Unmanned Surface Vessel · Maritime Domain Awareness
GROM
Autonomous Maritime ISR & Strike Platform
A modular, low-cost autonomous surface vessel for persistent maritime domain awareness and operator-authorized precision strike. Simple. Effective. Mass-produced. Container-sized.
Design doctrine
Simple
Commercial propulsion, proven components, one hull. Fewer parts to fail, fewer parts to certify, fewer parts to sustain in the field.
Effective
Persistent surveillance and ISR coverage with a human in authority over every active task. Capability where it matters, nothing where it doesn't.
Mass-produced
Engineered for production rate, not prototype theatre. Standardized components and repeatable builds keep unit cost low and fleets growing.
Container-sized
The entire platform ships in a standard 20 ft ISO container. If a truck, train, or ship can carry a container, it can carry GROM.
GROM extends the reach of maritime forces without extending their crews. From persistent ISR patrol to operator-authorized precision strike, one platform re-roles across the mission — and a human holds authority over every active task.
Where others build exquisite platforms in small numbers, Hussar builds numbers. Maritime domain awareness is a coverage problem, and coverage is won by fleets — affordable, replaceable, and everywhere at once.
Platform Specifications
Technical datasheetEvery dimension of GROM is disciplined by one constraint: the platform, cradle, and ground support equipment must fit and ship inside a standard 20 ft ISO container. That constraint is not a limitation — it is the logistics concept.
Detailed performance figures, payload interface documentation, and configuration options are available to qualified government and institutional parties under NDA.
Platform Capabilities
Subsystem registerHuman-in-the-loop autonomy
Mission-configurable autonomy that always operates under operator authorization for any active tasking. The vessel handles navigation and station-keeping; a person holds decision authority.
Dry carbon-fiber composite hull
Durable composite construction for low weight, high endurance, and a reduced radar cross-section — built to run long and stay hard to find.
High-performance marine propulsion
Commercially available propulsion, integrated and tuned for long-range patrol endurance. Proven components keep unit cost low and sustainment simple.
Modular mission payload
Standardized payload interfaces accept mission-specific ISR sensor fits — electro-optical, radar, and communications packages — configured to the customer's requirement without structural redesign.
Precision maritime strike
Configurable as a one-way effector for precision kinetic effects against surface targets. Every engagement requires positive human authorization — meaningful human control is architectural, not optional.
Resilient satellite-linked C2
Encrypted, satellite-linked command and navigation architecture designed to hold connectivity in contested and degraded environments, and to interface with existing command-and-control systems.
Container-native logistics
Compatible with a standard 20 ft shipping container for deployment by road, rail, or sealift — and for straightforward export handling.
Allied industrial base
Engineered in Poland for EU and NATO allied maritime security programs; engineered in the USA for domestic maritime and border-security applications.
Mission Profiles
ISR · MDA · EffectsCoastal & EEZ surveillance
Persistent patrol of territorial waters and exclusive economic zones, extending coverage far beyond crewed patrol capacity.
Critical infrastructure monitoring
Sustained observation of subsea cables, pipelines, offshore energy assets, and port approaches.
Intelligence, surveillance & reconnaissance
Forward sensing in littoral environments, feeding actionable intelligence to commanders in near real time.
Maritime border security
Detection and tracking of illicit trafficking, smuggling, and unauthorized crossings along maritime borders.
Precision maritime strike
Operator-authorized terminal engagement of surface targets as an attritable one-way effector — sensor to effector on a single hull.
Force protection screening
Forward picket and early-warning screening for naval task groups, anchorages, and harbor infrastructure.
From Container to Coverage
Operational lifecycle
01 · Deploy
Ship it like cargo
GROM travels the way the world's freight travels: in a standard 20 ft ISO container, by truck, rail, or sealift, with no specialist handling equipment and no complex preparation.
From container to water, a small team launches the vessel from shore infrastructure or a vessel of opportunity. Connectivity is established over the encrypted satellite link and the platform transitions to mission tasking under operator authorization.
02 · Integrate
Join the force, don't replace it
GROM is designed to plug into existing maritime command-and-control networks and operate alongside crewed vessels — a sensor node in a wider system, not an island.
Standardized payload interfaces let customers integrate their preferred sensor and communications packages without redesigning the platform.
03 · Operate
Patrol longer, risk no one
On station, GROM handles navigation, station-keeping, and route execution autonomously while streaming surveillance data back over the encrypted link. When tasked as an effector, engagement requires positive human authorization — accountability is built into the architecture, not bolted on.
The low-signature composite hull and long-endurance propulsion keep the platform on patrol where crewed assets cannot afford to linger.
04 · Scale
Coverage is a numbers game
One GROM is a sensor. A fleet of GROMs is maritime domain awareness. The platform is engineered for serial production from commercially available components, so fleets grow with budgets — not against them.
Standardized parts simplify maintenance and sustainment, and attrition of a single low-cost vessel never means the loss of the mission.
Configurations
Hull finish
Program & Investment Case
For agencies & institutional partnersCommercial supply chain
GROM is built from commercially available marine components integrated into a purpose-designed composite hull. No bespoke propulsion programs, no exotic suppliers — a supply chain that already exists, at prices markets already set.
Designed to be built in numbers
Manufacturability drives engineering decisions. Repeatable composite processes and standardized assemblies mean production scales with demand, and per-unit cost falls as the fleet grows.
Dual allied footprint
Polish engineering serves EU and NATO allied maritime security programs; US engineering serves domestic maritime and border-security applications. Container-based logistics support export flexibility across both markets.
Two Programs, One Platform
Engineering & supplyPoland · EU / NATO
Allied maritime security
Engineered in Poland for EU and NATO allied maritime security programs, with container-based logistics built for export flexibility across the alliance — from the Baltic to the Black Sea.
United States · Domestic
Maritime & border security
Engineered in the USA for domestic maritime and border-security applications, supporting persistent coastal surveillance at low unit cost.
Put persistent eyes on the water.
For program briefings, technical documentation under NDA, or R&D partnership and funding inquiries, contact the Hussar Autonomous Defense Systems office for your region.
- Office
- New York, United States
- Focus
- Domestic maritime & border security
- USA@hussarads.com
- Office
- Poland
- Focus
- EU & NATO allied maritime security
- Europe@hussarads.com
Hussar Autonomous Defense Systems LLC (New York) and Hussar Autonomous Defense Systems sp. z o.o. (Poland) are the group's two engineering and contracting entities, serving the United States and EU/NATO markets respectively.