Aircraft Militarisation

BAE-2022

Modirum | GESPI manufactures and develops armament PODs, rocket launchers, and armament control box for fixed-wing and rotary-wing aircraft, converting them into military aircraft, allowing them to operate on military operations, using machine guns and 2.75-inch rockets.

Modirum | GESPI brings an efficient and effective engineering solution for aircraft militarization. The BAE-2022 is a product developed for the militarization of aircraft so that they can be used with armaments.

The mechanical parts of armament PODs include:

  • Rocket launchers and/or machine guns;
  • Electronic Infrastructure;
  • UCA – Armament Control Unit;
  • Installation of wiring;
  • Ejector Release Unit;
  • Thermal Camera;
  • Optronics;

battlefield wireframe

Enhanced Situational Awareness

NSC3™ offers an unparalleled real-time situational awareness of the operational environment.

By integrating data from a multitude of sensors and sources, it creates an intelligent, single pane view.

The system employs advanced technologies like sensor fusion and edge computing to meticulously observe and process every relevant detail in the operator’s vicinity.

Intelligent Analysis and Interpretation

In the orientation phase, NSC3™ utilizes sophisticated ValoR AI to analyze and interpret the gathered data.

This step is crucial for understanding the context and implications of the information, allowing for a comprehensive and nuanced perspective of the situation.

Accelerated and Informed Decision-Making

NSC3™ streamlines the decision-making process, particularly in high-stakes and dynamic environments.

By presenting clear, actionable decision points and employing deep learning models, it provides operators with advanced decision support.

This process ensures that decisions are not only rapid but also informed and strategically sound.

Efficient Command and Control / ISR Execution

In the action phase, NSC3™ effectively helps translate decisions into prompt and precise actions.

The system enables real-time command and control over a diverse range of assets, both manned and unmanned, across varied domains and geographical locations.

This capability is particularly vital in environments with contested communications, ensuring swift and coordinated execution of operations.

SISU.AI

Empowering UAV operations with autonomous, adaptable, and seamlessly integrated Solutions