BAE Systems offers a range of high-definition color imaging sensors designed for professional video applications, providing exceptional performance for pro-video and cinema systems, machine vision, and industrial uses. These sensors are engineered to meet the demanding needs of today’s imaging professionals, delivering impressive dynamic range to capture every detail, even in challenging lighting conditions. With high sensitivity and extremely low noise, these sensors offer outstanding low-light performance, ensuring superior image quality for a variety of applications.
The LiteHUD® Head-Up Display (HUD) is an advanced, lightweight solution designed to enhance pilot situational awareness and flight safety. Offering clear, real-time information directly in the pilot’s line of sight, LiteHUD® improves operational efficiency, reduces cognitive load, and supports critical decision-making in various airborne environments. Its compact design ensures seamless integration into a range of military and commercial aircraft, while its high-performance optics and intuitive interface provide reliable data presentation in challenging conditions. LiteHUD® is the ideal tool for pilots seeking cutting-edge technology in flight displays.
BAE Systems' EO/IR Sensor R&D focuses on developing next-generation electro-optical and infrared sensors, designed to provide superior imaging and detection capabilities across a wide range of applications. These sensors are critical for intelligence, surveillance, and reconnaissance (ISR) missions, offering enhanced situational awareness in both day and night conditions. Through innovative research and cutting-edge technology, BAE Systems advances sensor performance to meet the evolving demands of modern defense systems, ensuring that military and security forces have the tools they need to respond effectively to complex threats in any environment.
BAE Systems offers cutting-edge Visible Imaging solutions with a range of high-speed imaging sensors designed for outstanding low-noise performance in low-light conditions. These sensors enable imaging across the full spectrum, from x-ray and ultraviolet to visible and near-infrared wavelengths. With high quantum efficiency, they deliver exceptional image quality even in harsh and challenging environments. Ideal for various applications, BAE's CMOS portfolio ensures uncompromised image quality, powering advanced cameras for industries that demand the highest performance in imaging technology.
DIGAR™ is an advanced GPS anti-jam and anti-spoof technology designed for airborne systems. It integrates industry-leading electronics to provide robust protection for GPS signals, ensuring accurate and secure navigation even in the most challenging environments. With applications across military platforms, DIGAR™ supports multiple aircraft flying over a battlefield, offering enhanced reliability and performance for precision-guided systems. Its cutting-edge technology plays a critical role in maintaining the integrity of navigation systems in contested or adversarial conditions.
Fairchild Imaging's Low Light Imaging technology delivers exceptional performance for security and surveillance applications, enabling clear and detailed imaging in low-light environments. Utilizing advanced CMOS sensor technology, this solution enhances the ability to detect and monitor targets even in challenging conditions. With a global presence, Fairchild Imaging ensures responsive customer support, offering expert assistance for the selection, integration, and service of its cutting-edge sensors. This technology is essential for applications where visibility is critical, providing superior clarity and reliability in security operations worldwide.
CACI’s line of high-performance, low size, weight, and power (SWaP), gyro-stabilized electro-optical (EO) and infrared (IR) imaging systems are built for missions such as ISR, target acquisition, C-UAS, long-range detection, recognition, and identification (DRI), and navigation safety.
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Pexco Aerospace specializes in simple and complex lenses and light components for airplanes to support transitions from fluorescent lighting to LED conversion for older aircraft, while also having a wide array of custom design solutions for new LED applications. Also within our capabilities, co-extruded lenses with combinations of transparent Polycarbonate and opaque materials provide a unique solution by simplifying the design of your lighting system, incorporating a light shield and a diffused lens in a single part. To further simplify installation of your lighting system, end caps or other features can be assembled with our extrusion to provide you with a ready-to-install product.
Drawing on more than 30 years of experience in NVIS-compliant light filtering, we have engineered Korry Nightshield plastic NVIS filters for reliable, cost-effective new installations and retrofits in commercial aviation, medical evacuation, search and rescue, law enforcement, and defense. Nightshield filters are a simple way of keeping users of night-vision devices (NVDs) safe. Our filters can be applied to any light source to regulate its infrared emissions, preventing interference with a pilot's or ground-equipment operator's goggles.
Korry Electronics is an industry leader in developing aircraft data collection, conversion, control, computing, and routing solutions. Korry airborne computing systems deliver the technology you need to implement rugged, scalable, fault-tolerant airborne data computing, data networks, and data gateway solutions.
Designed for optimal light transmission and emission on edge-lit panels. Markings are clearly visible day and night. Variants provided in traditional white indicia as well as brighter clear frosted indicia. Standard knobs with indicia painted in Night Vision Imaging System (NVIS) green to complement separately filtered NVIS-compliant light sources. Designed to meet the toughest of customer requirements.
Combines high carrying capacity with exceptional flight performance and unique glide modulation capability. Attachment of the drogue in the middle of the container between the main and reserve compartment, ensuring a flat and comfortable position for the jumper under drogue. Container Out-Of-Sequence-Deployment Security protection against out of sequence deployments where the main deployment bag becomes free from the main container during droguefall. Unique dual-stage drogue collapse ensures a smooth pull of the deployment bag out of its container, reducing the snatch force and eliminating the trap-door effect at drogue release.
