R HUGHES' Ca-Zoom PTZ 140 is a Pan-Tilt Zoom Camera inspection equipment equipped with the Ca-Zoom® 6.2 system. This equipment is capable of a total of 432x zoom with 36x optical zoom and 12x digital zoom, increasing inspection efficiency. In addition, two high-performance 35W lights are installed in the light source to enable more smooth inspection. The inspection technology of the PTZ Camera Ca-Zoom® line of products makes them ideal for inspecting large areas that are difficult for humans to access, such as tanks, vessels, pipelines or nuclear power plants.

The French aerospace sector is a leader in Europe and in the world. GIFAS protects this number-one status that enables our country and its industry to assert itself on the international stage. The development of our industry has been possible thanks to a constant dialogue with our international partners.

SCD’s advanced 12μm VOx Microbolometer stands out as the ideal choice for VGA LWIR systems. With its exceptional image quality, remarkably low Noise Equivalent Temperature Difference (NETD), very low time thermal constant (Tau), rapid image acquisition, and minimal weight, SCD’s Microbolometer ranks among the leading LWIR sensors in the market. It is suitable for a wide range of applications, specifically tailored to meet challenges associated with Size, Weight, Power (SWaP) constraints and highly dynamic applications. This product continues SCD’s long heritage uncooled detectors technology, along with our 25μm and 17μm pitch families, fielded and combat proven for more than 20 years.

The engine offers a take-off power of up to 180 kW (235 hp). Excellent power-to-weight ratio. Small installation dimensions. Two outpu shaft speed configurations. Stable operation at high and low temperatures.

RF Systems' advanced facilities support accurate performance testing and RF measurement of antenna. With specialized tools and expertise, we ensure consistent quality and verified performance in all key parameters.

The ACTUS® ARKS4325 (4-32X, 56mm FFP) Long Range Riflescope is built for precision and durability, designed to meet the needs of professional users in diverse environments. Featuring a First Focal Plane (FFP) optical design, it ensures fast and accurate target coverage across all magnification levels. The illuminated reticle provides clear and smooth targeting, even in low-light conditions like dawn or dusk. Whether in demanding or dynamic environments, the ACTUS® ARKS4325 delivers outstanding performance, making it the ideal riflescope for users who require unmatched reliability and accuracy in critical moments.

The future of airpower pairs large numbers of autonomous uncrewed aircraft with the most advanced crewed fighters of today and tomorrow. These AI-enabled uncrewed aircraft systems are designed for low-cost mass production but will pose a significant threat, forcing adversaries to commit valuable resources to combat them – creating gaps in enemy defenses for high-end multi-mission crewed fighters to exploit. Collaborative Combat Aircraft (CCA) will provide magazine depth and advanced battlespace surveillance, using low-observable features to evade detection while securely relaying findings to the front line. They can act on their own or in concert with the rest of the force.

General Atomics Aeronautical Systems, Inc. is advancing this new era of air superiority with a bold new semi-autonomous platform system that is reshaping the way the U.S. and allied forces secure the battlespace: Gambit Series.

Unlike other proposed collaborative platforms, Gambit offers multiple aircraft models, each configured for demanding missions. The series includes variants for intelligence, surveillance & reconnaissance (ISR), air-to-ground engagements, fighter training, stealthy combat reconnaissance, and carrier-based operations. Most importantly, they all have something in common.

It is a target drone that supports Live-fire training of various anti-aircraft weapon systems (Anti-Aircraft Gun, Guided Missiles, etc.) of the Army, Navy, and Air Force. Target drone take on the role of aggressor aircraft in training. When the target drone flies, the anti-aircraft weapon system participating in the training detects the target drone, conducts tracking training, and then conducts live fire to directly shoot down the target drone. In addition, we are developing services through anti-drone system (radar detection and tracking) performance testing and education/training based on the know-how and technology accumulated through live-fire training target drone operation services.