How do you engineer and assemble the next generation of aircraft if we have difficulty manufacturing the complex aircraft of today? Read this paper to learn how today’s technology improves engineering processes and makes an important paradigm shift.
Cybersecurity burst upon the embedded systems landscape in 2016 when the infamous Mirai IoT botnet took down major websites using hundreds of thousands of compromised IoT devices.
There is an increased need for civilian MRO facilities to work on military aircraft. Subcontract resources can provide both financial and operational efficiencies to benefit taxpayers, in addition to lessening the burden on existing military infrastructure.
By using end-to-end processes for aerostructures that take advantage of simulation throughout the product lifecycle, manufacturers have found they are able to deliver innovative products on time and with predictable performance. This has enabled them to reduce model preparation time, shorten design-analysis iterations, evaluate tradeoffs across multiple disciplines, streamline development for on-time delivery and improve the quality of designs.
Disruptions often lead to high overtime hours and costs while affecting customer satisfaction. But with optimization, it’s a different story – your airline operations continue to run smoothly and meet key KPIs.
Putting passengers first no longer means sacrificing other business goals. Rely on an integrated planning approach that delivers happy passengers while keeping operations smooth and costs low.
What's the difference between Ka and Ku band frequencies? Learn more about data speeds, capabilities, passenger expectations and more for Ku and Ka band high-speed in-flight Wi-Fi solutions.
The aerospace industry is under constant pressure to contain costs. Original equipment manufacturers (OEMs) are placing new demands on suppliers to cut prices or risk losing business to competitors.
