ADVANCED THREAT DETECTION
MISSILE WARNING SYSTEMS
CROSS-PLATFORM SURVIVABILITY SOLUTION
Our advanced IR missile warning systems enhance safety and survivability by providing advanced warning of the presence of missile threats and automatic management to all types of applicable countermeasures available onboard.
CENTRAL & MULTI-CORE MISSION PROCESSORS
True open systems architecture leverages commercial, off-the-shelf technology, in a high-performance, scalable, and maintainable solution for future applications and next generation computing capabilities. Our mission processor's open architecture is suited for multiple platforms, providing advanced general and display processing for current and future needs.
Elbit Systems of America leads the way in processing and computing on the following rotary and tiltrotor platforms:
For more than 20 years, Elbit Systems of America has produced trusted, combat-proven avionics to customers worldwide including the following capabilities:
DIGITAL VIDEO RECORDER
AUDIO AND DATA RECORDER
Elbit Systems of America is the industry leader in video, audio, and data recorder's for fixed and rotary platforms. Our compact Digital Video Recorder (DVR) enables recording video and audio channels on a solid state memory cartridge. Based on commercial off-the-shelf components, the DVR complies with stringent airborne data recording and mission debriefing requirements. Each DVR’s advanced design has no moving parts assuring high reliability in all conditions. With built-in growth potential, it is configurable from one to four video channels and can accommodate additional communications. The unit operates as a stand-alone system or integrates with existing systems and upgrade programs. Elbit Systems of America provides advanced solutions for the following fixed-winged and rotary platforms:
DIGITAL MAP SYSTEMS
GLOBAL DIGITAL MAP UNIT
Elbit Systems of America’s Global Digital Map Unit is built on a proven design that accommodates multiple data formats and provides unmatched situational awareness to aircrews. The GDMU displays detailed map, flight plan, and threat information to aircrews. Each system performs interactive functions with the mission computers and generates digital video map data for head down displays.
Elbit Systems of America provides advanced solutions for the following fixed-wing, rotor-wing, and tiltrotor platforms:
PRIMARY FLIGHT DISPLAYS
Military forces worldwide rely on our displays to simplify the increasing workload on commanders and crew by presenting information and crisp, sensor video images that enhance communication, navigation, and situational awareness capabilities. Our technological expertise, our ability to work closely with the customer, and our capacity to integrate different families of displays within complex systems provide tri-service solutions for current and future flight. Elbit Systems of America is a global leader in advanced display solutions for the following fixed-wing, rotor-wing, and tiltrotor platforms:
LARGE AREA DISPLAYS
HIGH PERFORMANCE SLIM DISPLAYS
Our new generation of lightweight and low power consumption displays is driven by various external hard drive video sources. Upgrade options to smart displays provide extensive processing and interfacing capabilities, including embedded digital maps.
Elbit System of America’s High Definition display offers optional dual redundant electronics and backlight, assuring continuous, high performance even in cases of single fault failure.
INTEGRATED DISPLAY SYSTEM
ORIA™ is the Elbit Systems of America new-generation, high-performance, interconnected, flight and mission display system designed for military transport, commercial and special mission aircraft. Each system includes a primary flight display, navigation display, engine indicating and crew alert system, digital map, synthetic vision system, flight management system, and electronic flight bag. ORIA also features an integrated head up display and enhanced vision system for reduced pilot workload, expanded aircraft capabilities, and improved flight safety.
With easy-to-interpret, informative screens and improved graphics; intuitive human machine interface; and interconnectivity between the system’s functions, ORIA user-friendly functionality results in enhanced situational awareness, enhanced decision making ability, and overall mission efficiency.
Modular, expandable through software upgrades, and competitively-priced, ORIA may be customized to fit current and future demands. ORIA's efficient and compact design simplifies installation in virtually any aircraft. Based on advanced avionics technologies, reliability is optimized while reducing direct maintenance costs.
ORIA builds on the success of our comprehensive, across-the-board expertise in avionics. Featuring a full spectrum of interfaces, ORIA can integrate with core mission equipment such as communication, navigation, surveillance, electronic warfare systems, electro-optical payloads, multimode radars, and head-mounted systems.
ENHANCED VISION SYSTEMS
ENHANCED FLIGHT VISION SYSTEM
We can help keep you and your cargo safe. When unpredictable weather hits, our Enhanced Flight Vision System (EFVS) provides the Situational Awareness to cut through fog and other degraded environments so your crew can see clearly and complete their critical missions.
Our Combined Vision System (CVS) combines both Enhanced Vision System (EVS) and Synthetic Vision System (SVS), providing a high-fidelity view of the outside world even when actual visibility is close to zero. It enables the operator to see the runway lights better in conditions impairing the visibility of unaided approach. This improves the pilots' ability to execute precision and non-precision approaches and safely land, reducing the risks of Controlled Flight Into Terrain (CFIT) accidents.
Currently, Elbit Systems of America (Kollsman) has the only Enhanced Vision System (EVS) camera currently used by the U.S. government.
• EVS-5000 or EVS-4000 or EVS-SP
• Computer Unit
• Digital HUD (SKYLENS, Cockpit Multi-Function Display, or our Large Area Display)
• Legacy EVS (EVS I & EVS II)
• EVS-5000 (Clearvision™)
• EVS SP
DEGRADED VISUAL ENVIRONMENTS - BROWNOUT SOLUTIONS
Elbit Systems of America’s Degraded Visual Environment (DVE) solution uses intuitive 3D grid symbology along with a helmet tracker to provide critical helicopter/tilt-rotor cues during brownout operations. This system, which is an upgrade to the head-up display installed on many military helicopters, removes weight or drag penalties by eliminating nose-mounted sensors. The helmet tracker provides numerous ancillary benefits such as depicting the other pilot’s Line of Sight (LOS) for improved crew coordination, as well as providing the ability to slew weapons or optical payloads to the pilot’s LOS, hands-free and heads-up.
HEAD UP DISPLAYS
HEAD WORN HEAD UP DISPLAY
SKYLENS provides a highly-advanced, augmented reality view of the world outside the cockpit, with conformal symbology of all relevant information. This high-resolution data is displayed on a transparent visor that is experienced as intuitively as wearing a pair of glasses, providing unequivocal benefits during takeoff, landing, poor visibility conditions and operational flights.
By fusing together the various layers of information, SKYLENS presents an intuitive, conformal view of operational surroundings, flight data and threats, providing aircrew with an advanced situational awareness while reducing workload.
ADVANCED TECHNOLOGY HEAD UP DISPLAY
The Advanced Technology-Head Up Display (AT-HUD) provides an integrated display of information overlaid with real-time Enhanced Vision System imagery that matches the outside view and improves aircraft control, minimizing head-down time and improving overall operational safety and situational awareness.
In addition, the AT-HUD improves a pilot’s transition to other aircraft, and improves the speed of takeoff and landing performances. With complete customization capabilities, the AT-HUD is ideal for medium sized business jets to large air transport aircraft seeking Enhanced Flight Vision Systems (EFVS) and operational advantages in accordance with FAA and EASA EFVS regulations.
C-130 DIGITAL HEADS UP DISPLAY
The C-130 aircraft provides rapid strategic delivery of troops and cargo to main operating bases as well as tactical airlift and airdrop operations within a theater of operations. Elbit Systems of America is working with industry leading OEMs to produce Digital Head Up Display technology for transport aircraft that will enhance the ability of the aircraft to fulfill present and future air mobility requirements for the United States of America.
C-17 REPLACEMENT HEAD UP DISPLAY
Elbit Systems of America’s Replacement Head Up Display (R-HUD) enhances the ability of aircraft to meet current and future air mobility requirements. Each R-HUD is integrated with the Enhanced Vision System-Superior Performance sensor – a digital infrared sensor technology – that adjusts to extreme weather conditions and provides increased situational awareness during taxi, takeoff, and landing operations. This advanced solution allows for safe aircraft maneuvering and informed aircrew decision making.
HELMET MOUNTED DISPLAY SYSTEMS
INTELLIGENT PILOT INTERFACE SOLUTIONS
We work alongside warfighters to create superior systems that deliver situational awareness and instant flight crew information. Our advanced helmet mounted display systems integrate accurate intelligence with multi-sensory delivery, reducing pilot workload and providing instant target recognition and designation.
Our experience and ingenuity developing advanced helmet mounted display systems helps support the modern mission and solve future battlespace challenges.
Elbit Systems of America delivers superior capabilities for the following fixed-wing, rotor-wing, and tiltrotor platforms:
HELMET DISPLAY AND TRACKER SYSTEM
NEXT GENERATION DAY/NIGHT HELMET DISPLAY AND TRACKER SOLUTION
The Helmet Display and Tracker System (HDTS) helmet system growth option offers reduced pilot workload and improves situational awareness. This advanced system offers a constant mission solution with advanced color day and night displays that operate on a single, integrated system. Persistent coordination through each pilot’s line-of-sight while advanced symbology provides instant target recognition and designation.
Equipped with additional 3D grid symbology combined with night-vision capabilities, the HDTS assists in bad weather, low-visibility conditions, low-altitudes, brownout situations, or night-flight maneuvers and is designed for use on any helicopter or tilt-rotor aircraft.
MISSION MANAGEMENT SYSTEMS
ADVANCED TRI-SERVICE C4I & MISSION MANAGEMENT SYSTEM
Installed on a variety of platforms, the HeliC3om™, Advanced C4I and Mission Management System, is combat proven and developed by active pilots whose first-hand combat experience is incorporated into all facets of the system. Our technology keeps all elements updated in real time with inputs from networked C4I sources. Pilots and crew easily receive and transmit video and data to/from all forces while updating maneuver, air, and naval units.
PRECISION GUIDED MUNITIONS
LASER JDAM SEMI-ACTIVE LASER SEEKER
LASER JOINT DIRECT ATTACK MUNITION
The Laser Joint Direct Attack Munition (L-JDAM) is a semi-active laser seeker for precision munitions. The L-JDAM system is capable of seeking static, moving, or maneuvering targets and can perform at a temperature range of -54o C to 74o C. The L-JDAM is retro-fittable to existing stocks and kitted for easy assembly.
With our technology fitted onto various munitions, our semi-active laser gives warfighters on the battlefield the technical edge in order to win decisive engagements. Currently, our seekers are deployed in multiple theaters of operation worldwide.
TACTICAL VIDEO DATA LINK
VIDEO & DATA RECEIVER/TRANSMITTER SYSTEM
Tactical Video Data Link (TVDL) is a video and data receiver/transmitter system specially designed for attack helicopters. This compact and lightweight system, weighing less than 4 kg, enables real-time, high-quality video imagery and data captured by UAV payloads or ground-based sensors to be displayed directly to the aircrew. This saves the need for lengthy radio dialogue by creating a common visual language amongst all forces in the battlespace and dramatically shortening the sensor-to-shooter loop. As a true video relay, the system can simultaneously transmit video and data as well as deliver imagery captured by onboard payloads to tactical forces for enhanced coordination and battle management.