Travis Franklin v. Seacor Marine, LLC

CourtDistrict Court, W.D. Louisiana
DecidedMarch 24, 2026
Docket2:24-cv-00969
StatusUnknown

This text of Travis Franklin v. Seacor Marine, LLC (Travis Franklin v. Seacor Marine, LLC) is published on Counsel Stack Legal Research, covering District Court, W.D. Louisiana primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Travis Franklin v. Seacor Marine, LLC, (W.D. La. 2026).

Opinion

UNITED STATES DISTRICT COURT WESTERN DISTRICT OF LOUISIANA LAKE CHARLES DIVISION

TRAVIS FRANKLIN CIVIL ACTION NO. 24-0969

VERSUS JUDGE ALEXANDER C. VAN HOOK

SEACOR MARINE, LLC MAGISTRATE JUDGE LEBLANC

MEMORANDUM RULING

The L/B Robert, a three-legged liftboat operated by SEACOR Marine, LLC (“Seacor”), sustained severe damage when it listed during a storm off the Louisiana coast. Following an inspection, the United States Coast Guard prohibited further movement until repairs were completed. So, the L/B Robert remained out-of-service for a year while a third-party, Bollinger Shipyards (“Bollinger”), carried out $30,000,000 of repairs on its hull, legs, a thruster, and other components. Although Bollinger handled the repairs, Travis Franklin (“Franklin”), a Seacor employee, remained aboard the L/B Robert. During this time, Franklin experienced stroke-like symptoms and later alleged that Seacor’s negligence caused his illness. The Court finds that Franklin does not qualify as a seaman under the Jones Act because the L/B Robert was no longer a vessel “in navigation.” Accordingly, Seacor’s motion for summary judgment is granted. Background The L/B Robert was a liftboat that acted as an “offshore supply vessel” for oil and gas exploration. Atkinson’s Dep. 27, Record Document 23-2. As a liftboat, the L/B Robert had three legs that lowered to the seabed, effectively anchoring itself in-place. Id. at 41; Brien’s Dep. 15, Record Document 23-3. Then, a hydraulic “rack and pinion system” elevated the vessel’s hull above the water, providing a stable platform for

offshore operations. Atkinson’s Dep. 41, 46. At all relevant times, Falcon Global Robert LLC (“Falcon Global”) owned the L/B Robert but Seacor operated it. Ruiz’s Decl. 1, Record Document 15-3, at 1. In late November 2022, the L/B Robert stood in the Gulf of Mexico and found itself caught between approaching “heavy” weather systems. Brien’s Dep. 12. The L/B Robert did not have time to move locations, so Seacor employees prepared the vessel for the approaching storm. Record Document 15-3, at 6. The vessel’s legs remained

anchored to the seabed, and Seacor’s crew raised its hull to the maximum possible airgap. Id. With the vessel secured, Seacor evacuated its employees, airlifting them to the shore. Id. The storm hit the L/B Robert on November 22, 2022 and had a devastating effect. Pressure from the sea pushed one of the L/B Robert’s legs into a “can hole” more than thirty feet away from its original location. Brien’s Dep. 13. When the leg

fell into the can hole, the L/B Robert “collapsed” and listed “heavily” to its port side. Id.; Record Document 15-3, at 6. Although unmanned, an onboard camera recorded the L/B Robert when it titled into the water. Record Document 15-3, at 6. Within days, Seacor and others began salvage operations. Record Document 15-3, at 6. Initially, Seacor conducted a flyover, observed the L/B Robert’s “severe” list, and sent a “skeleton” crew to level the vessel. Id. at 6-7. Although it successfully leveled the L/B Robert, Seacor struggled to raise the vessel’s legs from the “mud” of the seafloor. Id. at 6-8. Seacor determined that the L/B Robert’s main engines, which generated the power needed to raise the legs, were damaged. Id. at 7. After several

days of effort, Seacor eventually repaired the vessel’s main engines and raised the L/B Robert’s legs, allowing it to “float free.” Id. at 8. But during the process of repairing the vessel’s engine, Seacor discovered that a “drive room” for one of its thrusters had structural cracks in the decks and hull plating. Id. at 7. Water intruded into the room through these cracks, and Seacor had to pump water from the drive room and weld the cracks closed before its salvage efforts could continue. Id. After stabilizing the vessel, Seacor determined that the L/B Robert could no

longer “navigate on her own.” Ruiz’s Decl. 1. Seacor then hired two tugboats that pulled the vessel to a Bollinger shipyard in Amelia, Louisiana. Id. The L/B Robert arrived in Amelia on December 6, 2022, and although Seacor kept a small crew aboard for maintenance tasks, Bollinger and its subcontractors handled all repairs from then forward. Id. at 1-2. Once the L/B Robert reached the shipyard, Bollinger placed the vessel in a

drydock to perform inspections. Atkinson’s Dep. 21. The United States Coast Guard (“Coast Guard”) and the American Bureau of Shipping (“ABS”), the L/B Robert’s classification society, also participated in the inspections. Ruiz’s Decl. 1. While in drydock, Bollinger, the Coast Guard, and ABS performed an inspection “from stem to stern” of the L/B Robert’s hull, legs, and other mechanical and electrical components. Atkinson’s Dep. 21. The L/B Robert remained drydocked for about one month, and the inspections revealed that the L/B Robert had suffered extensive damage. Ruiz’s Decl. 1. Bollinger inspected the L/B Robert’s legs using drone and laser technology.

Ruiz’s Decl. 1. The L/B Robert had three legs, each 335 feet long. Atkinson’s Dep. 39. And based on the inspection, Bollinger determined that about a 50-foot section on the “upper half of [each] leg” sustained damage when the vessel listed. Id. The legs had been so damaged that the Coast Guard described them as “visibly bent.” Record Document 15-3, at 19. Because of their extensive damage, the Coast Guard and ABS determined that the L/B Robert’s legs needed to be completely replaced. Atkinson’s Dep. 43.

However, the legs required specialized materials and metals, and the fabrication process would take a considerable amount of time. Atkinson’s Dep. 43. So, as a temporary solution, the Coast Guard and ABS agreed that Seacor could remove the damaged sections, make the legs symmetrical, and then operate in shallower water until the new legs had been fabricated. Id. However, Bollinger did not have a crane large enough to handle the leg work in its Amelia shipyard, and determined

that after other repairs had been finished, Bollinger would complete the leg repairs in Pascagoula, Mississippi where it had a larger crane. Id. at 48. Although it could not fix the L/B Robert’s legs in Amelia, Bollinger and its subcontractors started on some of the other extensive repairs that the vessel needed. Brien’s Dep. 16-17. Much of the work in Amelia focused on repairing damage to the L/B Robert’s hull, components, and one of its thrusters. Id. As for its hull and components, the L/B Robert “suffered severe structural stresses that resulted in extensive buckling of hull structural members and plating.” Record Document 15-3, at 8. The structural damage spanned the vessel, including

the thruster drive rooms, crew housing areas, engine room, and main deck. Id. at 9- 13. The damage, too extensive to itemize here, included “deep cracks, buckling, [and] deformation” across dozens of feet of decking, plates, and transoms. Id. The vessel’s lifeboats needed multiple repairs, and its life rafts and fast rescue boat were “missing completely.” Id. at 11-12; see also Record Document 15-3, at 19. The L/B Robert’s main engine suffered damage, including blown gaskets, deformed dampers, and cracked thermostats. Record Document 15-3, at 12. Bollinger “completely repaired” this hull

damage in Amelia. Brien’s Dep. 18. As for its thrusters, the L/B Robert depended on two stern thrusters for propulsion. Brien’s Dep. 18. The vessel also had a bow thruster, but it only supported “maneuvering” in “close quarters” and not propulsion forward. Atkinson’s Dep. 47. During inspections, Bollinger discovered that one of the L/B Robert’s thrusters, the starboard stern thruster, was not operational. Atkinson’s Dep. 25; Brien’s Dep. 18.

Bollinger determined that the electric motor, which powers the thruster, took on water during the listing event, debilitating the motor. Brien’s Dep. 18.

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