Dynautics can help defence customers to turn uncrewed platforms into operationally capable assets. We work with you to develop the right uncrewed capability, make more of existing assets and reduce the cost and risk of getting from concept to deployment.
You can meet Dynautics at Navy Tech & Seabed Defence from 2-4 February 2027 in Gothenburg, Sweden.
CUSTOMISE
Adaptable UUVs, built around the mission
Rapidly configure and deploy practical, cost-effective UUV solutions to meet specific mission requirements.
- Mission-led configuration: Adapt proven technology and existing platforms to suit application, payload and operating environment.
- Modular approach: Configure systems around changing requirements, avoiding unnecessary redesign and development.
- Faster route to deployment: Build on established technology to reduce NRE, development effort and time to commercialisation.
- Cost-effective capability: Reuse proven components and engineering where practical to manage development and unit costs.
- Flexible solutions: Support customers who need configurable systems rather than a one-size-fits-all product.
CONVERT
Convert existing vessels to uncrewed
Transform crewed vessels into uncrewed platforms using proven autopilot and control technology.
- Build on existing assets: Explore how crewed vessels could be converted for remote operation.
- Proven control technology: Apply marine autopilot and control expertise as the foundation for uncrewed operation.
- Reduce development risk: Leverage existing systems and engineering knowledge.
- Integrate with the wider system: Consider navigation, comms, control interfaces and other systems as part of the conversion process.
- Accelerate capability development: Help customers evaluate a practical route from existing vessel to operational uncrewed platform.
DESIGN
Develop & validate smarter USVs and UUVs
Use marine simulation tools to design, test and optimise USVs and UUVs before committing to physical development.
- Test before building: Use simulation to investigate system behaviour and assess design choices before committing to hardware.
- Optimise performance: Evaluate vessel dynamics, control strategies and operating parameters to support informed engineering decisions.
- Reduce development risk and cost: Identify issues early, reduce reliance on repeated prototyping.
- Improve control-system development: Model and test autopilot and control-system behaviour in a simulated environment.
- Make better use of engineering resources: Explore alternative designs and operating conditions efficiently before sea trials.
Contact us now to discuss your uncrewed vessel programme and engineering requirements.
Meet us at Navy Tech and Seabed Defence, 2-4 February 2027 in Gothenburg, Sweden.
