SungJin's Board to Board Connector(SJB) is a 2mm pitch D-SUB connector. The SJB has been developed for the aerospace, avionics, instrumentation & control, defence and transportation markets, with applications that include flight controls, radars, missiles, electro-optical sighting systems, satellites, mobile radios, ower supplies and engine controls. It is also used in a growing number of medical, and telecom applications. SungJin's Board to Board Connector(SJB) are designed to meet or exceed the relevant electrical and environmental performances described in MIL-DTL-55302F standards.

NO MELT, NO DRIP (50/50 NYLON COTTON) Incorporate 4-way stretch Tweave (Waist band, knees, Groin) Universal knee pad pockets Mesh and string rubber tip at the bottom to improve convenience Fit adjustment though the Velcro behind the knee and bottom parts to protect body temperature and support agile activity Front low profile, rear and ventilated cargo Pockets Applied MIL-SPEC threads and YKK zippers Composition Material: NYLON 50% / COTTON 50% Size : Waist 28~36, Leg S, R, L Colors MC (MultiCam) BMC (Black MultiCam) BK (Black) RG (Ranger Green) CYT (Coyote Brown)

Border security and coastal surveillance are 24/7 operations that can’t afford downtime or periods of reduced readiness. Guarding against illegal immigration, smuggling, and terrorism demands reliable long-range threat detection and positive identification of potential threats all day, all night, and in all conditions.

Our products are used for manufacturing interior design components for civil and military aircraft construction. Sandwich structures are used in many areas of an aircraft (storage compartments, interiors, wings) to reduce weight. In order to structurally strengthen the honeycombs or insert them, they often have to be filled during the production process. Typical materials are one- and two-component epoxy resins with a very high proportion of hollow glass spheres. These require extremely gentle handling, as they would otherwise be destroyed, which in turn would result in an increase in density. Common application patterns are beads, circles, full surfaces and egde-filling. The job is often done manually, which results in long production times and high running costs due to material waste. Lack of reproducibility is just as problematic as the health hazard often posed by these media. The ViscoTec solution: Material is continuously fed to the dosing system by removal from a large container. With the help of a robot or axis system, suitable structures can be mapped reliably. A coordinated overall system delivers a dispensing result according to specification, in which operator interaction is reduced to a minimum.

Combined laser scan/video scope technology for gun barrel inspection, superior measuring results: With the RIB 4D, Kappa presents a new, high-performance system for large-caliber weapon barrel inspection designed for troops evaluating actual and post-firing status and calculating remaining service life. 3D Laser Scanner and 360° Videos: Within the completely newly designed RIB 4D measuring head, the entire bandwidth of the newest image-generating technology for seamless, complete barrel inspection is used. A supersensitive laser scan generates a detail-rich point cloud. In addition, 8 CMOS sensors provide the viewer with brilliant 360° videos of the barrel’s interior surfaces. The highly precise barrel digitization offers a comprehensive data basis for secure assessment of a barrel interior’s condition. Keeping it simple: only one operator required Simple handling means that just one person can operate the entire system. Independent of the operator, the automatic system delivers clear and reproducible measurement results. The barrel digitization is the reliable data basis for the subsequent location-independant assessment of the barrel condition. The compact system is designed for versatile use. One system for multiple barrel types and diameters RIB 4D is made for smooth and rifled barrels. With adapter rings, the system can easily be used for different calibers. The current RIB 4D version covers the range from 120 mm to 155 mm. Another version for smaller diameters is in preparation. Ultra-fast fully-automated barrel digitization (< 30 min.) The RIB 4D completes the entire high-resolution and precise measurement of the inside of the gun barrel sensationally fast in under 30 minutes (example Leopard 2), which speeds up and largely automates maintenance for system users and thus simplifies it to a great extent. Interactive Software for Reliable Assessment: The extensive data of the inspected surface is analyzed in the user-friendly application software and can be documented and evaluated as a report according to the service regulation TDv018. The interactive interface supports the detection and measurement of critical damaged areas and the final evaluation of the barrel condition and the determination of the remaining service life. Digitization of the inner barrel surface and precise measurement of damaged areas: The analysis covers erosion, corrosion, damage to the chrome coating including diameter measurement of the fields and lands and groves on rifled barrels. Complete solution all-in-one: The non-contact RIB 4B inspection system consists of the sensor head, the drive unit, the container with the drive chain, the server, the analysis laptop and extensive accessories. An unrivaled level of experience: We are the pioneering supplier in the area of gun barrel inspection; we know our customers’ requirements inside and out. Rely on our state-of-the-art systems based on modern technologies and decades of experience. Versatile use: Suitable for all smooth and rifled tubes in diameters between 120 mm and 155 mm used in tanks, artillery systems and naval guns. Reliable detection of damage Precise scanning of the damaged areas - quick location - simple measurement The system includes the noxRIB4D application software for system control, surface inspection and reporting. In the first step, the pipe is completely digitized on site with RIB 4D. Based on the data, the subsequent analysis can be carried out in the software independent of location. The noxRIB4D software offers two analysis screens, the Heat Map and the Intensity Map, for precise damage analysis. Finally, the analysis results are reported in Excel or TDv018 with evaluation of the barrel condition. COTS product: Direct market availability RIB 4D for 120 mm and 155 mm. Other diameter sizes with minor adjustments without new development.

The Haigh-Farr Wraparound™ is a self-contained omnidirectional antenna for cylindrical or conical shaped bodies. A single point feed is used and no external splitters, combiners or cable harnesses are required for installation. The antenna is conformal, and may be mounted flush, or on the exterior of the vehicle. Designs are available from 300 MHz to 13 GHz with typical applications including Flight Termination, GPS, Telemetry, Data Links and Transponder. Multiple antenna elements may be combined within the same physical Wraparound™, providing multi- band capability in a single, compact package. Wraparound™ antennas have been flown on vehicles from subsurface sea to space, including high-mach kinetic kill weapons, high-G projectiles and re-entry vehicles. The Wraparound™ has been qualified for use on several high performance vehicles flown on test and launch ranges throughout the United States and Europe. For high aero-heating applications an ablative heat shield may be added to the antenna for additional thermal protection.

Pandion Perception provides a robust solution for autonomous navigation, Advanced Driver Assist (ADAS) and mapping in GPS-denied environments, efficiently generating the low-latency spatial data that every autonomous system needs. Mounted on ground vehicles or uncrewed platforms, our 3D spatial sensing systems enable operation environments where GPS is degraded or denied - such as dense urban areas, subterranean infrastructure, or contested military theatres. These capabilities are tailored for missions and logistics operations, offering reliability and precision where traditional systems fail.