תמונה
Seagull usv

COAPS-LM

Seagull Unmanned Surface Vessel

Maritime High-Performance, Lightweight Panoramic Sight

The COAPS-LM is a Stabilized Panoramic Sight that provides multichannel target detection, acquisition and tracking capabilities using high-end sensors and advanced video processing.

Lightweight, compact, modular and cost-effective, the COAPS-LM can be integrated with land or maritime platforms and is ideal for autonomous surveillance in onshore or offshore reconnaissance missions. Additionally, the COAPS-LM can be integrated with Counter-Unmanned Aerial Systems (C-UAS), enhancing its capability to detect and identify aerial threats.

 

Modular Configuration for Best-in-Class Functionality

COAPS-LM features advanced sensors and image processing capabilities in a unique add-on system. This modular solution is designed to provide long-range target acquisition day and night, in stationary or dynamic operations – delivering 360⁰ in azimuth and 80⁰ in elevation for enhanced landscape orientation against marine, land and aerial threats. Its integration with C-UAS systems ensures comprehensive protection against Unmanned Aerial Systems (UAS), making it a versatile solution for modern battlefield
survivability requirements.


Uniquely configured with compact dimensions, this system features a small mechanical interface to the platform. The system’s architecture supports integration with all types of Marine Weapon Stations, FCSs (Fire Control Systems), additional sensors and C2 (Command & Control) Systems.

 

Sensors and Image Processing

COAPS-LM features advanced Sensors and Image Processing that includes a 3-5μm Thermal Channel, a Full HD Color Camera Day Channel, an Eye-safe Laser Rangefinder (ELRF) and an integrated video tracker with NIR Pointer (optional).

Stabilization and Payload: This all-in-one unit includes Control Electronics and
interfaces with a Line-Of-Sight (LOS) Gyro-Stabilized Gimbal (Azimuth and Elevation Axes).

COAPS–LM provides the following Operational Modes:

  • Stabilized (decoupled) for independent ISR missions
  • Slaved (coupled) for engagement missions using the platform’s gun/weapon station
  • Tracking for stabilized continuous reconnaissance while the platform and/or the target are dynamic