We make soldiers more mobile and survivable with our lightweight and certified protection gear. With our rich experience of empowering over 3 million soldiers, we manufacture ballistic helmets, body armour, ballistic shields and blankets adaptable to future technology and threats.
We are turning night into day for our heroes with our range of optronics solutions so they can operate with efficiency and confidence in challenging situations, no matter how dark their surroundings are.
We develop smart platform protection solutions for air, naval and land platforms using patented technologies and systems developed with years of research and development.
We offer end-to-end solutions from design, development, manufacturing and integration of light weight composite armour for platforms and vehicles. We are certified as per Aerospace Standard AS 9100:2009 and follow EN 9100 quality procedures.
Autro Fleet Management System deploys intelligent technologies and cloud computing to allow forces to track, respond, monitor and maintain their fleet operations efficiently through timely, accurate information and alerts.Autro Video Telematics Solution ensures driver and vehicle safety through Advanced Driver Assistance (ADAS) and Driver Monitoring Systems (DMS). It provides alerts and reports for road facing and driver facing incidents.
Optronic solutions for platforms which enhance the operating efficiency of crews operating or manning the platforms. They integrate seamlessly with the platform they have been developed for Driver Night Sight for Tanks & Armoured Vehicles.
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Innovation sets the foundation for progress and we firmly believe in innovating for a better future for our forces. At MKU, this innovation is driven by extensive research and development. Raghav Jain, GM, MKU authored an insightful piece about how thermal imaging will revolutionise the surveillance and warfare space in the future.
Today, conflict situations are hi-tech and wars short, fast-moving and intense. To cope with these diversely asymmetric, multi-dimensional and highly lethal imperatives of the battlefield, global armies are modernizing their military arsenal and getting soldiers geared up with the latest in combat and surveillance technology.
One such advancement is seen in the field of Optronics systems, particularly with Thermal Imaging Devices. A Thermal Imager (also known as a thermal image camera or TIC)is essentially a heat sensor that is capable of detecting minute differences in temperature. The device collects infrared radiation from objects in focus and creates an electronic image based on the acquired information. A thermal imager works somewhat like a human eye. The only difference is, instead of picking up the visible, reflected light, thermal imaging devices detect the heat emitted by an object.
Thermal imaging due to its various advantages has a large number of applications in defense and homeland security operations.
Benefits of Thermal Imaging
* Capable of scanning broad areas through aircraft.
* Can be used as a guidance system to avoid collision at sea.
* Helps identify, locate & target the enemy forces.
THERMAL IMAGER APPLICATIONS IN MILITARY
Vehicle Mounted Sights
In answer to the military’s need for long-range, mounted and rugged thermal imagers on vehicles, multi-sensor thermal-imaging technology has been developed for combat vehicles. These thermal sights aid in rapid identification and threat location for our forces and help in their elimination.
Protection of Military Bases
Military bases and static installations present an attractive target to terrorists as well as enemy forces. Effective perimeter security is essential since such installations house administrative and operational equipment, along with personnel. Early warning thermal imaging systems enable the military to assess the potential threat and act in a timely and effective manner.
Motion detection is an important element of Automatic Target Recognition (ATR) and perimeter monitoring systems. Thermal imaging has become an integral part of these systems because of its ability to operate in all weather conditions. Generally, for long-range surveillance applications, the images containing the moving target are transmitted to the base station for manual interpretation. In short-range surveillance, moving target identification (MTI) systems intelligently recognize if the moving target is a potential enemy target and transmits this information to a firing system.
QUALITATIVE REQUIREMENTS OF THERMAL WEAPON SIGHTS (TWS)
The military looks for several qualitative requirements in the development of thermal weapon sights. The first consideration is always the battle context and the resultant necessity. These are followed by technical requirements, some of which are discussed below.
Accuracy is of paramount importance to soldiers on the battlefields on the ground, in the air, or on the sea. For this reason, military forces rely on electro-optical solutions to provide a clear and immediate picture of their expansive surroundings at all times using multiple sensor technologies, together with long-range optics and sensor stabilization.
Image quality is of utmost importance when it comes to Optronics. The use of very high-resolution digital imagery is required in order to view fine details and distinguish friend from foe, and target from decoy.
Size, Weight, Power & Cost
There is a need for handy, lighter direct-view systems, lightweight, robust and power-frugal devices with better performance that are easier to use.
Soldiers want more utility from their night vision devices than just being able to see in the dark. They want light-secure situational awareness at increased ranges in a heads-up display in combination with night vision. IR imaging helps find targets and even determine intent. If the object is actually a weapon, it’s also important to know if it’s being carried in a relaxed pose or in an aggressive stance. Exact spotting of targets, intruders and hidden bombs helps protect troops and makes the application of force more discriminating.
Thermal imaging in the optronics product range has become a norm and several innovative products are being developed by the industry through constant sensor research and development so that soldiers can see effectively in a variety of conditions. These devices are a critical part of the military inventory, intelligence-gathering agencies and law enforcement institutions. The future will only necessitate its use in surveillance and warfare, as militaries around the world continue their efforts to maintain a combat edge over their adversaries.