The APV was never a conventional patrol vessel. Capable of exceeding 60 knots and sustaining that speed over a range in excess of 1,200 nautical miles, it represented a step-change in what a civilian anti-whaling platform could achieve . Its high-speed endurance surpassed that of Norway’s Skjold-class corvettes (the world's fastest at the time), which can reach 60 knots in calm seas but can only sustain 40 knots over an 800-nautical-mile range . The APV’s waterjet wake alone was enough to cause significant damage to smaller craft, and during high-speed transits, the vessel would have to broadcast warnings to all regional traffic to maintain a lookout for the high-speed platform.
But the APV, for all its speed, was still a single-domain asset. It could outrun a whaling fleet. It could not, however, unilaterally deny an ocean region by design against poachers. The Sea Wasp is designed to do exactly that.
The Sea Wasp’s hull is built around a specialized carbon-nanocomposite prepreg that represents a generational leap over traditional carbon fiber and aluminum construction. The material, a carbon fiber infused with carbon nanotubes, delivers a combination of strength, stiffness, and weight savings that conventional marine composites cannot match.
The numbers from an earlier technology prototype built from this same class of material illustrate the scale of the advantage. A vessel constructed from this nano-enhanced prepreg weighed just 8,000 pounds excluding payload, yet could carry a payload of 15,000 pounds, nearly twice its own structural weight. The same vessel demonstrated a fuel consumption of 12 U.S. gallons per hour at 24 knots, a 75-percent reduction compared to a traditional boat of similar size, allowing for a range of approximately 2,500 to 2,800 nautical miles without refueling.
Translated to a 130-meter hull, these material properties allow for a vessel that is lighter, stronger, and more fuel-efficient than a conventionally built ship of the same dimensions. The weight savings can be reinvested into fuel capacity, mission systems, or armor. The strength allows for a hull that can absorb impacts that would compromise a standard composite structure. And the efficiency extends the vessel’s operational reach far beyond what its displacement would suggest.
The Sea Wasp is intended to exceed 80 knots. That is not a sprint figure or a theoretical maximum under ideal conditions. It is the design baseline for a 130-meter vessel with a 44-meter beam, powered by an integrated turbine-electric architecture that combines two large marine gas turbines with a distributed array of smaller auxiliary turbines.
The propulsion plant is deliberately distributed across the hull and outriggers. The loss of a single machinery space, whether to flooding, mechanical failure, or damage, does not disable the vessel. The ship retains its high-speed capability and its mission systems. This is a survivability philosophy borrowed from combatant design, applied to a platform that is legally a civilian vessel.
The APV’s 60 knots made it the fastest anti-whaling vessel in the world. The Sea Wasp’s 80 knots makes the question of pursuit irrelevant. No whaling vessel, no Coast Guard patrol boat, and no naval interceptor in service today can close the distance once the Sea Wasp decides to disengage. The speed is not a tactical trick. It is a strategic guarantee of impunity.
The APV was a single platform with a single purpose: intercept, disrupt, and evade. The Sea Wasp is a command node for a distributed system that operates above, on, and beneath the ocean surface.
The vessel carries a full aviation deck and enclosed hangar for a long-range compound rotorcraft, a heliplane-class aircraft capable of extending reconnaissance and response coverage hundreds of nautical miles from the ship. It carries compact VTOL surveillance aircraft for persistent local overwatch. It carries two 18-meter interceptors, four medium unmanned surface vessels, and ten deployable sensor buoys. And beneath the waterline, it carries a 16-meter hybrid submersible, deployable through a protected moonpool, capable of operating at speeds that outpace modern torpedoes and able to remain on station, deployed and engaging whaling for over 365 days without ever refueling.
This is not a ship that chases whalers. It is a ship that detects a whaling fleet from beyond the horizon, deploys a screen of unmanned systems to maintain contact, and positions itself, or its interceptors, or its sub, to intervene at the moment of its choosing. The whaler does not see a patrol boat approaching in most cases. The whaler sees a network closing. Multiple ships, aircraft, small boats, all converging on a whaling target rapidly.
The command architecture reflects this. The Sea Wasp has four coordinated command functions: a navigation bridge, a protected internal mission-command center with a 360-degree station layout, and a dedicated aviation-control bridge and a dedicated communications bridge. The mission center is built around a central command position surrounded by intelligence, aviation, underwater, surface-interdiction, communications, and vessel-control stations. The sensor suite includes four fixed AESA radar faces, electro-optical and infrared systems, and a multi-band satellite-communications radome. The data feeds into a redundant onboard mission data infrastructure that supports command, recording, communications, and remote-vehicle operations.
A crew of a handful can manage this system. The ship does not require a large complement of officers and ratings to function. It requires operators who can interpret a fused picture and make decisions. The vessel is designed to be run by a small, highly trained team, with the automation handling the mechanics of navigation, propulsion, and sensor management.
The Sea Wasp was designed in direct response to the tactics that have been used against anti-whaling vessels for decades, such as: port seizures, flag-state pressure, and physical boarding operations. The Icelandic Coast Guard’s seizure of the Bandero demonstrated that a whaling state can, and always will, use its legal and physical authority to disrupt a vessel that relies on conventional access points and shore-based support.
The Sea Wasp eliminates those vulnerabilities by design. The ship is engineered as a form of a trap for boarding parties where they can be detained and handed over. You can enter, you can be extra mighty and use force, but you will reach a point where water will prevent you at over 8,000 gallons per a minute from even entering the ship further. It's basically an internal water cannon/ flooding/ dewatering system.
There are no exterior doors, except those that are required for emergency escape during an abandon ship scenario, and have no way to reach them from the ships exterior deck, except for those crew who must use it can exit via their control rooms escape hatches to the life rafts. The only main entry points are the moonpool, accessible only from underwater and port. The hangar features a four-layer armored door system with steam-jet barriers. The final barrier to the citadel is a four plus inch solid steel door. The vessel can operate indefinitely without entering a port, supported by a mobile sea base that provides fuel, stores, spare parts, and drydock-level maintenance at sea.
If a boarding team attempts to force entry through one of the funneled containment vestibules, the system responds automatically. The fifth door seals in under ten seconds. The flooding system can fill the compartment with seawater at a rate of over 60,000 gallons per minute, cycling between flood and drain on a timed or un-timed sequence that denies any opportunity to mount a coordinated breach at the doors or entry points. Chemical agents, such as OC spray, CS gas, or the custom developed, persistent BA-2 Enhanced formulation, can be injected through a ventilitation system into the vestibule to gain compliance without force.
Flashbang drop pipes, LRAD acoustic devices, strobe arrays, and shifting conveyor flooring are integrated into the same containment architecture to make coordination impossible, disrupt their ability to walk or stand on the floor by making the floor shift under them constantly. The entry of the ship is essentially designed as a brig, where they enter and are contained right away where they can encounter an array of defensive tools that are designed to destroy the intent, desire and morale of an illegal boarding team.
If a boarding team is subdued rather than deterred, the vessel has the infrastructure to process them. A lockout stall captures biometrics, fingerprints, facial scans (automatically upon entry), DNA, and the data is logged in a redundant, cloud-synchronized system. Individual holding cells provide food, water, medical, and sleep supplies. A seclusion room is equipped for eight-point restraint if they begin to act out in a dangerous manner. A complete morgue with two autopsy tables and a six-person holding capacity is available for forensic processing if the engagement turns fatal.
The purpose is not cruelty. It is deterrence. A boarding team that knows it will be trapped, flooded, chemically subdued, biometrically catalogued, and held in a private brig does not board, especially when the thing you are boarding is designed to trap your very approach and tactics. A Coast Guard that knows its elite operators will be funneled into a by design containment system, returned in WDA jumpsuits, without their weapons, with their DNA on file, does not order the boarding.
The Sea Wasp’s intelligence and command infrastructure is not contained fully within the hull. The WhaleMind and AegirX systems are on a primary server and a secondary failover node that monitors a heartbeat signal. If the primary goes offline, whether through seizure, cyberattack, or physical destruction, the secondary activates. The data is retained. The surveillance continues. The command structure remains intact.
The primary server is configured with a zero-trust access protocol. So that any login attempt outside authorized windows, or any modification to the file structure, triggers an automated purge. The primary server wipes itself. The secondary node retains the master copy and can spin up a new primary instance within minutes. A government that seizes the server finds a blank hard drive. A hacker who breaches the perimeter finds nothing but a logged intrusion and a newly activated node.
The WhaleMind system itself is built on open-source data fusion and self destruction capabilities via crew or remote access, including AI controlled systems. It aggregates global air traffic from publicly available networks, tracks vessels through AIS and radar fusion, monitors acoustic signatures, and correlates satellite imagery and radar as well as signals intelligence.
At any given time, it can display thousands of live air contacts on a single holographic globe, commercial flights, private aircraft, and military assets that are not broadcasting transponders, and allow an operator to select any contact and pull its callsign, altitude, speed, and location. The system is not dependent on classified networks. It does not need them. It uses the world’s open data, fused and filtered by proprietary algorithms, to build a picture that is more comprehensive than what most navies can assemble from their own sensors.
A navy ship can see aircraft in its radar coverage range or fuse with long range land based radars. WDA can track aircraft across the entire globe, at a single time. We can operate in Iceland, and see air traffic in China, Australia, Japan or even the United Kingdom, thousands of air contacts, and that is not including localized Sea Wasp AESA radar coverage.
The APV was designed to intervene in a whale hunt by placing itself between the harpoon and the whale. The Sea Wasp is designed to intercept the harpoon itself.
The Whale Active Protection System, known publicly and internally as WAPS, is an active protection architecture built around a custom FPGA radar processing core. It uses staggered-PRF Doppler processing, dual 16-point FFTs with Hamming windowing, and a four-channel phased-array beamformer to detect, track, and classify incoming projectiles. The system calculates the Incoming Projectile Calculated Point of Terminal Impact (IPCPT), and guides a non-lethal interceptor munition to neutralize the harpoon before it reaches the whale.
The fire-control loop runs at well under 40 milliseconds. The reaction pipeline from detection to fire-control solution is budgeted at 300 milliseconds and can be adjusted whenever we choose (for example, to defeat a faster harpoon being produced and sold). The system logs every engagement, seals the event to a tamper-evident record, and requires PIN-authenticated human authorization before autonomous intercept is enabled within the region or range of the system. It is a defensive system. It is designed to stop a whalers harpoon weapons, not to harm a person. But it is a weapons-grade system, built to military standards, verified through formal methods, and deployable on a vessel that is legally a civilian ship.
For a whaler, the implication is simple. The harpoon is no longer a reliable tool. WAPS is real, active and authentic today. The whale can be defended at the moment of attack, not just before or after. The WAPS system changes the calculus of the hunt from “can we get close enough” to “can we fire before the interceptor reaches us.” The answer, at 90 to 100 plus meters per second and a 300-millisecond reaction time, that is a very clear no. A harpoon will never reach a whale, this sytem can defeat it in milliseconds. The whalers wouldn't even know what happened, it engages so fast, that a human being won't have time to process it right away.
Nothing the whalers do now to protect whaling can deter this WAPS system. It acts faster than a human can blink or act. It begins in milliseconds from detection, to defeat. All done in under 300 milliseconds.
While the APV was an extraordinary vessel program. It proved that a civilian organization could build a ship faster than anything a whaling fleet or a Coast Guard could deploy, and that speed alone could disrupt operations. But speed is a tactic. It is not a strategy.
The Sea Wasp is a strategy. It is a vessel designed to make seizure impossible, boarding near suicidal, pursuit futile, and legal challenge nearly irrelevant. It is a command ship for a distributed sensor and interdiction network. It is a platform that can operate indefinitely without port access by design, defended by a digital infrastructure on board that cannot be seized and a physical architecture that cannot be breached with an elite boarding team.
The whaling industry has spent decades adapting to the tactics of anti-whaling organizations. It has learned to use port seizures, flag-state pressure, and legal action to neutralize vessels that rely on conventional access and shore-based support. The Sea Wasp was designed by our agency with naval engineers who've studied those tactics and built a ship that renders them obsolete.
The APV was the fastest anti-whaling vessel in the world. The Sea Wasp is the first anti-whaling vessel that cannot be stopped. There is only a few ways, and we know how those will play out for a nation-state. We know the options they can and would deploy, including force, and have designed the ship to counter that threat from the keel up. Night raids are not ideal, because Sea Wasp actually operates within this condition by design. It maintains a high level of protection at all times, including specialized anti-helicopter boarding features that make closing in on the ship dangerous for the aircraft, crew and rotor system. It makes the rotor the vulnerability and takes away the advantage of an air VBSS attack by increasing the risks by at least 85%. This is proven in simulations. We've refined the advantage of Sea Wasp to ensure it can deter a helicopter based insertion, while hiding the retractable capabilities it can deploy that make it 85% capable against air approaches.
That allows the Sea Wasp to wait until the right time to deploy the retractable anti-boarding booms last minute, right before they close in on the ship, allowing WDA to deploy last second, unplanned and unforseen anti-boarding measures via hydraulic booms. It ensures the ship becomes a spiky porcupine fortress that is hard to board from the air and sea. It booms out various hydraulic arms containing long spikes to disrupt rotor aircraft.
The Sea Wasp is not a defensive vessel in the traditional sense. It is a counter-enforcement platform designed to actively resist and neutralize state boarding operations against anti-whalers. The state has used boarding parties, seizures (like the Bandero), and legal arrests to suppress anti-whaling groups. They believed these were effective tools of control. The Sea Wasp is the direct, engineered consequence of those actions. The Whale Defense Agency has spent years analyzing every tactic the state uses, lethal force, VBSS, port blockades, flag-state removals, legal seizures, and we decided to systematically engineer a countermeasure for each one.
The state's primary weapon against NGOs has been the legal system, seizing vessels, arresting crews, and using courts to shut them down. The Sea Wasp was built to make those tools irrelevant or fully obsolete.