Grande Costa d'Avorio — Anatomy of a Fatal Loading Fire
The NTSB traced the fatal 2023 Grande Costa d'Avorio fire to a Jeep used as a cargo pusher — and a CO2 system the crew could not seal off.
On 5 July 2023, the 692-foot roll-on/roll-off container vessel Grande Costa d'Avorio caught fire at Port Newark while shoreside workers loaded used vehicles. Two Newark firefighters died and six other responders were injured. The NTSB's final report (MIR-25/16) traced the ignition to a passenger Jeep being used as a cargo 'pusher,' and the severity to a CO2 system the crew could not seal and a land fire crew with no marine-firefighting training.
What happened
A routine loading operation became a fatal fire on an interior garage deck.
- Around 2100 local time, a fire started on an interior garage deck of the Grimaldi-operated ro-ro/con-ro while used vehicles were being loaded.
- The ignition source was a 2008 Jeep Wrangler, owned by the cargo-loading company and retrofitted with a steel bumper, used as a 'pusher' to load cars — on its 38th push run of the day up the vessel's interior ramps.
- Two Newark firefighters — Augusto Acabou and Wayne Brooks Jr. — became disoriented in the smoke-filled decks and died; six additional responders were injured.
- The vessel was at the berth — this was a port casualty, not a fire at sea.
What the NTSB found caused it
The probable cause was the use of a passenger vehicle in an industrial role it was never built for. The NTSB found that the cargo-handling contractor's decision to use a passenger Jeep as a pusher — an application that did not meet OSHA standards for powered industrial trucks — caused the vehicle's transmission fluid to overheat under the repeated ramp loading, boil over, and ignite on a hot engine surface.
Why the fixed fire-extinguishing system failed
The CO2 system was undone by a boundary that could not be closed. The master ordered the fixed gas system activated, but the crew could not safely shut one of the fire-boundary garage doors: its control panel sat inside the fire zone, with no operating controls on the outside. With the boundary open, the discharged CO2 had nothing to hold against, and the NTSB identified this directly as a cause of the system's ineffectiveness.
Why the response turned fatal
Land-based firefighters were sent into a ship they were not trained to fight. The NTSB found the Newark Fire Division had little to no marine-vessel firefighting training, experience, or familiarisation with cargo ships — and that this led to an ineffective response and the firefighter fatalities. Its headline recommendation was national: better prepare land-based fire departments for marine vessel fires, because the port interface keeps producing this exact mismatch.
The honest detection lesson — and its limits
This was not an EV fire, and it was not primarily a detection failure — it was an ignition during routine loading, compounded by a boundary that could not be sealed and responders who were not prepared. The through-line with other car-carrier casualties still holds: the fire started at a vehicle, and the human cost was set by how the situation was understood and contained. Per-deck situational awareness — knowing which deck is involved and which boundaries are open, and handing that to responders — is one input to closing the response gap the NTSB named. But the Grande Costa d'Avorio is a clear reminder that detection is necessary, not sufficient: boundary integrity and trained marine firefighting matter as much as seeing the fire early.
What it means for operators, terminals, and class
For terminals, the loading-equipment decision is a safety-critical control, not a productivity convenience. For owners and class, fire-boundary doors must be operable from outside the zone they protect — a fixed gas system is only as good as the boundary it can actually close. For ports and fire departments, marine familiarisation is the difference the NTSB drew between a contained casualty and a fatal one. Detection and per-deck telemetry support that picture; they do not replace boundary integrity or trained response.
Sources
- 1. NTSB — Marine Investigation Report MIR-25/16, 'Fire aboard Roll-on/Roll-off Container Vessel Grande Costa D'Avorio' (investigation DCA23FM039; board meeting 15 April 2025); probable cause, the pusher-vehicle finding, the fire-boundary door control, and the firefighter-training findings — ntsb.gov.
- 2. NTSB press release, 'NTSB Recommends Improving Preparedness of Land-Based Firefighters for Marine Vessel Fires' (15 April 2025) — ntsb.gov.
- 3. Reporting on the NTSB findings (692-ft vessel, 2008 Jeep Wrangler pusher, 38th push run, two firefighter fatalities, six injured) — gcaptain.com, maritime-executive.com, workboat.com.
- 4. Comparative casualty context — Höegh Xiamen (2020) and Morning Midas (2025) car-carrier fires.
Questions, answered
What caused the Grande Costa d'Avorio fire?+
The NTSB determined the probable cause was the use of a passenger Jeep Wrangler as an industrial cargo 'pusher' — a role it was not built for and that did not meet OSHA powered-industrial-truck standards. On its 38th push run of the day up the ship's ramps, the Jeep's transmission fluid overheated, boiled over, and ignited on a hot engine surface on an interior garage deck.
Why did the ship's CO2 system not put the fire out?+
Because the crew could not close one of the fire-boundary garage doors. Its control panel was located inside the fire zone with no operating controls on the outside, so the boundary stayed open. The NTSB found this directly caused the ineffectiveness of the fixed gas fire-extinguishing system — the discharged CO2 had no sealed space to hold against.
Why did two firefighters die?+
Land-based firefighters from the Newark Fire Division, which the NTSB found had little to no marine-vessel firefighting training or familiarisation with cargo ships, entered the smoke-filled garage decks and became disoriented. Two died and six other responders were injured. The NTSB's central recommendation was to better prepare land-based fire departments for marine vessel fires.
Was this an electric-vehicle fire?+
No. The ignition source was a conventional internal-combustion Jeep used as a loading pusher, not an EV traction battery. Like the Höegh Xiamen, it is a reminder that car-carrier and ro-ro fires frequently start at a vehicle during ordinary operations, regardless of powertrain — and that the outcome is decided by containment and response, not only by what caught fire.
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