The increase in business and leisure travel around the world has led to massive growth in air traffic, which in turn is positively influencing the market for commercial avionics systems. On-time arrivals and efficient operations have become the need of the hour, along with the growing expectation of air travelers for world-class in-flight services.
In order to meet customer needs and comply with security and governance standards, there is an imminent need for the aviation industry to adopt state-of-the-art avionics systems, causing the avionics industry to grow at a significant rate. Worldwide. In addition, massive investments in military and UAV programs for scientific and research purposes are also contributing to the need for efficient hardware, software, systems, and mechanical engineering in the avionics industry.
Understand recent aerospace trends
The international market for avionics systems is mainly driven by the growing need for real-time data to improve the operational efficiency of aircraft. Several ongoing avionics initiatives in the US and European nations are expected to further drive the market in the coming years and offer new opportunities for avionics vendors. With dizzying investments in research, development, and certification in safety-critical avionics modules, manufacturers are releasing enhanced products to improve aircraft performance, reduce pollution, and minimize the risks associated with human error during flight. Let’s look at some of the recent trends in the aerospace industry:
Predictable maintenance cycles: The analytics, enabled by sensors now carried on planes, allow airlines to better plan when a plane needs repair or will be out of service, and what kinds of maintenance issues are likely to arise. Such predictions will help avoid potential parts shortages and unplanned downtime.
Incremental approach to innovation: With the immense developments in the aerospace industry, it is not clear if airlines will get the expected return on their investments. To overcome this challenge, innovation must be approached in a more disciplined and incremental way, carefully determining what features and manufacturing improvements to look for.
New engagement models: Although most customer requirements are essential, some can be modified or removed without affecting aircraft performance. Passing requirements to vendors, without assessing the inherent necessity of these requirements, leads to transactional inefficiencies and increased costs. Meeting customer requirements demands the need to adopt new engagement models.
Rapid growth in the supply chain: The increased production of aircraft and aircraft parts by major aircraft manufacturers will put enormous pressure on all stakeholders in the supply chain, forcing them to adopt efficient ways of dealing with high demand. The issue will be particularly critical for OEMs that must simultaneously build large volumes for new product lines and continue to serve their installed base.
Capacity and risk assessments: To meet the growing demands of the industry, original equipment manufacturers (OEMs) and aircraft suppliers will need to conduct supply chain risk and capacity assessments to identify and address challenges. Companies will need to make improvements to existing operating models to reduce supply chain complexity and improve tools and systems for better visibility.
Building solutions to meet industry trends
So how do airline companies ensure they meet these trends and meet customer needs? Of course, incorporating modern avionics solutions! A number of avionics solution providers are flourishing around the world, offering modern aircraft electronics and engineering systems that help streamline operational functions:
• Aerospace engineering services for DO-254, DO-178B, DO-178C, DO-160 and ARP-4754 compliant avionics systems for commercial, enterprise, military and UAV programs.
• Solutions around architecture and software development that comply with EUROCADE ED-12C/RTCA, DO-178B, DO-178C guidelines and in transition from DO-178/A/B to DO-178/C.
• Design based on models that comply with EUROCADE ED-12C/RTCA, DO-178B and DO-178C guidelines.
• Design and verification of VLSI for FPGA, ASIC and SoC components that comply with DO-254 guidelines.
• Development based on object-oriented technology and verification complaint with EUROCAE ED-217/RTCA DO-332
• Qualification tools that comply with EUROCADE ED-215/RTCA DO330
• Support for FAA and EASA compliant DAL-A systems to address the business needs of global aerospace companies in hardware, software and systems engineering.
In addition, system-level design, verification and validation, quality assessment, obsolescence management, and upgrading and re-engineering of deployed avionics systems and periodic certification audits are enabling air carriers to aircraft address growing business needs in flight control systems, cockpit display systems, communication and navigation systems, inflight entertainment systems, cabin management systems, and surveillance systems, among others.
move with the times
In recent years, there has been substantial growth in the defense and commercial aerospace market. A number of factors, such as increasing aircraft orders, growth in emerging economies, and increasing adoption of avionics systems in next-generation aircraft, are driving the growth of the commercial avionics market. Such enormous growth is forcing avionics companies to offer innovative and cost-effective solutions to keep up with the times in this ever-growing market.