TriSeadon Industrial Base Line

Yard Architecture

TriSeadon scales through two top-level industrial layers: full shipyards and module campuses that work together to create a true 50-state industrial complex for shipbuilding reminiscent of the golden years of shipbuilding.

Program structure: the plan is not to bet everything on one type of yard. It is to open 3 new GOCO (Government Owned Contractor Run) yards, modernize the remaining GOGO (Government Owned Government Run) yards, invest in current COCO (Contractor Owned Contractor Run) yards so they can expand without carrying the whole burden alone, and build a 50-state module-campus network so ships are fabricated in pieces nationwide and assembled in the major yards.

What this really is: TriSeadon shipyards are not just a construction plan. They are also a brownfield-cleanup plan, a waterfront-recovery plan, a jobs-and-training plan, and a national industrial-restart plan built around naval demand.

Why this matters: that approach increases competition, lowers barriers to entry, reduces hazardous brownfield dead zones, protects sovereign repair capacity, spreads training and industrial participation across the whole country instead of a few overstrained waterfronts, and makes environmental reclamation part of the yard-activation logic instead of a separate afterthought.

Open Yard Site Atlas | Open Clickable Yard Map | Open Yards and Workforce Detail | Open Program Timeline | Open Year-by-Year Build and Refit Schedule

Current Missions Continue During Ramp-Up

TriSeadon expands naval capacity without treating today's shipbuilding and sustainment portfolio as available empty space. Existing carrier, submarine, amphibious, auxiliary, aviation, unmanned, weapon, overhaul, conversion, inactivation, and decommissioning missions continue. Arleigh Burke construction also continues while TriSeadon design, testing, new lanes, suppliers, and workforce mature.

Participation is voluntary and may begin later. A contractor can continue current Navy work, enter one TriSeadon product line, add a new GOCO or module-campus operation, or qualify for later flights and refits. Existing work retains its current contract terms; TriSeadon funding and facilities apply the new government-package and competition rules only to the TriSeadon scope.

Simultaneous work does not mean simultaneous activation. GOCO location, master planning, land control, GOGO cleanup and modernization, COCO investment, state-campus preparation, ship engineering, and supplier qualification proceed on coordinated tracks. Major yards and state campuses then open in readiness-based phases, while class production remains FFG first, CAG second, and DDG third.

Open Industry Participation and Transition | Open Government Arsenal Standard

Industrial Control Baseline

All three classes are engineered under one force-architecture baseline, but hull production is sequenced FFG first, CAG second, and DDG third rather than starting all three classes simultaneously.
Government retains design rights, interface control, and the technical baseline across all participating yard types.
No post-award capability-change rule: once a ship, module, or system is awarded, improvements move to the next hull, lot, flight, or scheduled refit instead of disrupting current production.
Yard network is fixed as full shipyards plus module campuses, with GOGO, GOCO, COCO, and 50-state production roles clearly separated.
DLA-led procurement and the civilian counterpart lane govern common material flow, reserve, and delivery timing.
Workforce growth is tied to portable national credentials and deliberate labor-pool recovery in underused industrial regions.

Access by Need

I need the full yard structure firstStart with full shipyards and module campuses as the top-level industrial picture. I need full shipyard typesGOGO, GOCO, and COCO roles and throughput logic. I need module-campus typesISO, IWM, and IMM campus logic plus 50-state participation. I need acquisition, cleanup, and build sequenceHow sites are acquired, cleaned, built, leased, and governed. I need workforce and supply chainTraining, procurement, testing, and environmental readiness. I need DLA and supply architectureHow the material system holds the shipyard network together. I need satellite site mapsOpen primary and alternate yard candidates with direct site-review map links. I need contractor/site selection dataPrimary and alternate yard participation paths. I need the contractor transition policyHow current work is protected and firms can opt into TriSeadon now or later. I need build dates and lane timingOpen the year-by-year schedule tied to build lanes and refit lanes.

Full Shipyards

Full shipyards are the assembly, launch, integration, commissioning, overhaul, and major-refit backbone of the program. They take fabricated sections and certified modules, erect the ship, integrate the systems, complete waterfront test, and carry the heavy sustainment burden later. In the TriSeadon model, they are also major cleanup and reclamation sites where public waterfront industrial ground is recovered for productive long-term use.

Module Campuses

Module campuses are the distributed fabrication layer. They build the large sections, integrated assemblies, and mission packages that feed the full shipyards. In TriSeadon terms, this means the national ISO, IWM, and IMM campus network before the final ship assembly stage. They are also part of the redevelopment logic: smaller regional industrial campuses can bring jobs, training, and environmental recovery into places that no longer host major shipyards.

ISO yards: build port-swappable mission modules and standardized support packages.

IWM yards: build integrated weapon modules for launcher, gun, DEW, and future combat insertions.

IMM yards: build integrated mission modules for ASW, EW, medical, UxV, mine, and specialty mission packages.

Default site form: new module-campus activations should be planned around two 100-acre yards sharing one infrastructure backbone and able to build two separate module lines or programs at the same time.

Open 50-State ISO/Module Plan | Open IMM/ISO Site Atlas | Open Clickable Yard Map | Open Module Sequences

Full Shipyard Breakdown: GOGO, GOCO, COCO

Once the full-shipyard layer is understood, it breaks cleanly into sovereign GOGO yards, expansion-oriented GOCO yards, and throughput-focused COCO yards.

GOGO modernization: invest in the remaining government yards and expand Pearl Harbor as a refit-only yard with a large CAG-capable refit dock and at least 2 pier spots so the existing Pacific sovereign yard can service FFG, DDG, and CAG hulls for refit, battle-damage recovery, and long-range sustainment, without interrupting the yard's existing submarine, carrier, overhaul, decommissioning, or other sovereign mission work.

GOCO expansion: use government-owned infrastructure with contractor operations to open new capacity without forcing each entrant to finance a full major yard from scratch.

COCO expansion: invest in existing private yards to increase throughput, reduce hazardous legacy conditions, and gain workforce and training access.

Why all three matter: GOGO protects sovereign readiness, GOCO widens competition, and COCO gives the program immediate commercial throughput.
Why Hawaii matters: Pearl Harbor already gives the fleet a government-controlled Pacific maintenance anchor west of the CONUS; the TriSeadon change is adding a large CAG-capable refit dock with at least 2 pier spots so the yard can support all three classes without carrying a new-build burden from the CONUS pipeline.
GOGO buildout rule: new TriSeadon lanes, shops, training, and housing are placed in underused or recoverable parts of the yard so existing submarine, carrier, overhaul, decommissioning, and other legacy work is not displaced.
Funding use: the cash influx is used at the same time for yard-wide hazmat cleanup and reclamation, training and housing, the new TriSeadon lane package, and modernization of the yard's legacy mission spaces.

Module Yard Breakdown: ISO, IWM, IMM

State-level module and component production expands throughput, resilience, and workforce participation nationwide. The module-campus layer then breaks into ISO mission modules, IWM combat insertions, and IMM mission-integration packages.

Why a $150M state contribution is not out of scale: the model is not asking a state to spend $150M for a temporary study or a symbolic ribbon cutting. It is asking the state to put up up to roughly $150M against an equal federal match, plus assistance through hazmat, schooling, union, VA, and similar programs, to create a module-campus activation package of up to about $300M in core capital before those offsets are counted.

The state-side political case: jobs, remediation, tax base, contractor rent, and long-life industrial control stay local. The key requirement is that cleanup liability, schedule, and federal participation terms are explicit enough that governors and legislatures can treat the package as a serious development deal rather than an open-ended subsidy request.

Multi-yard sequencing: a state is not capped at one yard. A campus may be a single yard, a more robust two-yard layout, or expand to three or four yards sharing the same infrastructure if location, workforce, and land availability justify it.

Default campus form: where geography allows, a new module site should be planned as one campus with two joined 100-acre yards. That lets the program buy the gate complex, rail spur, utilities, fiber, crane corridors, training rooms, emergency support, and laydown space once instead of twice while preserving two separate production cells.

What the baseline package buys: this is not a giant blue-water hull yard. It is a modest regional industrial campus. The baseline planning target is up to $150M state + up to $150M federal per campus in core capital, with outside grant and workforce assistance layered on top. The duplicated cost stays in the production cells while the expensive backbone is built once and shared.

ISO role: port-swappable mission packages and standardized support modules.
IWM role: integrated weapon modules for launchers, guns, DEW, and future combat-system insertions.
IMM role: integrated mission modules for ASW, UxV, EW, medical, mine, and specialty payloads.
Infrastructure logic: module campuses should share the perimeter, utilities, rail, roads, security, training space, labs, and common laydown areas while preserving separated production cells where needed.
Scale rule: plan around a two-yard campus by default, but allow a single yard where the site is constrained and up to four yards where land, labor, and program demand justify a larger shared campus.
Missile-production support role: these state module campuses are not meant to build complete missiles or sensitive final assemblies. They are meant to build the time-consuming subcomponents and production inputs that slow the primes down.
What that includes: airframes, motor casings, non-sensitive rocket structures, fuel-related hardware and containment components, launch-canister parts, structural sections, cable sets, cooling hardware, and other long-lead fabrication work for firms such as Raytheon, Lockheed Martin, Boeing, and similar missile-system primes.
What remains with the primes and cleared lines: warheads, seekers, guidance packages, high-end electronics, controlled software loads, and other tightly held final-integration items stay under the cleared prime contractors and government-controlled acceptance process.
Why this matters: it lets the primes focus on the highest-value controlled portions of missile production while the 50-state network helps rebuild stockpiles faster, reduce bottlenecks, and qualify recurring subassemblies for both current weapons and future new-tech lines.
Activation offsets: each campus should actively pursue hazmat-cleanup grants, brownfield remediation support, workforce-schooling funds, union apprenticeship partnerships, VA and veteran-transition programs, and related labor incentives to reduce net activation cost and widen the labor pool.

Open 50-State ISO/Module Plan | Open Timeline Logic | Open Build and Refit Chronology

GOCO Acquisition, Cleanup, and Build Sequence

GOCO yards are not treated as abstract capacity. The proposal assumes 3 new GOCO yards opened in areas selected not to drain labor and work away from the existing COCO yards, with a site-control sequence that moves from acquisition to cleanup to lane activation to lease-backed operations.

Program intent: this is meant to work more like a naval-industrial version of the government-owned, contractor-operated model used in places like Sandia National Laboratories. The government owns and maintains the land, docks, major utilities, and baseline infrastructure; contractors lease and operate the facilities under scored performance rules. That lowers the barrier to entry because a company does not have to buy and rebuild an entire major shipyard before it can compete.

1. Site control: federal acquisition, reacquisition, transfer, or negotiated redevelopment control of the yard parcel and waterfront envelope.

2. Remediation: brownfield and shoreline cleanup, utility restoration, dredging, and environmental compliance gates before heavy construction begins.

3. Buildout: drydocks, piers, cranes, shops, labs, housing, training, and digital production control are installed to one federal baseline.

4. Leaseback operations: contractors operate the yard under scored performance rules while the government retains land, core infrastructure, and technical baseline control.

5. Recovery: long-term GOCO lease income, COCO loan repayment, and state module-campus transfer or redevelopment value reduce net federal exposure without pretending day-one cost disappears.

Competition effect: GOCO yards are intended to increase competition and lower entry barriers, not replace every legacy yard.
Geographic rule: new GOCO sites should be placed where they add labor pools and regional capacity instead of simply poaching the same workforce from existing COCO builders.
Cleanup effect: the program deliberately uses yard activation to remediate brownfields and recover strategic waterfront industrial ground that would otherwise remain idle or hazardous.

Open Shipyard Expansion Deep Dive | Open Yard Site Atlas | Open Yard Map

People, Supply, and Site Readiness

Training and Credentials: national accreditation and cross-yard portability.

Testing and Validation: lane activation tied to readiness and quality controls.

DLA and Civilian Counterpart: procurement discipline with redundancy and competition.

Environmental Cleanup: brownfield-first activation with compliance gates.

Portable credentials: a common national credential framework for shipfitters, welders, electricians, systems technicians, planners, and similar trades lets workers move across GOGO, GOCO, COCO, and 50-state module campuses without being trapped in isolated local pipelines.
Recruiting channels: veterans, union apprenticeship pipelines, community colleges, and credit-bearing technical programs all feed the same industrial base instead of competing against one another.
Location logic: new yards and module centers are intentionally sited in stagnant former industrial districts, brownfield waterfronts, and closed or reduced military-support areas so the program activates underused labor pools instead of relying only on already overheated shipbuilding regions.
Lane activation discipline: no build or refit lane is counted active until it passes readiness, quality, and process-control gates. That protects schedule credibility by preventing immature or undertrained lanes from creating downstream failures.
Training gain: investing in GOGO, GOCO, COCO, and 50-state module campuses at the same time widens the national training base instead of concentrating opportunity in a few legacy shipyard zip codes.
Assembly logic: module campuses handle fabrication and subassembly; major yards handle erection, integration, waterfront test, commissioning, and refit.

Training and Workforce | Logistics Line | Environmental Policy

DLA and Material Architecture

TriSeadon depends on DLA as an active industrial stabilizer, not just a passive warehouse network.

DLA holds the common buying power for steel, propulsion components, radars, launch systems, sensors, boats, vehicles, aviation support equipment, fuel-system hardware, and module interfaces.
Module yards pull approved inputs either from DLA-managed supply or from the civilian counterpart lane once those vendors are qualified to the same baseline.
State and module campuses are paid for accepted finished modules, not simply for raw effort or partially completed work.
DLA acceptance is the control gate: the module must pass interface, quality, configuration, and documentation checks before payment releases and performance points are awarded.
DLA stock positioning is intended to act as a keep-building buffer so yards do not stop work because one shipment, one vendor, or one late component breaks the sequence.
DLA strategic inventory exists to keep shipyards building rather than waiting for a single vendor or a missed shipment.
Once accepted, a module is routed either to the yard most likely to consume it next under a just-in-time logic or to a DLA-managed set-down yard/storage position as strategic reserve.
DLA continuously throttles, pauses, or redirects module-campus output so production follows real ship demand, refit demand, and reserve requirements instead of building the wrong inventory forever.
DLA also manages delivery sequencing for long-lead and controlled government-furnished items so steel, sensors, launchers, aviation gear, and other major shipset elements arrive when the build or refit lane can actually absorb them.
Warheads, seekers, guidance packages, and other controlled end-items stay on cleared production and acceptance lines, but DLA still manages the program-level demand signal, allocation timing, and delivery flow.
A civilian counterpart lane preserves recurring competition, commercial price pressure, and alternate vendor qualification.
The civilian counterpart lane is there specifically to prevent DLA-backed supply discipline from turning into a brittle or monopolized vendor base.
The point is not centralization for its own sake. The point is preventing any yard or vendor from becoming a single point of failure.

Open Logistics Line

Contractor and Site Selection

Program pages document selected yards, alternates, and satellite-reference points for site-level review.

Major GOCO Sites | COCO Participation | Open Site Atlas | Open Yard Map | Open Build Dates and Lane Schedule