3 categories

Defence

Defence

Unmanned Ground Vehicles

Tactical Defence Communications

Naval Defence Simulators

01

Unmanned Ground Vehicles

It is the vehicle which operates while in contact with the ground and without the on-board human presence

It is the vehicle which operates while in contact with the ground and without the on-board human presence. It can be used for many applications where it may be inconvenient, dangerous or impossible to have the human operator present. The vehicle is controlled wirelessly by his operator, either with direct visual observation or from a long distance with the use of sensors & view digital cameras.
The UGV’s have sets of sensors to observe the environment, and will either be semi-autonomously or pass the information to a human operator at a different location who will control the vehicle through teleoperation. The UGV is the land-based counterpart to unmanned aerial vehicles and unmanned underwater vehicles. Unmanned robotics are being actively developed for both civilian and military use to perform a variety of dull, dirty, and dangerous activities..

See full range of the Unmanned Ground Vehicle Lines: https://milremrobotics.com/defence-2

02

Tactical Defence Communications

The most significant transformation of the modern battlefield, is its growing reliance on communications

The most significant transformation of the modern battlefield, is its growing reliance on communications. The siloed nature of operational communications solutions, tends to create incompatibility between forces, units and divisions. However, operational requirements rely more than ever on transmitting and sharing information between systems, over a wide range of technological means. To resolve the conflict between technological and operational requirements, smart interoperability is required.
Delivering Connectivity

Our tactical defense communications solutions provide land, naval and air forces, as well as command and control centers, the ability to distribute information, data and commands in real time, across different forces and communications platforms. This unique interoperability improves mission performance and results, while remaining completely transparent to soldiers, regardless of the end-point technology they are using.

This unification of the battlefield is made possible through an advanced IP-based communications standard called RoIP (Radio over IP). RoIP compliant systems are integrated in different combat platforms to support internal communications, group conference calls, radio communications, telephony, PA systems and more. These cross-platform communications create an encrypted, digital “communications cloud” that enables different forces to operate quickly and dynamically, with no communications limitations, providing a significant tactical advantage.

Our Solutions cover:

  • Naval
  • Land
  • Air

03

Naval Defence Simulators

A Naval simulator is a system that simulates ships and maritime environments for training, research and other purposes.

A Naval simulator is a system that simulates ships and maritime environments for training, research and other purposes. Today, simulator training given by maritime schools and academies is part of the basic training of maritime professionals.

At minimum, a maritime simulator consists of a software that realistically simulates the dynamic behavior of a vessel and its systems in a simulated maritime environment and an interface that allows the person using the simulator to control the vessel and interact with its simulated surroundings.
In case of so-called full mission bridge simulators, this interface consists of a realistic mock-up of the vessel’s bridge and control consoles, and screens or projectors providing up to 360-degree virtual view of the ship’s surroundings similar to flight simulators in the aviation industry.

PRODUCTS

Mars Line

MARS is a set of simulator systems which covers the needs of the navy training in terms of single, team, platform and multi-platform training. The modularity and flexibility of the MARS simulation line allows to design the specific system to match the training needs in terms of platform (surface, submarine, air unit) and single subsystem (Sonar, combat system, weapon station, ESM ECM, countermeasures, bridge, IPMS, ets).

MARS allow training in different levels:

    • Single operator training (es sonar, combat, radar, ew, etc)
    • Single team training (es bridge, combat room, operation room, etc)
    • Complete platform/platform team (es complete ship, complete submarine, etc)
    • Multi-platform (es simulator composed by 2 ships, 1 submarine, 2 helicopters)

Mars line multi platform simulators have the unique advantage that a single simulators can be used for several training types (es single operator, teams), in different warfare domains (es AAW, ASuW, ASW), and capable of replicating generic or real systems. So one single system can cover a wide range of training needs and allows to maximize the system usage and the return of investment.
Different simulators (example sonar and combat) can working separately or working together to be able to create complex tactical scenarios involving more units (being all friendly or playing the classic scheme Red vs Blue )
Therefore the simulator capabilities, thanks to its flexibility and modularity, are very wide and can also be expanded (or improved with dedicated development, if requested) during the years accordingly the training needs and training scheme adopted by the Navy.

See full range of the Defence and Law Enforcement Simulators Line: https://www.5ksystems.com/category/defence