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ame basic EFIS display is a building block of a glass cockpit in helicopters, transporters... To view the products click Civil-Certified Integrated System (Glass-Cockpit) Astronautics L-100 Glass Cockpit Astronautics L-100 Glass Cockpit 1/1 Download brochure: Integrated Flight Display System Astronautics is a leading provider of integrated systems for military transports and helicopters. The flexibility of the Astronautics system is demonstrated in several programs. Same basic EFIS display is a building block of a glass cockpit in helicopters, transporters, trainers, civil and mission aircraft. C-130, L-100, PC-7/PC-9, UH-1, Bell-212 and others have been equipped with the Astronautics 6” x 8” (Nickname Badger) EFIS, FMS/GPS, EICAS (including Astronautics Israel's certified Engine Data Converter Unit), FMS/GPS, Standby Instrument, and a complete avionics suit. The upgrade packages include integration of suitable types of Autopilot/Flight Director (Honeywell's, Rockwell Collins', or Thales'), Radio Navigation (VOR/ILS/DME/MB), VHF/UHF/HF radios, FMS and other sensors & systems, with the flexibility to select suppliers by simply changing configuration files (minor update). This configuration provides civil certified upgrade in a military or civil aircraft. Astronautics Brazilian C-130 Glass Cockp Astronautics Trainer Glass Cockpit Astronautics Helicopter Glass Cockpit Astronautics Brazilian C-130 Glass Cockp 1/3 Helicopter and Trainer fleets have been equipped with Astronautics' Smart displays, EICAS and a complete avionics and mission system.

Fire Control for Artillery - State-of-the-art Navigation and Aiming Systems for Mortars, MLRS, Self-Propelled... Click to read more. Fire Control for Artillery Download pdf brochure: Navigation And Pointing System - NAPOS Navigation And Pointing System – NAPOS State of the art Navigation and Aiming Systems for Mortars, MLRS, Self-Propelled guns and Towed guns. Modern Digital Fire Control Systems for Artillery. Accurate Navigation Systems for Transport and Survey. The NAPOS enables autonomous gun Navigation and Pointing and provides ballistic. computation capabilities to enhance weapon operation. The accurate, rapid, and responsive system enables Shoot and Scoot and thus gains the force-multiplier advantage! The NAPOS consists of the following elements: Vehicle Reference Unit (VRU)- Kearfott‘s MILNAV®, KN-4053, Monolithic Ring Laser Gyro -INS/GPS Commander’s Control and Display Unit & Tactical Computer (CDU&TC) Gunner’s Display Unit (GDU) Muzzle Velocity Radar (MVR) Vehicle Motion Sensor (VMS) Land Land 1/1 NAPOS NAPOS 1/1 NAPOS System NAPOS System 1/1

Gun Laying Positioning system (GLPS) - The GLPS accurately measures the location of each one of the... Click to read more information Gun Laying Positioning system (GLPS) Main Functions Download pdf brochure: GLPS The GLPS replaces the traditional Battery Optical Director (the traditional artillery battery optical director is based on a magnetic compass). The GLPS accurately measures the location of each one of the battery guns and provides accurate direction to the guns optical sight. Can be used as a Target Acquisition System by the Artillery Forward Observer as well as a Surveying System. The GLPS accurately measures survey points. land land 1/1 GLPS – MAIN FEATURES The GLPS is based on Ring Laser Gyro (RLG) INS technology. Enables accurate gun laying (better than 1 mil). The GLPS azimuth accuracy is not influenced by magnetic interferences and/or by atmospheric interruptions. Reduces time to complete battery gun readiness Improves gun setting accuracy GLPS GLPS 1/1 GLPS – MAIN FEATURES The GLPS includes a sophisticated navigation application with a digital map The GLPS can be mounted on any light vehicle or tripod. The GLPS application easily enables mission planning with many routes. Each route can have many waypoints GLPS GLPS 1/1 The system in Pictures Legend Legend 1/1

Astronautics C.A. Ltd is committed to providing a website that is accessible to the widest possible audience, regardless... Click To Read More! Accessibility Statement Last updated: February 13, 2022 Astronautics C.A. Ltd is committed to providing a website that is accessible to the widest possible audience, regardless of circumstance and ability. We aim to adhere as closely as possible to the Web Content Accessibility Guidelines (WCAG 2.0, Level AA), published by the World Wide Web Consortium (W3C). These guidelines explain how to make Web content more accessible for people with disabilities. Our accessibility tests on the site’s pages include (but not limited to) testing correct heading structure, good keyboard operability, sufficient color contrast Conformance with these guidelines will help make the web more user friendly to everyone. Whilst Astronautics C.A. Ltd strive to adhere to the guidelines and standards for accessibility, it is not always possible to do so in all areas of the website and we are currently working to achieve this. Be aware that due to the dynamic nature of the website, minor issues may occasionally occur as it is updated regularly. We are continually seeking out solutions that will bring all areas of the site up to the same level of overall web accessibility. If you have any comments and or suggestions relating to improving the accessibility of our site, please don't hesitate to contact our accessibility coordinator, Saar Paz by phone: +972-3-9251555 or astro@astro.co.il . Your feedback will help us make improvements.

Certificates of Appreciation The following certificates are expressions of recognition and appreciation from official Israeli defense bodies for the company’s contributions during recent national security operations. Astronautics is honored to have supported the country’s efforts throughout this challenging period. 1/1 Certificate of Appreciation from the Israeli Ministry of Defense in recognition of outstanding technical support provided to the security forces during the Iron Swords War, 2023–2025. Certificate of Appreciation from the Israeli Navy in recognition of outstanding technical support provided during the Iron Swords War, 2023–2025.

C-MAN - Computerized Maritime Navigation System Designed to achieve maximum weapon efficiency due to the... Click to read more C-MAN Computerized Maritime Navigation System Designed to achieve maximum weapon efficiency due to the most accurate real-time navigation data Download pdf brochure: C-MAN Brochure TurnKey System Solution for shipboard Integrated Navigation and inertial Data Distribution. Data Computation and data distribution to all shipboard sub-systems of all directions motion sensing, attitude and position. Interface to Command & Control, Weapons, Electro Optical Directors, Radar Antennas and other ship’s inertial data users. High Accuracy , High-Reliability inertial sensor with embedded GPS, accurate positioning. Advanced Processing utilizing Kalman Filters optimized for naval navigation data, incorporates accurate compensation and data filtering taking into account latency and utilizing unique prediction algorithm considering the characteristics of naval vessels. Advanced Processing utilizing Kalman Filters optimized for naval navigation data, incorporates accurate compensation and data filtering taking into account latency and utilizing unique prediction algorithm considering the characteristics of naval vessels. 1/1 Flexibility and Modularity Modular architecture allowing the use of any combination of sensors (INS/GPS, EM/Doppler Log, Echo sounder, Meteorological sensors, etc.) Advanced Processing utilizing Kalman Filters optimized for naval navigation data, incorporates accurate compensation and data filtering taking into account latency and utilizing unique prediction algorithm considering the characteristics of naval vessels. SNS - Ship Navigation System The SNS is the core of Astronautics distributed architecture design, based on Navigation Computers (NC) and multiple Data Distribution Units (DDUs). Each DDU provides RS422 digital outputs (NMEA) and Ethernet LANs. NC and DDU architecture The NC and DDU are based on the state of art powerful processor for real-time computation. Main features: Digital and discrete data collection from navigation sensors and distribution to navigation and inertial data sub-system customers. Calculation of navigation parameters. Navigation system control, fault detection and alarm. Data transfer via internal ethernet network. Data fusion of several sensors. Built-in GPS anti-spoofing Automatic input priority data: selects for each output, the best input source at any given time. Cyber Security & Navigation warfare Various layers of Cyber protection, anti-spoofing / anti-jamming features are provided according to each users’ requirements. MCDU/MDU Main Control and Display Unit/Main Display Unit 19” Panel PC with LED backlite and touch screen. The MCDU controls the C-MAN and presents all the System Navigation Data and system BIT status with sound alert capability. The MDU is the same unit without control capabilities. Maritime Navigation System Maritime Navigation System 1/1

Mission & Avionics Computers - High performance, high-reliability airborne processors, for a wide variety of... Click to read more! Mission & Avionics Computers Download pdf brochure: Mission & Display Processor Brochure MAGIC Computer Brochure High performance, high-reliability airborne processors, for a wide variety of applications: Mission & Display Processor (MDP) – VME based, legacy central avionics computer. Hurricane - VITA-46 (VPX) Based Integrated Modular Architecture (IMA) computer. State-of-the-art embedded computer for demanding avionics systems. VPX Backplane & Chassis – VITA-46 (VPX) compatible 6U backplane and fully military qualified VPX chassis (6 slots), including Power-Supply (up to 450 Watt). Astronautics is supporting VPX computers integrators with Commercial Off The Shelf (COTS) chassis, power-supply and integration support. Astronautics provides tailoring and integration support for COTS VPX card, customer designed cards and/or Astronautics tailored solutions. Astronautics may also provide full LRU integration, test and qualification for a mixed set of cards. Astronautics backplane was tested for signal integrity and proven to support high performance signals (1Ge, PCIe etc.). MAGIC Computer - Advanced processing, Graphics enhanced computer for dedicated applications such as digital map, embedded training, embedded virtual radar/sensor simulation, net-centric applications and onboard airborne networks. Strong processing advanced graphics, Ethernet, ARINC-429 and MIL-STD-1553 interfaces. Digital & analog video interface MAGIC computers are building blocks for Astronautics tactical mission systems for Command & Control Applications. MDP MDP MDP 1/2 VPX VPX 1/1 MAGIC MAGIC 1/1

RGAS Rockets & Guns Armament System - In today’s increasing hostile environment, even utility helicopters and... Click to read more RGAS Rockets & Guns Armament System By Niron Systems & Projects In today’s increasing hostile environment, even utility helicopters and light aircraft platforms need security enhancements to improve survivability and ensure mission completion. Any self-defense solution should include offensive capabilities, to deter and repel enemy attacks. A good offensive Self-defense system must provide guaranteed performance and operational readiness, while keeping operating and maintenance tasks to a minimum. In addition, the system should provide for continuous implementation of innovative process and hardware improvements. RGAS Operational Features Standalone Rockets and Guns control system for all eastern and western helicopters and fix wing aircraft. Open architecture with: Armament Control Unit (ACU). Multi-Function-Color-Display (MFCD). Rockets and Guns Interface Unit (RGIU). Growth potential of software and hardware interfaces with same connector: New types of weapons. Chaff & Flare dispensing control. Display images from observation system. Significantly reduce aircrew work load. MIL-STD-1553B or RS-422 serial communication for intra-system interface. Built-In-Test (BIT) System Description ACU Leading edge digital computer controlling mission application, I/O, Video, Voice and Graphics processing. RGIU Rockets and Guns Interface Unit, enabling full functionality control. Interface with the ACU digitally. RGAS RGAS 1/1 RGAS System Description RGAS System Description 1/1 System Function Station selection. Weapon selection. Weapon type. Burst & Interval for rocket fire. Guns bullet counter and limiter. Real-time inventory update. Safety Features The RGAS complies with weapon safety requirements. Control and monitors safe firing of rockets and guns. Management of power supply to the stores. Separate discrete for emergency jettison capability. Prevention of unintentional firing on ground. RGIU ACU RGIU ACU 1/1

Land Computers - The CDU&TC unit is provided for use by the gun’s Commander or by the gunner, in case... Click for more information Land Computers Commander’s Control and Display Unit & Tactical Computer (CDU&TC) The CDU&TC unit is provided for use by the gun’s Commander or by the gunner, in case the system doesn’t include GDU. The CDU&TC includes a powerful processor, which provides overall control, management and fire control computation within the system. The CDU&TC includes a sunlight-readable display and performs all system-level management and processing tasks within the NAPOS system. The various functions can be defined as Commander MMI, overall system mode control and management (VRU, Gunner Display, Radio, MVR and other optional units), graphic display generation and the onboard technical fire control. Per customer request, 2D/3D map layers can be incorporated for navigation and control purposes. Land Computers Land Computers 2 Land Computers 1/2

Command & Control Solutions - The ABMS is a Command, Control, Communication and Computer I... Click for more information Command & Control Solutions Download pdf brochure: ABMS ABMS - Artillery Battle Management System The ABMS is a Command, Control, Communication and Computer Intelligence (C4 I) system dedicated for artillery forces. The ABMS enables real-time coordination of operational plans and orders between the command centers down to the gun level. The System is based on the following elements: Battery & Battalion Fire Direction Center (FDC) Navigation And Pointing System (NAPOS) Forward Observer System (FOS) Battalion & Brigade Fire Support Elements (FSE) ABMS - Main Features Delivers devastating and accurate fire at the right place and right time against enemy targets Creates significant savings in weapon systems and ammunition costs Provides additional protection to friendly forces Prevents friendly fire accidents Significant combat multiplier Shortens times for effective engagement of targets Simple, intuitive battlefield situation awareness ABMS ABMS 1/1 ABMS ABMS 1/1

Astronautics provides high accuracy Digital Air Data Computers (DADC), and Miniature Air Data Computers... Click to read more! Air Data Computers (ADC) Download pdf brochure: DADC-105 (F-16) MADC-108 (F-5 AT-3, L-159) MADC-110 DO-178B Tested, RVSM Compliance (C-130) Astronautics C.A Ltd. Is a leader in Air Data technology. Air data systems are getting input from the aircraft's pitot system and convert it to digital data formats, enabling the data to be integrated within the aircraft's computers and other digital systems such as Smart displays, Head up and Helmet displays, Weapon control computers, Navigation systems, Propulsions systems and many more. Astronautics provides high accuracy Digital Air Data Computers (DADC), and Miniature Air Data Computers (MADC), installed in various airborne applications, such as: F-4, F-5, F-16, Mig-21, Kfir, A-4, Mirage III, C-130, L-159. The Israeli Air Force is among the users of Astronautics' Air Data computers. Several of the most capable UAV types are using Astronautics' Air Data computers. The Company has the capability to tailor ADC's to any airborne platform. ADC ADC 1/1