The latest development high-performance thermal imaging sight designed for long range engagements. Ideal to be used on various types of weapons, mainly with sniper rifles and heavy machine guns.
Key advantages of TSA-7 are Automatic Crosshair Adjustment based on data obtained from the Internal Ballistic Computer, all packed in shockproof and waterproof housing.
Thermal imaging binocular TGX-8 is an ultramodern compact optical device, designed for monitoring and observing areas in limited visibility conditions – poor light, smoke, fog, obscured objects (by vegetation or merged with underlying terrain).
Distinctive feature of TGX-8 binocular is an integrated compact laser rangefinder tuned to 1550nm wavelength allowing to accurately measure to the target as far as 2500m.
A compact pre-lens thermal imaging clip-on intended for use with daylight optical sights and enables their use in limited visibility conditions.
It does not interfere with installed day sight which is already installed on a rifle, does not break the adjustment of the optical sight.
The TMQ-X series is a digital ultra-compact thermal imaging device. Small dimensions of this series allow comfortable use of the monocular, mounted on a headgear or helmet, ideal for use by special units in urban conditions and in close quarter engagements and other situations requiring both hands.
The NVGA-X series of night vision goggles is represented by: NVGA-7 compact, rugged, single channel, bi-ocular night vision NVGA-15 compact, rugged, dual-channel, bi-ocular night vision These goggles are perfect hands-free units that meet a wide array of specialized requirements built in a tough and ergonomic composite housing with the highest grade optics and simple, reliable, electronics.
The NVSA-X series of night vision sights represents the apex of night vision technology, specially designed to be used with rifles and machine guns.
Maintaining all operational advantages of our other night vision devices, the NVSA-X series brings additional features wireless remote control, an automatic brightness control system, illuminated centered crosshair for optimal contrast, ability to be mounted to standard rail systems, etc.
The SYCH-X complex is a multifunctional optoelectronic device designed for 24/7 video monitoring of the terrain, aims searching and automatic detection of camouflaged optical aiming and tracking devices, determination of t heir coordinates and distance in difficult terrain and urban buildings conditions.
Providing an early and prompt detection of optical aiming devices and the fact of covert objects surveillance, the complex prevents a sniper attack or terrorist act at the stage of their preparation
The SYCH operates in two modes:
The system CANTIS-X is a multi-spectral modular-type optoelectronic device intended for use as a part of modern surveillance & reconnaissance systems and can be easily integrated with them.
The CANTIS-X can be used as:
CANTIS-X module consists of:
The system is intended to improve the situation awareness of vehicles crew. The system consists of a hybrid-cameras (daytime and thermal imaging channels) installed on a vehicle.
Foccused mainly on improvement of:
Driving camera in the front – 0 degree from the angle of the direction / movement view for driver or commander;
Additional cameras – additional connected cameras to enhance awearness and control (rear and / or side view cameras).
Protective case of the cameras consists of sealed and impact resistant capsules ensuring the operation of devices in hars conditions at temperatures from -40 to +60.
KAZHAN series are multispectral optoelectronic devices for use as a part of surveillance, reconnaissance and fire control systems.
Depending on the model type, KAZHAN devices are used in stationary look-out stations; as a part of autonomous combat modules; on armored vehicles; as a part of shipboard surveillance and fire control systems.
KAZHAN has several detection channels (1 -3) in different spectral bands (visible, SWIR, MWIR, LWIR) and a rangefinder channel.
Digital processing unit of KAZHAN series provides: