ULTRA-COMPACT HIGH-MANEUVERABILITY SUBMERSIBLE

The ARMORO Leviathan-X is engineered for asymmetric maritime denial against large surface vessels and warship structures. By packing heavy hitting operational power into a low-signature micro-hull, the Leviathan-X targets hulls and rudder systems with surgical accuracy.

The vehicle utilizes a dual-enclosure structural architecture: sensitive computing modules are protected inside a central transparent polycarbonate pressure hull, while the entire assembly is stabilized by a rigid aluminum extrusion frame with heavy ballast below the centerline for optimal trim.

5×

T200 Thrusters

360°

Multi-Axis Control

ROV

Hybrid Architecture

Mission Computer

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Technical Data

SUBSEA AVIONICS & SPECIFICATIONS

Subsystem	Component	Operational Specification
Main Processing Node	Raspberry Pi 4 Model B (4GB)	Onboard single-board mission computer driving multi-threaded threat tracking algorithms and standalone navigation arrays in autonomous mode.
Autopilot Avionics	Navio2 IMU & Depth Array	Integrated MPU-9250 inertial measurement unit and MS5837-30BA telemetry sensors tracking precise deep-water spatial orientation.
Underwater Propulsion	5× BlueRobotics T200	Quad forward/aft vector thrusters and a single vertical thruster driven by high-efficiency 30A Basic ESC modules for total multi-axis maneuvering.
Acoustic Communications	Water Linked M64 OEM	Sub-surface acoustic telemetry modem utilizing encoded low-frequency sound waves to receive mission updates through heavy water columns.
Buoyancy Management	Active Ballast Sub-System	Dedicated acrylic reservoir filled and evacuated by an L298N driven mini-submersible pump for precise variable depth holding and trim control.
Optical Guidance	ArduCAM IMX219 Stereo View	High-resolution lens integrated behind an acrylic dome viewport for target validation and final strike alignment during terminal phase.
Hull Architecture	Dual-Enclosure Polycarbonate	Central transparent polycarbonate pressure hull protecting computing modules, supported by rigid aluminum extrusion external frame structure.

Capabilities

CORE OPERATIONAL CAPABILITIES

CAPABILITY 01

Asymmetric Littoral Denial

Tailored to navigate shallow littoral zones undetected, deploying low-cost swarms capable of severely damaging capital ships, cruisers, and transport vessels.

CAPABILITY 02

Hybrid ROV/AUV Architecture

Supports pre-programmed autonomous routes via acoustic link, or real-time human-in-the-loop target coordination through secure fiber-optic tether deployment.

CAPABILITY 03

Multi-Axis Fluid Maneuverability

Five independent high-density underwater thrusters allow strafing, ascent, descent, and instant rotation — sliding under enemy sonar nets to target underside hull plates.

MODEFTECH DEFENSE SYSTEMS◆ ARMORO VANGUARD-X UAV◆ ARMORO LEVIATHAN-X AUV◆ AI-POWERED AUTONOMOUS SYSTEMS◆ PRECISION STRIKE TECHNOLOGY◆ MOROCCAN DEFENSE INNOVATION◆ ASYMMETRIC WARFARE SOLUTIONS◆ MODEFTECH DEFENSE SYSTEMS◆ ARMORO VANGUARD-X UAV◆ ARMORO LEVIATHAN-X AUV◆ AI-POWERED AUTONOMOUS SYSTEMS◆ PRECISION STRIKE TECHNOLOGY◆ MOROCCAN DEFENSE INNOVATION◆ ASYMMETRIC WARFARE SOLUTIONS◆

ARMOROLEVIATHAN-X