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A Layered Security Ecosystem Built for Critical Sectors

INKAS® USV

The INKAS® unmanned surface vehicle is a versatile platform designed to deploy and manage a high-speed unmanned craft. The customizable design enables mission variability from surveillance and reconnaissance to monitoring functions.

Autonomous Maritime Reach for Critical Offshore Missions

The maritime carrier is built with a scalable and modular design that enables it to perform in a variety of mission-specific scenarios. The INKAS® USV is able to connect to satellites, ground towers, and operational drones, with the ability to switch between communication schemes automatically or manually.

Capabilities

  • Unlimited maritime endurance powered by wind and solar system
  • Stealth deployment with minimal radar signature
  • Scalable design supporting multiple drones and mission profiles
  • Modular payload, propulsion, and communication systems
  • Multi-layer communication architecture
  • Coordinated fleet operation

Specifications

Download Spec Sheet
Download Spec Sheet

The INKAS® USV is an adaptable, scalable platform engineered to deploy, control, and support operational drones across dynamic and challenging maritime environments. The drone carrier is designed for missions ranging from direct engagement with maritime targets to surveillance, reconnaissance, environmental monitoring, and search-and-rescue operations. The carrier integrates modular systems that allow adjustments to payload capacity, propulsion systems, and communication technologies, making it easily configurable for diverse mission profiles.

Powered by solar energy and supported by extended operating time, the system maintains low visibility and a virtually undetectable radar signature, ensuring discreet maritime movement and immediate mission readiness. Continuous connectivity is sustained through GSM/CDMA networks or satellite communication systems such as Kymeta or Vsat. The INKAS® USV collaborates seamlessly with additional carriers, supports automatic or manual communication-scheme switching, all within a reusable primary carrier.

Highlights

A long-endurance, satellite-connected maritime platform engineered to deploy, coordinate, and sustain multi-drone operations across complex naval environments.

Communication & Control

  • Adaptive multi-channel communication with auto-switching
  • 20–40 km operational communication range
  • A-GPS / GPS / Satcom positioning suite
  • Autonomous route execution with manual override

Operational Performance

  • Stable fixed-position or route-following capability
  • Coordinated multi-drone launch and control
  • Direct manual drone operation from command center
  • Mission-flexible platform for strike, ISR, and SAR roles

Design & Engineering

  • Hybrid sail + optional propeller propulsion
  • Solar-battery power enabling continuous operation
  • Lightweight, long-endurance maritime chassis
  • Modular payload integration for varied missions
  • Hydrodynamic hull for stability in rough seas

Interoperability

  • Cross-carrier synchronized operations
  • Fleet-level coverage expansion via multiple carriers