Trap of War

  Photo Credit: HENSOLDT General Description Latest member of HENSOLDT’s C‑band (NATO G‑band) radar family Remote‑controlled mobile unit for effective ground‑based air defence Software‑defined sensor system ensuring future viability and operational flexibility Already field‑proven in real combat environments Operational Benefits High accuracy C‑band performance Exceptional field‑proven track ranges AESA look‑back feature provides: Fast high‑priority track initiation, confirmation, and engagement‑quality settling Robust weapon support tracks with high update rate Rapid deployment: camp and decamp within 10 minutes Excellent survivability in congested combat environments: Works in combination with HENSOLDT Twinvis Passive Radar (air picture under EMCON conditions) Equipped with dedicated ECCM features Integrated IFF capability (Mode NSM, Mode 5, and Mode S) Primary Radar Technical Features Frequency & Type Frequency band: C‑band (IEEE), G‑band (NATO) Ty...

PhantomStrike Radar. Photo Credit: Raytheon Raytheon, a business unit of RTX, has been awarded a contract by the United States Air Force to equip the X-62A VISTA aircraft with its advanced PhantomStrike radar system. This collaboration highlights the growing importance of integrating next-generation radar technology into experimental platforms that are designed to test autonomy and artificial intelligence in air combat scenarios. VISTA PS: X-62 VISTA. Air Force photo by Lindsey Iniguez The X-62A VISTA is a highly modified F-16D Block 30 aircraft that has been upgraded with Block 40 avionics. It serves as a unique test bed for the integration of machine learning algorithms and specialized software, allowing researchers and engineers to explore how autonomous systems can operate in complex air combat environments. By using VISTA, the Air Force can simulate and evaluate advanced tactics without relying solely on operational aircraft, making it an essential tool for future air dominance st...

Collins Elbit Vision Systems (CEVS), a joint venture between Elbit Systems of America and Collins Aerospace (RTX), has successfully completed the Critical Design Review (CDR) for the Zero-G Helmet Mounted Display System+ (HMDS+). This advanced system has been developed specifically to meet the requirements of the U.S. Navy under the Improved Joint Helmet-Mounted Cueing System (IJHMCS) program. Photo Credit: RTX The program aims to integrate the Zero-G HMDS+ into the F/A-18E/F Super Hornet and EA-18G Growler aircraft, enhancing operational capabilities in line with the demanding mission needs of the U.S. Navy. The Zero-G HMDS+ represents the sixth generation of helmet-mounted display technology, offering a high-definition immersive view that provides superior situational awareness. It enables pilots to make rapid decisions at high speeds by combining mission data, sensor video, and weapon system information into a single display. In addition to its advanced cueing functions, the system...

  Photo Credit: L3HARRIS Overview Full-feature, long-range, low-frequency variable depth sonar Designed for active sonar operation against modern diesel-electric submarines Demonstrates consistent detection in shallow and deep water Provides passive mode with a full suite of tools Compact & Configurable Small, lightweight, air-transportable, ruggedized system Easy installation on small vessels Operates stand-alone or integrated into ship’s combat system Tactical Capabilities Bistatic and multistatic interoperability with HELRAS helicopter dipping sonar Compatible with key sonobuoys Maneuverability & Handling Own-ship noise reduction algorithms with compact twin line receivers Enables short-scope towing, efficient maneuvering, fast deployment, shallow-water operation Ultrastable winch and handling system for safe operation in heavy seas Manual or console-controlled deployment, retrieval, and depth-keeping Coverage & Transmission Full 360° cove...

  Photo Credit: L3HARRIS General Description Small, lightweight, easy-to-use aiming system Integrated infrared and visible aiming lasers Infrared illuminator included Rail-Grabber™ interface Ruggedized to military environmental standards Suitable for small arms and crew-served weapons Features Photo Credit: L3HARRIS Co-aligned visible and infrared lasers Hardened for use on small arms and crew-served weapons Integral Rail-Grabber™ interface Retains zero within 0.5 mrad Meets military environmental specifications Characteristics Dimensions: 4.6 in. (L) × 2.8 in. (W) × 1.6 in. (H) Weight: 7.5 oz. with battery Battery Type: (1) 3 Volt Lithium Battery Life: > 6 hrs. in Dual High at 25 °C (77 °F) Visible Aim Laser (at 25 °C / 77 °F) Safety Class: 3B Output Power: 5.0 mW (max) Beam Divergence: 0.5 (± 0.3 / -0.39) mrad Wavelength: 635 (± 15) nm IR Aim Laser (at 25 °C / 77 °F) Safety Class: 3R (Low), 3B (High) Output Power Low: 700 µW Output...

  Photo Credit: RHEINMETALL Overview Highly mobile air defence system designed to counter drones and aerial threats. Integrates active search and passive tracking sensors. Equipped with both gun and missiles for autonomous engagement. Special focus on small uncrewed aerial targets. Capable of defeating agile single or swarming threats performing loiter, pop-up, or dive attacks. Provides a lethal, mobile, and protected wheeled air defence platform. Main Features Highly mobile air defence system adopted by NATO countries. Latest development focusing on small aerial targets. High protection combined with superior mobility. Firepower: 30mm Oerlikon Revolver Cannon KCE-ABM and VSHORAD missiles (MISTRAL/Stinger). Simple handling and maintenance. Dimensions Length: up to 8,000 mm Width: <3,000 mm Height: <3,950 mm Combat weight: <39.5 t Performance Top speed (paved roads): >65 km/h Gradeability: 60% Side slope: 30% Trench crossing: 2,000 mm Verti...

  Photo Credit: af.mil Airframe & Dimensions Wingspan : 35 feet (10.7 meters) Length : 51 feet (15.7 meters) Height : 14 feet (4.38 meters) Maximum Takeoff Weight : 70,000 pound class Fuel Capacity : Internal: 18,498 pounds Payload : 18,000 pounds (8,160 kilograms) Performance Max Speed:  Mach 1.6 (~1,200 mph / ~1,930 km/h) Ceiling:  >15 km (>50,000 ft) Max G-Rating:  9.0 G Range (Internal Fuel):  More than 1,350 miles with internal fuel (1,200+ nautical miles), unlimited with aerial refueling Fuel Consumption: Max Thrust/Afterburner: ~5,600+ liters/hr (~1,500+ gallons/hr) Stealth/Efficient Mode: Optimized for long-range missions Propulsion — Pratt & Whitney F135-PW-100 Type: Single afterburning turbofan Thrust: ~40,000 lbs (Military Power) / ~43,000 lbs (Full Afterburner) Core Components: 3-stage fan 6-stage compressor Annular combustor 1-stage high-pressure turbine 2-stage low-pressure turbine Adaptability: Configured for F‑35A,...

  Photo Credit: L3HARRIS Overview A highly capable, interoperable, and versatile sonar weapon system. Reduces operating costs by minimizing Anti-Submarine Warfare mission time. Key Features Highest-performance dipping sonar tested against diesel-electric and nuclear submarines. Operates at 1.38 kHz nominal frequency for long-range detection and tracking. Lightweight system with high source levels, narrow vertical beams, and high array gain (≥14 dB higher than medium-frequency systems). Patented compact acoustic transducers and expandable transmitting/receiving arrays. High-resolution Doppler processing with CW pulses (up to 10s) and FM pulses (up to 5s). Interoperable with sonobuoys and modern low-frequency towed variable depth sonars. Reduces operating costs through long-range detection and large-area search rates. Performance Advantages Increased figure of merit. High-resolution Doppler processing. Stand-alone or fully integrated operation. Low-frequency perf...

  Photo Credit: RHEINMETALL Core Concept First-of-its-kind MBT, not constrained by legacy technology Designed for maximum lethality, integrated survivability, and full digitisation Enables reduced crew size, uncrewed turret options, and Human-Machine Teaming Lethality 130mm Future Gun System (FGS) with unrivalled overmatch capability Optimised sensor-to-shooter links for rapid engagements HERO 120 loitering ammunition for non-line-of-sight strikes Multiple Remote Controlled Weapon Station (RCWS) options for drone and proximity defence Digitisation Fully digital NGVA architecture Compliance with NGVA standard enables automation and decision support Seamless integration of sensors, weapons, and crew stations Software-defined tank with collaborative combat capabilities Protection & Survivability Integrated survivability concept combining active, reactive, and passive measures Pre-shot detection capability to strike first Rheinmetall TAPS (Top Attack Protec...

  Photo Credit: RHEINMETALL General Concept Combines high mobility with maximum protection and firepower Flexible response at any time, location, and intensity Key Capabilities Optimum protection for crew survivability Armament for escalation and de-escalation Rapid global deployability and tactical mobility Network-centric warfare capability Sustainability under worldwide climatic conditions Built-in test equipment Integrated training system Crew Survivability Protection against symmetric and asymmetric threats Operates in conflicts of all intensity levels Supports escalation and de-escalation options Rapid global deployments under multinational command Global Mission Readiness Designed for long-distance missions under worldwide conditions Endurance for long mission times Operates even with inadequate infrastructure Protection Best combined protection against mines, IEDs, shaped charges, KE ammunition, and NBC weapons Active softkill system against ...