SDR (Software Defined Radio) Modem is a high-performance communication device designed to meet military-grade standards for airborne operations. It is built to withstand harsh environments, ensuring reliable connections in critical missions. The modem features advanced signal processing capabilities, allowing it to operate across multiple frequency bands with high efficiency. With robust encryption and security features, it ensures secure communication, making it ideal for defense and aerospace applications. Additionally, its compact and lightweight design allows for easy installation and integration into various airborne platforms, improving operational flexibility and effectiveness.

The PD240CB features a special ergonomic design consisting of an off set hand grip which ensures that the operator’s hand does not interfere with the sensitive detection area. Special care has gone into the mechanical design of the detector. Absence of sharp edges or corners allows the detector to be passed smoothly over the inspected area without getting caught in buttons, buckles, folds or other parts of clothing. The control panel with buttons and warning lights is made from high-thickness silicon guaranteeing a high degree of protection to make the PD240CB suitable for indoor and outdoor use. The technical features of the detector comply with the NIJ standard 0602.02 and the new NIJ draft standard 0602.03. The PD240CB has uniform sensitivity to magnetic and nonmagnetic targets including those made of stainless steel. At the same time the detector offers excellent body-effect compensation and has high immunity to external disturbance from electromagnetic and mechanical sources. The PD240CB is fully digital. Electronic functions include an inspection field transmitter-receiver based on Digital Signal Processing (DSP) technology, a digital operator interface and external communications over the incorporated USB port. The PD240CB is powered by two AA-size NiMH batteries with a battery life of over 50 hours. A Low Power Mode is automatically activated during periods of inactivity, extending the battery life up to 100 hours. An internal circuit optimizes battery recharging which takes less than five hours.

Compact ranges use a source antenna (feed) to radiate a spherical wave in the direction of a parabolic reflector, collimating it into a planar wave for aperture illumination of a Device under Test (DUT). Its lowest operational frequency is determined by the size of the reflector, its edge treatment, the feed, and the absorbers. The two edge treatments available are serrated edge for general purpose applications, and rolled edge to achieve higher accuracy for special applications. Multiple-feed systems may be used to improve the far-field characteristics. A compact range test system also allows system level testing of a complete device architecture.

The 80 mm Unguided Aviation Rocket ARS-8KOM is of “air–to–ground” type, designed to be fired from the B8, B8M, B8M-1, B8-V20-A, B-8V7 and B-8S7 rocket pods carried on aircraft and helicopters of the front-line and army aviation, is intended for destruction of: Armoured ground targets – tanks, armoured personnel carriers (APCs) and machinery, etc.; Unarmoured ground targets – radiolocation stations, rocket launching units, soft-skinned combat materiel on the ground, aircrafts in park position, etc., and Enemy manpower. Main Features: The ARS-8KOM Rocket is loaded into and fired from the corresponding container launchers B8, B8M, B8M-1, B8-V20-A, B-8V7 and B-8S7, which are carried by various aircraft - attack aircraft, bombers and fighter-bombers: Su-17, Su-24, Su-34, Su-25, Su-27, Su-35, MiG-23 and MiG-27; and attack helicopters: Mi-8, Mi-24, Mi-35, Mi-28, Ka-52 and Ka-50.