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767/757 Large Format Display System Flight Deck Retrofit
Extending aircraft life with future airspace transformation
When you equip your aircraft with the most efficient Large Format Display System retrofit for current 757s and 767s, bigger displays are just the beginning. Strategic use of existing systems and hardware, combined with the well-crafted integration of new equipment, brings a variety of advantages. These include greater cost control, less weight and lower fuel burn. All while retaining your aircrafts current certification baseline.
The result of a close collaboration between Collins Aerospace and Boeing, our all-new flight deck 767/757 flight deck retrofit will put new life in your existing airframes, preparing them for future airspace requirements and taking the aircraft into the next decade and beyond.
Large Format Displays Integrate Critical Information
Inspired by Collins Aerospace’s advanced flight deck technology on the Boeing 787 Dreamliner, our 767/757 retrofit features three large-format LCD displays that replace six cathode ray tube (CRT) displays and numerous analog instruments to provide operators with a number of benefits, including:
– The only display retrofit available with engine-indicating and crew-alerting system (EICAS) data on LCD displays
– Enhanced flight crew situational awareness gained from 15.1-inch displays
– Maintenance savings driven by significant increase in new display system reliability
– Improved fuel efficiency from 150-pound flight deck weight reduction
– Aircraft life extension by proactively managing CRT obsolescence
– Display commonality with Boeing 787 Dreamliner and 737 MAX aircraft, which reduces required training and associated cost for air carriers with a mixed fleet
Explore The Features of Our Large Display System Retrofit
Aerospace Touch Display Applications
AV Automation Controls
Common Display Enhancements
To improve performance and enhance the usability of aerospace applications such as cockpit controls, We offer a broad range of display enhancements including:
Ready For Future Mandates
Our 767/757 flight deck retrofit serves as a platform to incorporate future safety-enhancing technology such as airport taxi maps, data link weather, surface guidance, and synthetic and enhanced vision systems, ensuring the aircraft is ready for today’s requirements and flexible enough for the technology enhancements of tomorrow.
Current Key Features
Future Key Features
AEROSPACE TOUCH SCREEN DISPLAY SOLUTIONS
Touch International designs and manufactures advanced aerospace touchscreen display solutions and was the first to manufacture specialized touch screens for commercial airplanes. We are the global leading manufacturer of touch screens for in-flight entertainment. Adhering to the strict FAA regulations, Touch International designs multi-touch, inflammable, high-altitude, shatterproof touch screens for a variety of aerospace applications. We continue to dominate the industry with constant development towards thinner, lighter, and smarter touch screen display solutions.
In addition to custom touch panels, we supply aerospace touchscreen customers with full display enhancements such as sunlight readability, lightweight molded cover lenses and more. We can help you find the right LCD to meet your needs and provide custom touch solutions that are very cost effective thanks to our vertical manufacturing capabilities. We use a combination of the latest in passive optical film enhancement technology combined with the highest-performance LED backlights available. We can complete a lightweight aerospace touchscreen display project with other enhancements such as custom gaskets, secured video driver boards, custom bezels, and backers, EMI shielding, and more. We have full optical bonding capabilities to complete the package and maximize display optics and durability. We are ISO:9001 and AS9100 Certified with Class 10,000 Clean Rooms in the USA and Asia. We have extensive experience in a variety of aerospace touchscreen display projects.
SO 13485 Medical devices — Quality management systems — Requirements for regulatory purposes is an International Organization for Standardization (ISO) standard published for the first time in 1996; it represents the requirements for a comprehensive quality management system for the design and manufacture of medical devices.
AS9100 is a company level certification based on a standard published by the Society of Automotive Engineers (SAE) titled “Quality Systems-Aerospace-Model for Quality Assurance in Design, Development, Production, Installation and Servicing”.
IN-FLIGHT ENTERTAINMENT AND CABIN MANAGEMENT
In-flight Entertainment Systems
A full line of VIP cabin video and audio components. Industry leading high-definition and 4K Ultra displays allow passengers crystal clear viewing enjoyment.
Cabin Management Systems
Create an aircraft cabin experience that mirrors the essence of your office or living room. Use your mobile technology to connect and control components throughout the cabin.
Special Mission Solutions
Rugged, custom engineered monitors and video solutions built for extreme military and special mission applications. Rapid prototyping and production exceed industry expectations.
Control Lights, Video, Audio, Shades, and More With Smart Cabin CMS
Today’s aircraft passenger demands the same comforts in the air as in the home or office. The latest cabin management system from FDS Avionics, Smart Cabin CMS, provides integrated entertainment, climate, and information controls. It’s the convergence of innovative cabin management, in-flight entertainment, and wireless connectivity.
With the swipe of a fingertip all cabin amenities become interactive and personalized. Lights, shades and audio/visual sources can be customized to fit specific moods. Control individual seat environments through limitless climate and entertainment selections. All using a sleek touchscreen interface.
Stream music and videos to your iPad, Android, or laptop. Control Blu-ray and DVD players from the comfort of your seat. Send video to brilliant high-definition bulkhead displays. Follow real-time flight maps with instant flight data.
On an aircraft, critical safety and operational information is relayed to pilots and passengers primarily via artificial light. Integrated displays, cockpit controls, indicators, illuminated signs, navigation lights, and other electronics provide the necessary data to safely and accurately guide an aircraft to its destination and ensure the comfort of its occupants. These illuminated components must be thoroughly tested and measured to comply with exacting industry standards and meet quality parameters. Manufacturers of aerospace and defense technologies must address the challenge for absolute quality—critical when specifying new equipment into the world’s most highly-regulated machines.
Radiant’s light and color measurement solutions, based on ProMetric® Imaging Colorimeters and Photometers, provide the high precision required for R&D, while meeting the speed and analysis requirements of production-level testing. Calibrated for NIST (National Institute of Standards and Technology)-traceable measurements, Radiant’s CCD-based imaging systems provide the most accurate characterization of light sources, capturing precise spatial measurements of luminance, chromaticity (CIE or L*a*b color space coordinates), and contrast. Radiant cameras feature a tristimulus optical filter system scientifically engineered to simulate human visual sensitivity to brightness and color. This optical system enables quality evaluations of illuminated components that accurately reflect an operator’s or passenger’s perception of the component—whether a display, character, sign, or ambient light distribution pattern—ensuring all illuminated components meet requirements for safety and operability.
Radiant is the leading provider of display test solutions, with thousands of systems deployed worldwide, testing millions of flat panel displays (FPDs), smart devices, touchscreens, infotainment and navigation displays, and more. Radiant cameras evaluate LCD, LED, and OLED displays and display components, including backlight units (BLUs) and LCD modules, as well as see-through displays like augmented reality (AR) and head-up displays (HUDs), for performance in a range of ambient light environments, from day to night, in all weather conditions.
Radiant display tests are performed using a ProMetric Imaging Colorimeter or Photometer paired with ProMetric or TrueTest™ Software. Tests include ANSI (American National Standards Institute) brightness, ANSI color uniformity, light or color mura (blemish) detection, light leakage, pixel and line defect inspection, image sticking, and view angle performance testing. Using automated visual inspection software, defects are weighted and evaluated based on their severity and scope, which correlate to either permissible or unacceptable imperfections as perceived by a human observer. Display tests support standardized measurement practices such as those recommended by SAE International for displays, HUDs, and illuminated components (for example, ARP4260B, which contains colorimetric and photometric measurement guidelines for airborne electronic flat panel display systems). As an option, Radiant measurement systems may employ an image analysis algorithm specifically for computing JND (“Just Noticeable Differences”) in display uniformity, used to identify display mura. The JND detection algorithm is offered in the TrueMURA™ plug-in for TrueTest Software, and is based on U.S. patent 7,783,130, “Spatial Standard Observer” technology, licensed by Radiant from NASA.
Leader in See-Through Displays and HUD Measurement
HUDs greatly enhance a pilot’s situational awareness of trajectory and external factors. The usefulness of an HUD depends entirely on the quality of projected illumination. Objects in a display must be easily viewable in any flight condition, and adequate brightness and color must be ensured for the life of the display system.Radiant is the leading provider of near-eye display (NED) test systems in consumer electronics, and for HUDs in automotive manufacturing, Our ProMetric® systems have been applied in various testing environments to measure see-through display technologies from LED to OLED to waveguide using a range of projection methods.
Radiant cameras feature electronically-controlled lenses and Radiant’s Smart Control™ functionality for precise, adaptive adjustment of focus and aperture settings. Combined, these technologies enable the fastest and most accurate location of illuminated objects projected on an infinite plane, such as the symbols displayed in HUDs and augmented reality displays. With minimal adjustment, our imaging colorimeters map points of interest to projected symbols and provide luminance and color measurements while recording object distance, size, and scale at any working distance to ensure accurate projection.
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