Beehive may be another Dreadnought moment

Drive past the perimeter of a certain naval base and peer through the fence and you can already see twenty Kraken K3 Scout uncrewed surface vessels, delivered and in service.

For Captain Adam Ballard, the Royal Navy officer responsible for Project Beehive, that is what success looks like. “There’s been a lot of cynics on the internet going, yeah, they’re going to run a competition and nothing’s ever going to happen,” he says. “Or they’re going to buy it but it’s going to take four years to deliver. We’ve gone from an RFI out to industry, through a tender process, to 20 boats in Pompey Dockyard in about five or six months.”

Project Beehive is the £12.3 million programme putting Kraken USVs into the hands of the Coastal Forces Squadron and 47 Commando Royal Marines. It was designed as a proving ground, somewhere to test ideas with real hardware in real conditions, and Ballard is open about the uncertainty on where this will lead, telling me, “I have this phrase when I walk around Navy command headquarters. Let’s have some humility and go, I don’t know.”

The boats are, by conventional naval standards, small at 8.4 metres long, displacing under 2,500 kilograms and carrying 600 kilos of payload in a modular bay that can be swapped out in around ninety minutes, turning an ISR platform into an electronic warfare or surface warfare platform in roughly the time it takes to watch a film. Ballard has a phrase for it. “It’s the Toyota Hilux of the seas. With 600 kilos of payload, you can just have a whole bunch of imagination.”

The flexibility goes further than the payload bay as modules can be built, shipped anywhere in the world in the back of a plane and bolted into a boat that is already there. Kraken is also developing an air dispatch option, a parachute pack that will allow the payload modules to be dropped from an A400 transport aircraft. Extended range fuel tanks, recently completed, push the operational range beyond the standard 650 nautical miles. “For context, that’s basically driving from Portsmouth to Estonia on one tank of fuel,” Ballard says. “Really meaningful distances.”

Launch and recovery systems are in final trials that will allow the boats to deploy from Type 26 and Type 31 frigates, providing a force protection screen through narrow choke points, meeting asymmetric threats at a fraction of the cost of conventional platforms. The integration goes further still. The boats can operate over satcoms and mesh radios and will be able to plug directly into the Commando Forces Network, meaning a Royal Marines raiding party going ashore can have USVs fully integrated into their own network.

“A lot of people look at USVs around the world and see them as just an independent little boat that goes and does something,” Ballard says. “A lot of our money, a lot of our time and effort is integrating these into the joint force. This is not just a pet toy project, this is a proper part of the Navy.”

He reaches for an analogy from air power, saying that “I can now deploy my loyal wingmen from my Type 26 or my Type 31 and provide that force protection screen around my task group. A frigate can now take its own task group with it. That’s kind of unheard of in naval warfare.”

The boats carry their own GPUs, meaning AI models can be run on board. Ballard is careful about what he says next. “I’m not talking about a lethal autonomous weapon system. But a level of platform autonomy that starts to lift operators, lets humans do what humans are good at, which is context and really difficult things, and lets the AI do the dull, dangerous, dirty stuff.”

But it is the learning, more than the hardware, that Ballard returns to, and the Royal Navy has found more to work through than expected. Three iterations of the USV operator training course have been completed and formally endorsed by the Maritime Coastguard Agency. A contract has just been signed for a virtual training environment designed not just for skills but for mission rehearsal. The ground control station interfaces needed significant rethinking once real operators sat down in front of them. “It’s really different sitting in front of a screen looking at a visualisation of the sea than it is standing on the bridge that I did for 20 years,” he says.

Communications remain difficult regardless of what the brochures say, and Ballard is pointed about the gap between what commercial satellite systems promise and what they actually deliver at sea. “Everyone thinks these systems are perfect the whole time. They’re not. We’re spending a lot of time developing robust reversionary comms plans.”

And then there is the question nobody thought to answer beforehand and which, it turns out, nobody has answered at all. What is the legal status of an uncrewed surface vessel? Is it a warship? “There is no legal precedent,” Ballard says. “We’re figuring that out.”

He is also clear about the limits of what lessons can be taken from Ukraine. “The Black Sea is a lake. You don’t get sea states in the North Atlantic like you do there. What are the right things for me to learn? Small USVs in the Norwegian fjords, the Baltic, the North Sea, the English Channel, brilliant, ideally suited. But the deep Atlantic, that’s where the much larger platforms and traditional crewed assets absolutely have a path and a place.”

Beehive, though, was never meant to be the destination and Ballard is explicit that the funding now flowing into remote and autonomous systems represents the next step, with much of that money going not into new hulls but into the digital architecture that connects them, what he describes as a maritime fighting web. “A lot of money in that area will go into the digital architecture that actually turns these from a really great science experiment into a weaponised fighting part of the joint force, integrated into a maritime fighting web,” he says, and in that framing Beehive starts to look less like a programme in its own right and more like a deliberate on-ramp to something considerably larger.

The sequencing of how capability gets added to the boats is equally deliberate and Ballard is almost scientific about it, describing a crawl-walk-run approach where you start ISR only, prove that works, add sensors, prove that works, then put effectors on, with nothing moving forward until the previous step has been validated in real conditions. What makes this possible at all is the contrast with how crewed platforms work, because spiralling new capability onto something like a Type 45 is a years-long billions-of-pounds undertaking whereas with a generic unmanned hull you can make the same bounds in six to nine month intervals. “I’m not buying a frigate or destroyer program,” he says, “so we can make those bounds super fast.”

That pace is also changing who the Royal Navy buys from, and Ballard makes a point of saying the service is now committed to engaging small and medium enterprises on genuinely equal terms with the large defence primes, not because one model is superior but because both now have what he calls a definitive place. Kraken is itself an SME and the fact that twenty vessels were delivered in under six months is for Ballard proof of concept for that procurement philosophy just as much as it is proof of concept for the technology itself. “We are going to interface with small and medium enterprises as much as we interface with the big primes,” he says, “and I’m not saying one’s better than the other.”

On whether twenty boats are enough, the answer is more nuanced than a simple yes or no. There was an argument for going to, for example, fifty straight away, he acknowledges, or for mixing the smaller Kraken boats with a handful of much larger vessels from another company, but he is dismissive of that approach. “I think that’s a really foolish thing to do,” he says. The logic comes back to the same humility he keeps returning to throughout the conversation, because for roughly twelve million pounds you get a really good starting point and you get to learn things you simply could not have anticipated sitting in a procurement office. Go straight to fifty and you lock in mistakes you haven’t made yet, produce payloads for problems you don’t fully understand yet, and buy yourself out of the flexibility that makes the whole programme valuable in the first place. “I don’t want more yet. I will do, but not yet, because I want to learn. What do I now know about these things? Let’s make the next bound informed by that. I genuinely think you will see us operating something bigger before the end of this calendar year.”

On why he cares so much, the answer is not what you might expect from a naval officer whose actual job is force generation for the fleet and who describes this as a side project. He looks at it through the lens of naval history.

“If you consider the major transitions in naval warfare, ships of the line to Warrior, Dreadnought, battleship to missile destroyer, all of those major transitions, you haven’t just instantly overnight eliminated what came before. But what I genuinely believe you’re seeing here is the vanguard of the next major transition in naval warfare. This, for the Royal Navy, is another Dreadnought moment.”