Ropeless Fishing Gear Trials to Expand in 2027 for Lobster and Crab Fisheries
New Fishing Technologies Aim to Reduce Reliance on Traditional Buoy Lines
The commercial fishing industry is exploring new ways to deploy and retrieve fishing gear while reducing the risks associated with vertical ropes in the water. One developing approach is ropeless fishing technology, which allows fishing gear to remain underwater until the operator is ready to retrieve it.
In a notice published on October 13, 2026, the U.S. National Marine Fisheries Service announced further consideration of a research permit application from NOAA's Northeast Fisheries Science Center. The proposed 2027 research program would continue trials of on-demand fishing systems in selected fixed-gear fisheries, including lobster traps, deep-sea red crab pots, fish pots, and anchored gillnets.
The program is designed to evaluate alternatives to traditional surface buoys and vertical buoy lines, particularly in areas where interactions between fishing gear and protected marine animals are a concern.
1. What Is Ropeless Fishing Gear?
Traditional pot and trap fisheries generally use ropes connecting underwater gear to surface buoys. These lines help fishermen locate, mark, and retrieve their gear.
Ropeless or on-demand systems use different methods to keep gear underwater until retrieval is required. Depending on the design, these systems may use acoustic releases, stored or coiled rope, inflatable retrieval devices, or other mechanisms.
When a vessel returns to collect its gear, an operator activates the retrieval system or uses an alternative recovery method. Some systems can release a buoy or rope to the surface only when needed.
The objective is to reduce the amount of time that vertical lines remain in the water, potentially lowering entanglement risks for large whales while maintaining the ability to recover fishing gear.
These technologies are still being evaluated across different fishing conditions, and their suitability varies by gear configuration, depth, vessel operation, and local regulations.
2. What Will the 2027 Research Program Test?
According to the Federal Register notice, the proposed research would run from January 1 through December 31, 2027, subject to the required permit approval.
The planned work includes several areas of investigation:
Acoustic release systems: Researchers will continue evaluating equipment that allows fishing gear to be released for retrieval without relying on a continuously deployed surface buoy line.
Stored-rope and inflatable systems: Alternative retrieval methods will be assessed to determine how well they perform under different operating conditions.
Commercial-scale trials: Participating vessels will test modified gear during fishing operations to gather practical information about performance, reliability, and usability.
Digital gear location systems: Researchers will evaluate methods for recording and sharing gear locations, helping fishermen identify equipment positions and reduce potential conflicts with other marine activities.
The program also plans to investigate gear performance in deeper water, where reliability and retrieval logistics can present additional challenges.
3. Why Does This Matter for Lobster and Crab Fisheries?
Lobster and crab fisheries frequently rely on traps and pots connected by ropes to surface markers. These systems are effective and familiar to commercial operators, but the ropes can also create entanglement risks for protected marine animals.
Ropeless systems are being investigated as one possible way to reduce these risks in certain locations and fishing conditions.
However, replacing conventional gear involves more than removing a buoy line. Operators need to consider equipment cost, deployment procedures, retrieval reliability, vessel safety, gear location accuracy, and the time required to complete fishing operations.
A system that performs well in one fishery may not be suitable for every vessel or fishing ground. Commercial trials are therefore important for understanding the practical benefits and limitations of different designs.
4. What Could This Mean for Fishing Gear Manufacturers and Suppliers?
The development of on-demand fishing technology may create new opportunities for equipment designers, manufacturers, and fishing gear suppliers.
Potential areas of development include:
More reliable retrieval mechanisms and release components.
Rope storage and deployment systems adapted to specific pot or trap configurations.
Durable ropes and connection components suited to demanding marine conditions.
Digital systems that help operators locate and manage submerged gear.
Gear configurations designed to balance operational efficiency, safety, and applicable regulatory requirements.
For conventional fishing gear suppliers, this trend also highlights the importance of understanding how fishing methods are changing. Traditional ropes, buoys, traps, and pots remain important in commercial fisheries, but some operators may increasingly seek specialized components or alternative configurations for particular applications.
Manufacturers should work closely with fishing operators to understand their needs and avoid assuming that an emerging technology can replace conventional equipment in every situation.
5. What Should Commercial Fishing Operators Consider?
Businesses considering new fishing systems should evaluate several practical factors before investing.
Operational reliability: The gear must work consistently under the intended depth, weather, and sea conditions.
Retrieval efficiency: Operators should understand how the system is activated, how the gear is recovered, and what happens if a component fails.
Equipment compatibility: New components must be compatible with the vessel, existing traps or pots, ropes, and the planned fishing configuration.
Training and maintenance: Crews need suitable training, clear operating procedures, and access to maintenance support.
Regulatory compliance: Participation in a research program does not automatically authorize all commercial operators to use ropeless gear. Applicable federal and state rules must be checked before deployment.
These considerations can help fishing businesses assess whether a new system is suitable for their specific operation.
Conclusion
Ropeless fishing gear is an emerging area of development for commercial lobster, crab, and other fixed-gear fisheries. The proposed 2027 research program reflects continued efforts to test new retrieval methods, improve gear location systems, and evaluate performance under real fishing conditions.
Although conventional buoy-and-rope systems remain widely used, further research may help identify situations where on-demand alternatives are practical.
For fishermen, manufacturers, and fishing gear suppliers, keeping up with these developments can support better equipment planning and a clearer understanding of future industry needs.
Official source:
U.S. Federal Register, October 13, 2026 - Notice of Application for Exempted Fishing Permit: Development and Trials of On-Demand Fishing Systems in Fixed Gear Fisheries.
https://www.govinfo.gov/content/pkg/FR-2026-10-13/html/2026-20876.htm
This article summarizes a proposed research program and does not imply that the permit has been approved or that ropeless systems are authorized for unrestricted commercial use. Operators should consult the relevant authorities for current requirements.