Development

Our technology is both the result of research and innovation that we have led and partnerships with industry and academics. In the former case we handle every aspect of design, development and testing through research projects. In other situations we respond to specific technical needs, working hand-in-hand with industry partners to provide bespoke solutions.

PROJECTS MAP

Select a category to the right and click through the map to learn more about our marine infrastructure projects and where our products are being used.

world map image
"> SPOT. North Cyprus Society for the Protection of Turtles. Logo
Pro Delphinus. Peru. Logo
WWF Logo
DTU Logo
Yaqu Pacha Logo
dolphin bycatch image"> Ministerio de Ganaderia Agricultura y Pesca Republica Oriental del Uruguay. Dinara. Direccion Nacional de Recursos Acuaticos Logo
Conservation Filicudi Wildlife Logo
"> RASI Logo
SLU. Swedish University of Agricultural Sciences Logo
RSPB Logo
Product image"> ICAPO. Iniciativa Carey Del Pacifico Oriental. Eastern Pacific Hawksbill Initiative. Logo

Fishtek Marine has established a reputation as a company that delivers smart solutions to some of the most challenging conservation issues in fisheries and marine operations. Our goal is to develop technologies that deliver environmental objectives and mesh seamlessly with standard fishing and marine operations.

KEY DESIGN PRINCIPLES

Our technology needs to meet strict design and functionality criteria if they are going to be successfully adopted within the fishing industry:

ROBUST

They need to be robust and able to withstand rigours of being used in some of the harshest conditions at sea

CHEAP

They need to be cheap, and not adding anything but a tiny percentage to the costs of operations

INVISIBLE

They need to be invisible to the operation, not adding significant time or effort to normal practice

RELIABLE

They need to be effective and reliable in reducing impact of operations on the marine environment and bycatch of species

Trials with fishers and academic partners across the world build a strong evidence base that demonstrate that using our technology is effective at minimising marine bycatch and is a critical part of sustainable fishing and safeguards some of the world’s most threatened species.

During the development and testing stages of a new technology we will lead a carefully designed process where we will be much more directly involved in at-sea trials. We will develop the scientific protocols to ensure that the results inform device effectiveness and work closely with fishers and operators to learn at first-hand, as we work through an iterative process of testing and improving. This process can take between three and six years:

THE DEVELOPMENT PROCESS

1.

CONCEPTUALISATION

Our products begin as concepts that are progressed to first stage prototypes and worked into 3D CAD designs

2.

LAB TESTING

CAD designs are turned into selective laser sintered (SLS) prototypes that allow the functionality of the design to be tested in our in-house test facility through several iterations.   

3.

INITIAL SEA TRIALS

We develop prototype tooling for a small production run of a few hundred units for initial sea trials, typically using our own test vessel  

4.

COMMERCIAL SEA TRIALS

Once the design has been proven, prototype tooling is scaled up to produce thousands of units for commercial sea trials. These trials often involve multiple vessels trialling commercial quantities of units over an extended fishing period. Data on the performance and durability of the product are collected by independent fisheries observers.   

5.

BUILDING THE SCIENTIFIC CASE

From the initial concept through to testing and sea trials up to full commercial production, Fishtek Marine scientists work closely with academic experts. We place enormous value on independent, peer-reviewed evidence base to demonstrate the efficacy and impact of our technology.   

6.

INTELLECTUAL PROPERTY

We invest heavily in Intellectual Property (IP) protection across our technology.   

7.

PRODUCTION TOOLING

If the commercial sea trials prove successful, we progress to production tooling to reduce the unit cost to a level which is economic for the target fishery. Production tooling involves fully automatic injection mould tools and part automated assembly lines.  

8.

MANUFACTURE

All injection moulded components are produced in-house, enabling us to ensure each component is made from high quality material and processed to our specification.  

THE DEVELOPMENT JOURNEY

The design, development and testing of our products is a process that can last several years. It starts with an idea, often catalysed by a conversation with a fisher, a ‘what if’ that leads to conversations with academic and industry experts for us to determine the potential and the need. From here we will start on a more formalised path, pitching our idea to Government and philanthropic funders to help us raise the money to help us start out on the development process.  

We lead and manage the journey from the point of developing the first prototypes, running at sea trials and building to more comprehensive tests and iterative improvements until we reach the point that we have complete confidence that a new product reduces impact; is robust and fits seamlessly into operations. At this point they stop being a development product, and become something we start to market and promote. 

SHARK GUARD

SHARK GUARD

Seven years in development, we are in the final stages of a product that will reduce shark bycatch in longline fisheries.

SCALLOP POTTING

SCALLOP POTTING

Our accidental discovery that scallops were attracted to lights, led to a five year development journey for a system that could be incorporated into potting gear

ABOVE WATER DETERRANTS

ABOVE WATER DETERRANTS

We have been searching for a reliable and effective solution to reducing seabird bycatch in nets for over a decade, and are currently working on a new kite design

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