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Augustine’s “Law XVI” noted that every generation of aircraft is more expensive than the last, and for decades this “law” seemed to be true. Now the spiral of rising aircraft development costs has finally been conquered, thanks to new digital capabilities to handle the complexity that drives it.
Building upon the legacy and location left by Norton Air Force Base following its official closure in 1994, SBD International Airport (SBD) is an aviation growth story several decades in the making.
What do a startup air mobility company, a major aerospace and defense OEM, a space launch business and a shipbuilder have in common? They must take complexity and make it simple—turn the lengthy design process into one of speed and agility. Read this paper to learn more.
Meeting cost, schedule and technical requirements is essential to business success in the aerospace and defense industry. An integrated program planning and execution system achieves this providing exceptional time-to-value for your programs.
When the B-52 Stratofortress was launched in the 1950's, it’s likely no one envisioned that the aircraft would still be flying today – nor that the USAF would decide to continue its operations until at least the 2050's. But that’s the plan.
This paper explores the many challenges aerospace OEMs and suppliers face today and how the model-based enterprise (MBE) lowers system program risk and delivers new avenues of innovation in electrical and electronic content platforms.
Siemens Digital Industries Software offers a complete aerostructure simulation solution that enables traceable data and results while maintaining consistent global process control.
EngineWise represents our promise to keep engines running their best. We are committed to our customers so they can make smarter decisions that keep their engines, operations and businesses healthy.
As the industry moves toward emission-free aviation, MTU Aero Engines welcomes the ZEROe concepts from Airbus. Hydrogen is a highly attractive future option for engine producers as well.
The benefits of cost savings, inventory reduction, increased cash flow and office efficiencies have never been more important. Learn how one company is poised to deliver via innovative supply chain services for Japanese aerospace as demand grows.
Discover how light-curing technology and materials can help design engineers improve the overall performance of avionics and reduce the ecological impact and product and life-cycle costs associated with the manufacturing of these systems.
Companies across the aviation sector are working towards ambitious carbon emission reduction targets.1 The sector is vital for international travel and trade but, to ensure it has a future in line with international climate goals, it must decarbonise. And today, there is currently no technological…
Introducing a new aircraft comes with considerable challenges. It can certainly seem like a jigsaw puzzle getting piloted, remotely piloted, or unpiloted aircraft certified for government, cargo, urban air mobility or passenger service.
Aviation Week Network hosted PwC leaders to discuss three ways to pivot your organization and digital transformation toward a post-pandemic future. You can view the full discussion here.
Aviation and cybersecurity go hand in hand. Computer systems are the driving force behind the aviation industry, and ensuring the right security measures are in place is paramount to operational wellbeing.
Aerospace and defense companies are being confronted by the twin challenges of unprecedented competitive pressure as well as understandably demanding customers who are seeking greater accountability on program performance.
The FDM process offers several material options, from ASA to Nylon 12, each has attributes that make it suitable for a variety of lightweight structural applications.