the hull providing 360-degree coverage. Thirty dorsal, twenty ventral, fifteen port, fifteen starboard. Every angle covered. Every approach contested. The starfighter swarm tactic that had been reliably effective against Imperial II-class hulls for as long as anyone had been fighting them finds no gap to exploit against the Imperial V.

Finally, Communications and Sensor systems have been completely overhauled. The single communications system routed though the conning tower is gone, replaced by redundant arrays distributed throughout the hull. Historic blindspots have been solved by using full-coverage NZ SAP-2A Sensor Systems Array enhanced by O.S.I.V.P. software ensuring long range all aspect detection.

New Materials:
Where the Imperial II relied almost exclusively on Durasteel, affordable, reliable and heavy, the Imperial V employs a carefully considered material architecture in which every component serves a specific justified purpose. The result is a hull significantly lighter than its predecessor while providing superior protection across every damage type.The primary structural frame retains Reinforced Durasteel as its backbone, now supplemented by Ersteel SLCA (N&Z's Super Light Composite Alloy) which achieves comparable structural integrity at a fraction of the weight, freeing mass that goes directly into systems that change what the ship can do. The outer hull plating is Ersteel 1333, engineered specifically for energy resistance against turbolaser fire, ion discharge and directed energy weapons. Beneath it, Eridium Alloy provides thermal absorption and triggers premature ordnance detonation against missiles and torpedoes that penetrate the point defense network. The ship's electronics infrastructure is insulated throughout with Reinforced Quinta-Polycarbonite Lamellar Compound which has Very High EMP and ion resistance ensuring that the standard capital ship disable sequence of shield strip followed by ion barrage finds the Stryker II's systems specifically protected against it. The AR-0B Damage Reduction Armor Component provides a final ablative layer concentrated at high-risk points including the bridge tower and reactor housings. Heat Resistant Carbonite Coating protects engine housings and turret assemblies. Electrum Wiring handles the high-capacity demands of the HP-X main battery. Duralium keeps internal mechanical components light. Kaleidoscopic Polymer at partial hull coverage provides passive sensor disruption painted over in standard Imperial grey.The result is a hull that is significantly lighter than a stock Imperial II while providing superior protection against energy, kinetic, thermal, ion and ordnance damage simultaneously.

Hardware/Software Upgrades:
The Stryker II's software architecture is built around two systems carried over from the original MIN Stryker. ATLAS Mk I manages ship-wide operations: resource allocation, damage control, crew scheduling and the two-bridge handover architecture. In a damage scenario ATLAS transitions command from primary to secondary bridge automatically with zero operational gap. ATLAS has also imprinted on Captain Charles specifically, his command inputs receive priority processing and his preferences are anticipated rather than waited for. ATHENA handles the tactical layer. Real-time threat assessment, targeting prioritization and fire coordination across all weapons systems simultaneously. Where ATLAS keeps the ship running, ATHENA keeps it fighting. The B.A.M.T.O.P upgrade package addresses the gap between raw weapons capability and realized performance. T.E.C.M.I.S. integrates targeting with the ECM suite keeping the guns effective in electronic warfare environments. P.A.F.I.E.S. provides active feedback correction to the HP-X turrets compensating for long-range targeting deviation. O.T.A.R.O.C.S. coordinates the 80 LC-2A turrets as a unified point defense system. S.W.O.R.D.-F.I.H.S. manages active countermeasures: chaff, missile deactivation and ECM as a single layered defense. The FAE/S-09 Active Harmonizing System manages power distribution across the four reactors ensuring peak demand events are met without system degradation.
The result is a ship whose systems talk to each other. Every sensor feeds every targeting computer. Every targeting computer coordinates with every weapon. The Stryker II does not fight like an Imperial II. It fights like something built by people who studied every engagement an Imperial II ever lost.

Armament:
The Stryker II's weapons philosophy is straightforward: no blind spots, no safe approach angles, no range at which it cannot fight effectively. The 10 HP-X Super Heavy Twin Turbolaser Turrets form the main battery. A single HP-X turret generates sufficient firepower to threaten vessels significantly larger than its typical targets. Full Lance Mode, all ten turrets in coordinated salvo, represents the single most destructive offensive action available to a ship of this class. The recovery phase during which all HP-X turrets cycle offline is a known and managed tactical constraint, not an exploitable vulnerability, provided the secondary and point defense layers perform their function during that window. The 24 DPT-1 Dual Purpose Turrets provide the medium-range layer, 12 dorsal, 12 ventral, the deliberate split correcting the standard ISD's chronic ventral weakness. Effective against both capital ships and starfighters, the DPT-1s fill the gap between the main battery and point defense. An enemy closing inside HP-X range expecting degraded firepower encounters 24 DPT-1 turrets. An enemy attacking from below expecting the historical ISD ventral blind spot encounters 12 turrets specifically placed to address that expectation. The 80 LC-2A Quad Laser Turrets managed by O.T.A.R.O.C.S. as a unified system contest every approach angle with overlapping fields of fire. The fighter swarm tactic finds no gap in the Stryker II's coverage. The 14 NZ RTL1 Launchers provide ordnance capability for standoff engagement. The 10 Tractor Beam Projectors complete the suite helping by holding enemy ships in place to be effectively beheaded by the main battery. Finally, the Shield Leach allows the Stryker II to simultaneously drain an enemy ships shields and replenish its own.

Defenses:
The four NZ SSP-SEPTIMUS Shield Generator Clusters are buried deep within armored hull compartments, each drawing from all four reactor. They offer no exterior targeting solution. An enemy looking for the shield generators will find nothing where they expect them.

The physical hull defense is layered, Ersteel 1333 against energy weapons, Eridium Alloy against thermal and ordnance, AR-0B ablative armor at high-risk points, SLAB composite plating throughout. Each material addresses a specific damage type. The combination addresses all of them.

The NZ Thanatos ECM/A Suite, NZ CoreComm Scanner and NZ CoreComm Disruptor provide electronic warfare defense coordinated through S.W.O.R.D.-F.I.H.S. The XM-130 Chaff Dispensers and Missile Deactivation Transmitter provide layered ordnance countermeasures. Kaleidoscopic Polymer provides passive sensor disruption at the bridge tower, engine housings and sensor arrays.

Two bridges and four compartmentalized reactors ensure the ship keeps fighting through damage that would have ended an Imperial II. The secondary bridge has never been activated in combat. It is there for the day it is needed.


Speed and Maneuverability:
The Stryker II is fast for what she is. Her reduced weight compared to the Imperial II and her improved propulsion systems allow her to chase down vessels of her size and even cruisers, a whole weight class beneath her, while also allowing her to match or exceed their maneuverability.

The NZ Hermes 980HIF/SE Hybrid Ion-Fusial Engines provide the baseline High performance from which either augment system operates. AIMS increases maneuverability to Very High by dropping her speed to Average. SLAB does the opposite increasing her speed to Very High while dropping her maneuverability to Average.

Crew:
The Stryker II's 37,000 personnel are drawn from two sources: veterans of the original MIN Stryker who carry the institutional knowledge of the ship's predecessor and graduating Mahporeem naval trainees taught by the veterans they will serve alongside. The result is a crew that operates with coherence that numbers alone do not explain.

ATLAS and ATHENA augment that coherence at the software level. The technology amplifies what is already there rather than compensating for what isn't.

The crew is all male, reflecting First Scouting Squadron's composition as a whole. The single exception is Hannah Charles, relay assistant, unofficial crew member, the only woman across all 33 ships and 67,880 personnel. She is not part of the 37,000 figure. She is something the manning tables do not have a category for.

Marine Compliment:
The Stryker II carries a Reinforced Battalion of 3,000 Naval Marines under the command of Major Voss, organized into six companies each 500 strong and further divided into platoons and squads. The Companies are as follows: 4 Line Companies (Alpha Company, Bravo Company, Yankee Company and Zulu Company), an Armored Company (Delta Company), and a Support Company (Hotel Company).

Standard kit for every marine includes a Military Pattern Helmet with Integrated Goggles, E-11 Blaster Rifle, SE-14r Light Repeating Blaster and two Thermal Detonators. Heavy weapons available at company level include the DLT-19 Heavy Blaster Rifle, E-Web Heavy Repeating Blaster and PLX-1 Portable Missile Launcher. Boarding and breaching operations are supported by MiniMag Proton Torpedo Launchers, Cutting Lasers, Explosive Charges, Smoke Grenades and Flash Grenades. All marines are equipped with Charles's Imperial Marine Body Armor.
Primary function is shipboard security and hostile boarding defense. Secondary function is ground operations support when First Scouting Squadron operates alongside Mahporeem ground forces. An enemy boarding the Stryker II will not find an unprepared ship. They will find 3,000 marines who know every corridor.


Small Craft Compliment:
The Stryker II is not a carrier. The Vengeance Class cruisers and Bullet Class frigates of First Scouting Squadron provide the primary escort and fighter layer. What the Stryker II carries is the specific complement her own operations require. Six Squadrons, 3 Fighter (Death Squadron, Savage Squadron and Killer Squadron), 2 Bomber (Strike Squadron and Lance Squadron) and 1 Shuttle (Shadow Flight). There are 45 craft in all. Eight TIE Defender X, 24 Standard TIE Defenders, 8 TIE Marauders, 5 Lambda Class Shuttles.

Armored hangar blast shutters coordinated by ATLAS ensure the hangar represents no structural vulnerability. The doors open for launches and recoveries and close immediately after. The gaping ventral opening that characterized earlier ISD designs does not exist on the Imperial V.

Conclusion:
The MIN Stryker II is named after her predecessor, an Arquitens Class Command Crusier that was Captain Charles’s first command. The original Stryker now rests in Castillon's Grand Archive.

She is unique in a way that could never be replicated again. She is neither the largest or the most powerful ship in Mahporeem’s Navy. She is however elegant, powerful and one of the most powerful thats all that matters.

 

[Krass Wyms]

Approved