News / Alpha Unmanned Systems /

Ropeless Fishing Technology to Advance With New Grant

alpha unmanned systems logo.webp

Helicopter UAVs: Rotary Wing Drones for Maritime, Naval & Security Operations | UAS GCS

Ropeless Fishing Technology to Advance With New Grant

The NFWF has awarded Teledyne Benthos a grant to advance hopeless or on-demand fishing technology, reducing or removing the need for ropes, lines, and surface buoys


Ropeless Fishing Technology to Advance With New Grant

Teledyne Benthos, an underwater communication technology from Teledyne Marine, has been awarded a $975,000 grant from the National Fish and Wildlife Foundation (NFWF) to advance on-demand, or ropeless, fishing technology.

Ropeless fishing provides lobster and crab fisheries a means to recover fishing gear remotely, through subsea acoustic communication, thus reducing, or removing, the need for ropes, lines, and surface buoys.

This grant will support the development and advancement of ropeless fishing technology, crucial to promoting sustainable fishing practices while reducing marine life entanglements. 

Teledyne Benthos, EdgeTech, Inc., and the Sea Mammal Education Learning Technology Society (SMELTS) have been at the forefront of developing and testing ropeless fishing gear since 2018. The funded project is focused on modifying commercial equipment to enable these organizations to collaborate on a common user interface and associated acoustic transducer for vessel or portable use. 

The focus will be the interoperability between transponders and acoustic modems developed by Teledyne Benthos and EdgeTech. Gear marking will also be improved through directional measurements, enabling a common interface with Teledyne Raymarine chart plotters, and enhance usability, making ropeless fishing gear more accessible to end users.

Teledyne Benthos acoustic modems are the backbone of the ropeless fishing system. They facilitate reliable subsea communication that provides the information needed to deploy and retrieve gear without the traditional ropes and lines that can entangle marine life, including North Atlantic right whales and other cetaceans.

Developing a universal deck box used with an associated transponder will allow for a robust method for gear marking and retrieval. The transponders emit acoustic signals that are then detected by the vessel’s deck box, enabling precise location marking and ensuring a seamless operation between Teledyne Benthos and other devices. 

The integration of a chart plotter provides a user-friendly interface that is designed to meet the practical users’ needs in real-world conditions, making it efficient for everyday use.

Teledyne Benthos will continue to work with deck box and transducer developers to test ropeless fishing gear by addressing interoperability requirements and improving gear marking technology to provide a viable and sustainable alternative for the fishing industry.

This project is made possible through a grant from the National Fish and Wildlife Foundation and will be executed in partnership with Edgetech and SMELTS.

Teledyne Marine’s Chief Engineer, Bob Melvin, stated, “We are excited to be taking a significant step forward in innovative fishing technology. We are committed to providing the fishing industry with reliable and efficient tools while continuing to protect marine life and be responsible stewards of the ocean environment.”

a900 naval drones e1681728435142.jpeg
Helicopter UAVs: Rotary Wing Drones for Maritime, Naval & Security Operations | UAS GCS

Avenida Fuente Nueva 14, Nave 16-A, San Sebastián de los Reyes, Madrid 28703

Send Message

Supplier's Products

Portable tracking antenna system for long-range maritime UAV communications
Versatile small unmanned helicopter for ISTAR and Civilian missions
Portable GCS with dual anti-reflective screens and rugged carry case
STANAG-compliant for maritime ISR Missions and Border Control
25 kg MTOW helicopter target drone with up to 4 hours of flight endurance

More News from Alpha Unmanned Systems