Born from competitive racing expertise, Kraken’s hulls are engineered using cutting-edge composite materials that maximise strength while minimising weight.

The result?

Agile, resilient platforms that thrive in the most punishing marine environments, without compromise on speed or efficiency.

Kraken move fast because the future doesn’t wait. Our in-house design and build workflows allow for quick iterations and constant refinement, taking concepts from sketch to sea in record time.

Every loop makes us faster, leaner, and sharper, just like the platforms we build. Scalable production-ready high-performance platforms.

From single units to mass requirements, our autonomous vessels and facilities are designed for speed and ease of manufacture.

Modular, cost-effective, and ready for production, they give you futureproof capability without the legacy baggage. Build one or build hundreds.

From single units to fleet-scale deployments, our autonomous vessels are designed with manufacturability at the core.

Modular, cost-effective, and ready for production, they give you futureproof capability without the legacy baggage. Build one or build hundreds.

Kraken platforms are more than capable, they’re mission flexible.

Designed with modern conflict and security in mind, they support both offensive and defensive Concepts of Operation (CONOPs), adapting swiftly to roles in force projection, perimeter defence, and ISR.

It's capability, redefined.

This isn’t theory, it’s deep, technical understanding forged through hands-on development. From autonomy stacks to hydrodynamics, we’ve engineered every element of unmanned surface vessels to perform at the highest level.

We don’t just know what works. We know why.

Kraken test, trial, and tune our systems where it matters most, in live maritime environments. Our platforms are born from the same mentality that wins races: expert design, real data, real feedback, and relentless improvement.

That’s how we turn innovation into capability.

Kraken think beyond the internal combustion norm. Whether it’s hybrid-electric or fully electric systems, our team has hands-on experience engineering alternative powertrains that extend endurance, reduce signatures and unlock performance advantages.