Ammunition Manufacturer Logistics at the Port of Morehead City

When Class 1 ammunition freight bound for Camp Lejeune or MCAS Cherry Point moves through the Port of Morehead City, four regulatory regimes overlap on every load. A fragmented vendor stack — separate dray, separate yard holder, separate OTR carrier — produces the predictable failure mode: the document trail breaks at the handoffs, and an DOT auditor closing the loop six months later cannot reconcile chain of custody across three carriers' records.

• ▸ Federal explosives licensing — Federal explosives-license citations must match consignor and consignee on every transfer. When a load passes through a transload yard, the yard operator becomes part of the chain; one operator across the chain means one record.
• ▸DOT-SP — Special Permits govern specific load configurations. Citation continuity from origin BOL through the port-side dray to the receiving installation belongs in a single document set.
• ▸DDESB chargeable weight — The DoD Explosives Safety Board safety-arc math determines where freight can stage and how long it can sit. A vendor without DDESB awareness can park a Class 1 trailer inside a quantity-distance violation and not realize until an inspection writes it up.
• ▸BIS / ITAR export controls — When the export leg routes through MOTSU at Sunny Point, the Army's terminal team inspects the export documentation set against the freight before the staging window opens. Late or missing paperwork forfeits the window.

What Ramar's operating team does when an ammunition manufacturer routes Class 1.1 freight through MHC for delivery into Camp Lejeune (30 road miles south) or MCAS Cherry Point (15 miles north) — and where a fragmented vendor approach typically fails.

• ▸Receiving paperwork. Dispatch confirms the Federal explosives license pair, DOT-SP citation, DDESB chargeable weight, and the receiving-installation point of contact at Lejeune or Cherry Point base receiving. Shipping papers are pre-built before the trailer leaves origin.
• ▸MOTSU window coordination (export legs). When the cargo's downstream leg is ocean export, the MOTSU coordinator books the Sunny Point window in advance. MHC freight bound for export still routes through MOTSU; the coordinator works the schedule with 30-plus years of operational familiarity.
• ▸Class 1 OTR pickup. A team-driver tractor dispatches under continuous attendance per § 397.5. Bracing pattern is verified against MIL-STD-1660 before the trailer is sealed.
• ▸In-transit movement. Routing follows § 397.101 against the NC restricted-route map. Norfolk Southern rail at MHC is available for project-cargo legs; the dispatcher selects mode against the load profile.
• ▸Berth handoff. MHC has dedicated berth space for unit-deployment cargo when scheduled — when a USMC unit-deployment window is active, the port prioritizes military priority cargo over commercial moves. The operator who has worked unit-deployment windows before clears the protocol; one who has not stalls at the gate.
• ▸Receiving installation delivery. Camp Lejeune base receiving and Cherry Point air station receiving both operate on appointment. The dray driver clears the gate with TWIC plus the installation-specific access protocol. Document closeout — placards, seal number, base receipt — sits in one chain of custody for the DOT auditor and the DCMA file alike.

The Class 1 freight Ramar moves through MHC for ammunition manufacturers falls into a handful of recognizable load profiles. Each carries its own regulatory weight and its own failure modes when fragmented across vendors.

• ▸DOD small-arms ammunition for USMC units. 5.56mm, 7.62mm, and.50-cal small-arms ammunition produced at Lake City Army Ammunition Plant (Olin-operated, Independence MO) — the largest U.S. small-arms ammo plant — moves to Camp Lejeune for unit training and pre-deployment loadout. Class 1.4 predominates; some Class 1.1 in linked-belt and bulk configurations.
• ▸Medium-caliber and propellant freight. Iowa AAP (Middletown IA) medium-caliber ammunition and Radford AAP (Radford VA) propellants move into Cherry Point for fixed-wing and rotary-wing weapons-system loadout. DDESB chargeable weight is non-trivial; the routing math runs against the safety arcs at every staging point.
• ▸Sporting and law-enforcement overflow. Federal, Hornady, and Winchester loads occasionally route through MHC when ILM's commercial schedule is full and a defense-vertical customer wants the hazmat-friendlier port. Class 1.4 non-attended freight, single-driver permissible.
• ▸Unit-deployment ammunition export. When a USMC unit deploys overseas with its full ammunition allocation, the export leg routes through MOTSU at Sunny Point with MHC as a feeder for the loadout. The window is non-negotiable — the unit ships with the cargo or the unit ships without it. An integrated operator working the same chain from plant to vessel is structurally suited to that schedule discipline.
• ▸Project cargo with Class 1 components. Weapons-system shipments — guided munitions, missile components — that move as project freight with embedded Class 1 elements use MHC's breakbulk and military-vehicle handling history. Norfolk Southern rail interfaces are used when the load profile justifies multimodal.

What fails when ammunition freight to Camp Lejeune or Cherry Point gets split across three or four vendors — and how the integrated model closes each failure mode.

• ▸DDESB safety-arc violations. Risk: a yard holder without explosives-safety training parks a Class 1.1 trailer inside a quantity-distance arc — too close to an inhabited building, too close to another magazine, too close to a public road — and the violation is not caught until a base inspector writes it up at receiving. Mitigation: an operator that handles freight from origin through delivery owns the chargeable-weight math at every staging point, including the home yard and the port apron.
• ▸DOT audit gaps at handoffs. Risk: the dray carrier's BOL, the yard's storage record, and the OTR carrier's shipping papers do not reconcile when the auditor pulls the file in six months. Lot numbers drift; seal numbers do not match; transfer documentation is incomplete on one or more legs. Mitigation: an integrated chain of custody — one operator, one TMS, one document set — closes this entire failure mode.
• ▸MOTSU window forfeit. Risk: a unit-deployment export window closes because the export documentation set arrived late at the MOTSU coordinator, or because the dray driver cleared a protocol that the next-leg carrier did not know about. Sunny Point does not move the window for vendor coordination failures. Mitigation: the MOTSU coordinator holding the window and the dispatcher releasing the trailer are inside the same operating company.
• ▸Unit-deployment scheduling drift. Risk: USMC unit-deployment timing is governed by the embarkation schedule, not by the carrier network. When the unit's freight does not arrive on time, the deployment ships short. Mitigation: an operator that has run unit-deployment freight before knows the embarkation cadence and pre-stages capacity against it. A carrier seeing a USMC deployment for the first time is solving the schedule on the fly.
• ▸Receiving-installation gate stalls. Risk: a driver without TWIC, without the unit-receiving point of contact, and without prior Camp Lejeune or Cherry Point gate experience stalls at the security checkpoint while the freight clock burns. Mitigation: TWIC-credentialed drivers with installation-specific gate experience clear the protocol on first attempt.