Soldiers often find themselves working in dark environments. MKU’s Thermal Imaging Devices can detect the slight changes in the background and help soldiers to recognize their target with ease in dark and rough climatic conditions by producing a clear thermal image. Click here to learn about Detection and Recognition Distances.

A lightweight ballistic helmet system ensuring comfort and stability is the need of the hour. It is crucial to understand the importance of stability in helmets during combat operations and not just the ballistic performance. Our advanced range of helmets delivers the highest level of protection yet are lightweight and comfortable and providing seamless fit and easy adaptation to mount various devices. Learn more about stability of helmets here

Survivability for soldiers is very important during a combat operation. Without a headgear, a soldier can be injured in various ways and, in extreme cases, it can be life losing battle. Choosing the right ballistic helmet and then using it correctly is crucial. 
MKU primarily intend to protect a soldier’s head against the projectiles and the blow of falling objects with their advanced technology and proven materials used to make ballistic helmets.
To better understand the importance of Head Protection, read our article here

BHBT (Behind helmet blunt trauma) is caused because of back face deformation in a helmet resulting from the impact of the energy due to a non-perforating bullet when it hits the helmet shell. To understand the consequences of BHBT. Read the complete article here.

Thermal weapon sights provide the ability to establish the target, aim, and shoot with pinpoint accuracy over longer distances at night. Several innovative products are being developed by MKU through constant research and development. With advanced parameters, a thermal imaging device can be easily used in every combat situation. To know more about these parameters, read a complete article here.

The escape from enemies in the darkness becomes risky for soldiers. With MKU’s thermal weapon sight, the user can detect their enemies & objects in total darkness and very diverse weather condition. This is made by the NETD parameter that measures for how well a thermal imaging detector can distinguish between tiny differences in thermal radiation in the image. When the noise is equivalent to the smallest measurable temperature difference, the detector has reached the limit of its ability to resolve a useful thermal signal. The lower the NETD value, the higher the sensitivity, thereby producing a more detailed image. To know more about it, click on the below link.