Page 1 of 9 Date 9/30/2026

STATEMENT OF WORK (SOW)

FOR

SPECIAL MISSIONS TRAINING CENTER

LIVE-FIRE MARITIME/URBAN TRAINING SYSTEM

1.0 GENERAL

1.1 Background

The U.S. Coast Guard (USCG) Special Missions Training Center (SMTC) located at Courthouse Bay, Camp

Lejeune, NC 28542 is conducting market research for the design, engineering, fabrication, delivery, installation, integration, testing, and commissioning of a Joint Maritime Training Facility (JMTF) live-fire maritime/urban training system at Marine Corps Base Camp Lejeune, North Carolina. The contemplated facility will support realistic, modular, multi-level tactical training for maritime interdiction, close-quarters combat, vertical access, breaching, and related joint-service mission sets.

1.2 Scope

The Contractor must provide a complete and operational live-fire training system, including all labor, supervision, project management, engineering, materials, equipment, transportation, installation, testing, documentation, and commissioning required. The solution must integrate ballistic containment with maritime and urban training features and must be suitable for repeated tactical training in an outdoor coastal installation environment.

The Contractor must:

• Design and engineer the complete facility and all interfaces among ballistic, structural, civil, electrical, mechanical, safety, and training systems.

• Fabricate, deliver, install, and commission the live-fire training facility and associated systems.

• Coordinate subcontractors, site access, deliveries, crane/rigging activities, and installation sequencing.

• Provide shop drawings, calculations, submittals, as-built drawings, operations and maintenance (O&M) manuals, and training for Government personnel.

1.3 Objective

The objective is to obtain a safe, durable, maintainable, and adaptable live-fire maritime/urban training facility that supports advanced USCG and joint-service tactical training while maximizing competition and allowing industry to propose technically sound solutions.

2.0 SPECIFIC REQUIREMENTS / TASKS

2.1 Design and Engineering

The Contractor must design and engineer the complete facility and all interfaces among ballistic, structural, civil, electrical, mechanical, safety, and training systems. The Contractor must:

• Prepare a Design Basis Report identifying assumptions, governing criteria, threat basis, firing geometry, containment concept, and system interfaces.

• Develop site/civil, architectural, structural, ballistic, mechanical, electrical, fire/life-safety, and specialty training drawings.

• Provide structural calculations, anchorage calculations, ballistic design documentation or test evidence, equipment data, and product/material submittals.

• Submit progress design packages at Government-defined milestones, resolve comments, and maintain configuration control.

• Produce final approved-for-construction drawings, shop drawings, fabrication drawings, and installation plans sealed by appropriately licensed design professionals where required.

Page 2 of 9 Date 9/30/2026

2.2 Live-Fire Ballistic Training System and Training Features

The Contractor must provide a complete ballistic training system with integrated maritime and urban training areas. The planning concept is an approximately 50-foot by 120-foot live-fire training footprint and an approximately 140-foot by 70-foot overall concept footprint with a tower-deck elevation of approximately 30-feet. The Contractor must verify and recommend final dimensions, elevations, footprint, and required site clearances based on site conditions, structural design, range safety, and operational requirements.

The Contractor must:

• Provide a complete ballistic wall system consisting of ballistic-rated steel or an equivalent engineered containment assembly. Planning basis: nominal 8-foot-high walls using approximately 3/8-inch AR500-class ballistic plate steel or equivalent. The complete installed system must be designed, rated, and validated to safely contain 6.8 mm XM1188E1 ammunition, with an additional 12-inch layer of sacrificial ballistic rubber blocks or an appropriate bullet-trap target system.

• 6.8 mm XM1188E1 ammunition under the Government-approved firing geometry, engagement distances, and training conditions.

• Provide projectile-management/ricochet-mitigation surfacing (planning basis approximately 2 inches of ballistic rubber or an equivalent replaceable system).

• Provide movable, sliding, removable, or otherwise reconfigurable ballistic panels at selected exterior doors/windows, interior hallways, and doorways.

• Provide portable bullet traps (planning basis up to thirty-four). The Contractor must recommend quantity, rating, mobility method, maintenance requirements, and limitations.

• Provide a three-level stair training tower or equivalent multi-level element with live-fire-capable features, galvanized or corrosion-resistant stairs/catwalks, handrails, ballistic protection (including partial overhead containment), and a rappel/vertical-access platform with engineered anchor points meeting applicable fall-protection and training-load requirements.

• Incorporate maritime-zone features (ship-type doors/hatches, knee-knocker thresholds, ladders, grated decks/platforms, confined passageways) and urban-zone features (configurable rooms, hallways, conventional door/window openings, multiple entry/exit points).

• Provide observation catwalks and viewing platforms that support instructor oversight without compromising ballistic containment or safe egress.

• Provide weather protection and corrosion resistance suitable for the Camp Lejeune coastal environment.

2.3 Structural, Civil, Site, Mechanical, Electrical, and Fire/Life-Safety Systems

The Contractor must provide foundations, slabs, footings, anchorage, structural framing, site preparation, grading, drainage, electrical service distribution, lighting (including white and red training lighting), ventilation/air-exchange systems, weather protection, fire detection/alarm components, emergency egress routes, and all other systems required for the approved facility design. The design must address applicable Camp Lejeune wind, environmental, corrosion, and site conditions. Final design must be sealed by appropriately licensed design professionals where required.

2.4 Fabrication, Installation, Testing, Certification, and Commissioning

The Contractor must fabricate, deliver, install, and commission the complete facility using qualified personnel and approved methods. The Contractor must:

• Provide factory and field quality-control procedures for ballistic and structural components.

• Inspect and verify anchors, seams, joints, corners, penetrations, movable panels, stairs, catwalks, handrails, overhead containment, and projectile-management materials.

• Perform functional testing of electrical, lighting, ventilation, fire/life-safety, movable components, and access systems.

• Provide ballistic system certification/validation documentation demonstrating that the installed system satisfies the approved design basis and Government-defined threat. The validation method must be approved by the Government before testing.

• Support Government acceptance inspections and corrective actions through final acceptance.

Page 3 of 9 Date 9/30/2026

2.5 Training, Operations & Maintenance, and Handover

The Contractor must provide operator/instructor orientation covering safe use, limitations, inspections, configuration changes, emergency procedures, and prohibited conditions; maintenance training covering inspection intervals, replacement of sacrificial ballistic materials, repair criteria, corrosion control, and bullet-trap servicing; and complete O&M manuals, recommended spare parts lists, inspection checklists, maintenance schedules, and as-built/record drawings in Government-approved electronic formats.

2.6 Project Management and Coordination

The Contractor must conduct a kickoff/design charrette and recurring coordination meetings with the Contracting

Officer, COR, SMTC representatives. The Contractor must maintain an integrated project schedule covering design, approvals, long-lead procurement, fabrication, shipping, site work, installation, testing, training, and acceptance. The Contractor must comply with Camp Lejeune access, badging, vehicle/material inspection, security, safety, and restricted-area procedures and must coordinate construction and deliveries to minimize interference with ongoing training and range operations.

Period of Performance: The period of performance must not exceed 300 calendar days from the date of award / Notice to Proceed.

3.0 CONTRACTOR PERSONNEL

The Contractor must provide qualified personnel to perform all requirements specified in this SOW. The following Contractor personnel are designated as Key:

• Project Manager – single point of contact for the Contracting Officer and COR.

• Lead Designer / Engineer of Record (or equivalent Ballistic Systems Design Lead).

Before replacing any Key individual, the Contractor must notify the Contracting Officer no less than 15 business days in advance, submit written justification, and provide the name and qualifications of any proposed substitute.

All proposed substitutes must possess qualifications equal to or superior to those of the Key person being replaced. The Contractor must not replace Key personnel without approval from the Contracting Officer.

4.0 OTHER APPLICABLE CONDITIONS

Security: Contractor access to classified information is not required under this SOW.

Place of Performance: Marine Corps Base Camp Lejeune, North Carolina (design and fabrication may occur at

Contractor facilities).

Hours of Operation (on-site): Generally, 0800–1500 EST, Monday through Friday (except Federal holidays).

Post Award Conference: The Contractor must attend a Post Award Conference no later than 10 days after the date of award.

Project Plan: The Contractor must provide a draft Project Plan at the Post Award Conference and a final Project

Plan within 10 business days thereafter.

5.0 GOVERNMENT FURNISHED RESOURCES

The Government anticipates furnishing available site information and training requirements. The Contractor must identify all information required to develop a firm technical and price proposal.

6.0 CONTRACTOR FURNISHED PROPERTY

The Contractor must furnish all facilities, materials, equipment, and services necessary to fulfill the requirements of this contract, except for the Government Furnished Resources specified in Section 5.0.

7.0 GOVERNMENT ACCEPTANCE PERIOD

Page 4 of 9 Date 9/30/2026

The COR will review deliverables prior to acceptance and will have 10 business days to review and provide comments. The Contractor will have 10 business days to make corrections and redeliver, unless otherwise agreed in the approved Project Plan. The COR will have the right to reject or require correction of any deficiencies found in the deliverables.

8.0 DELIVERABLES

The Contractor must consider items in bold as having mandatory due dates. Items in italics require COR review/approval prior to proceeding.

ITEM SOW REF DELIVERABLE / EVENT DUE BY DISTRIBUTION

1 4.0 Post Award Conference Within 10 days of award CO, COR

2 2.6 Draft Project Plan At Post Award Conference CO, COR

3 2.6 Final Project Plan 10 business days after

PAC

CO, COR

4 2.1 Design Basis Report Per approved schedule Tech Review

Team

5 2.1 Progress Design Submissions Per approved schedule Tech Review

Team

6 2.1 Final Drawings, Calculations & Submittals Per approved schedule CO, COR

7 2.4 Ballistic Certification / Validation Package Prior to Final Acceptance Range Safety, CO, COR

8 2.5 As-Built Drawings Prior to Final Acceptance CO, COR

9 2.5 O&M Manuals, Spare Parts & Checklists Prior to Final Acceptance CO, COR

10 2.5 Operator and Maintenance Training Prior to Final Acceptance SMTC Staff

11 2.6 Bi-Weekly Progress Reports Every two weeks CO, COR

Joint Maritime Training Facility Concept Layout

FOR RFI / MARKET RESEARCH - NOT FOR CONSTRUCTION

This appendix consolidates the conceptual layout material provided with the Government planning package. The drawings are for industry information and conceptual design response only. They are not construction drawings, final engineering designs, or authorization to begin work. Final design, dimensions, ballistic requirements, construction details, and acceptance criteria remain subject to Government review and approval.

B.1 Required Training Capability

• Three occupied training levels and a tower deck or upper-level training feature.

• Urban, maritime, and lower-deck training areas with interior rooms and corridors supporting varied scenarios.

• Doorways, windows, sliding window/door covers, conventional doors, and ship-style doors/hatches.

• Stairwells, ship ladders, ship stairs, vertical-access features, reconfigurable or movable wall sections, and exterior/elevated training opportunities.

• A design suitable for repetitive training use, inspection, maintenance, repair, and modification.

B.2 Concept Dimensions

The concept drawings identify an approximately 140-foot overall length, 70-foot overall width, and tower-deck elevation of approximately 30 feet. Respondents shall verify and recommend final dimensions based on site conditions, structural design, range safety, ballistic containment, weather protection, and operational requirements.

Page 5 of 9 Date 9/30/2026

B.3 Concept Drawings and Reference Images

Overall multi-level maritime/urban shoot-house concept.

Concept perspective views on training levels.

Page 6 of 9 Date 9/30/2026

Concept floor plan identifying maritime, urban, lower-deck, engine-room, and tower areas.

Page 7 of 9 Date 9/30/2026

Concept exterior elevations.

Page 8 of 9 Date 9/30/2026

Precast foundation concept reference.

Integrated training/weather-cover reference concept.

Page 9 of 9 Date 9/30/2026

Additional concept/reference image.

B.4 Required Industry Concept Response

• Conceptual site and facility layout and narrative showing how the design satisfies multi-level, urban, maritime, vertical-access, live-fire, and reconfigurable-training requirements.

• Proposed overall dimensions, elevations, footprint, site clearances, foundation concept, and site-preparation requirements.

• Preliminary steel weather-cover and integrated ballistic-enclosure concept, including containment approach and protective materials.

• Structural, safety, drainage, lighting, ventilation, fire/life-safety, and utility assumptions.

• Preliminary installation sequence and schedule.

• ROM cost broken out by design/engineering, foundation, shoot-house system, steel weather cover, ballistic enclosure, shipping, installation, site preparation, training, warranty, sustainment, and replacement parts.

• Maintenance, inspection, lifecycle-support approach; relevant past performance; assumptions, exclusions, risks, and requested Government-furnished information.