SOD-3 OMNIDIRECTIONAL OBSERVATION SYSTEM

The SOD-3 Omnidirectional Observation System is designed to enhance the situational awareness
and safety of crews in military wheeled and tracked vehicles. This system provides omnidirectional
(full 360º azimuthal observation of the vehicle’s surroundings, without blind spots or with minimal
limitations depending on the placement of the modules on the vehicle). The SOD-3 operates effectively
in both day and night conditions and is fully integrated into the ICT infrastructure of the military vehicle.

The SOD-03 system has a modular design and is composed of the following elements:

▪ 4 × Television and Thermal Imaging Module (MTT-Q): each Quad Television and Thermal Imaging Module includes four cameras, including two daylight camera channels and two thermal imaging camera channels.
▪ 2 × Television and Thermal Imaging Module (MTT-D): each Television and Thermal Imaging Module includes two camera modules, consisting of one daylight camera channels and one thermal imaging camera channel.
▪ 2 × Switch – Power Supply (33820706-03): Provides power distribution and management for the various elements of the SOD system and facilitates data exchange between the Television and Thermal Imaging Modules and the Communication Server.
▪ 1 × SP-SOD Onboard Server: Integrates with the host system, managing image streams from the Television and Thermal Imaging Module and controlling the SOD system. The server supports various display modes available for client applications.

TECHNICAL SPECIFICATIONS
Field of View (azimuth): 360°
Magnification: Capable of magnifying the selected observation area
Ready time (under normal conditions): Less than 120 s
Operating temperature: -30°C to +50°C
Nominal operating voltage: + 27V

The parameters for detecting a human-type target apply to a 1.7 m × 0.75 m target and a 2.3 m × 2.3 m target for a tank-type target during day and night (according to the
Johnson criterion for a daylight camera, according to STANAG 4347 for a thermal imaging camera) under normal climate conditions.