You can’t wait to turn your aerospace system designs into real aircraft components that will stand the test of time. You’re not alone, either.
Research shows that the aerospace industry in 2023 experienced a revival of the demand for products, and this is expected to continue in 2024. Factors driving the growth include a surge in travel by plane and an increased emphasis on modernizing military aircraft.
How can you be sure that the parts you manufacture for aerospace applications are reliable, though? It takes only one loose bolt to compromise a design in flight. Let’s explore the future of aerospace parts manufacturing and aviation safety in 2024.
Data
One way today’s aerospace parts manufacturing field will become safer and more efficient in 2024 is by leveraging data power. Internet of Things, or IoT, devices and sensors will increasingly be used to collect large quantities of data. IoT refers to a network of software, sensors, and devices that are interconnected to enable data collection, control, and analysis in real-time.
Harnessing data will aid in predictive maintenance. Predictive maintenance involves detecting potential defects in aircraft to enhance maintenance planning. Spotting defects may reduce costs, risks, and delays stemming from aircraft operational safety issues.
Artificial intelligence (AI) and data analytics may also help optimize certification, testing, production, and design processes. This may help reduce risks and errors that pose safety concerns. AI can improve quality control by identifying even tiny assembly or part imperfections. Early detection of problems is critical for preventing faulty components from reaching customers and causing harmful accidents.
Technology
Another way the aerospace parts manufacturing industry will become safer in 2024 is by adopting new materials and technologies. These new technologies may enhance aerospace parts’ durability and performance, preventing safety mishaps. Lighter yet stronger airplane materials and structures should withstand higher temperatures and stresses.
Fuel cells and advanced batteries may provide more sustainable and reliable energy sources for aircraft, decreasing noise and emissions. Three-dimensional printing may also improve aerospace manufacturing. This new technology can enable more customized and complex parts. The result is reduced costs and waste in the aerospace engineering field.
Innovation
Air travel safety will also increase in 2024 due to increased collaboration and innovation in the aerospace manufacturing field. Professionals in the field will be encouraged to work more closely with suppliers, customers, and regulators. This will help ensure their companies meet and exceed safety standards.
Continuous process and product improvement will become increasingly essential to aerospace parts industry manufacturers. Therefore, this includes analyzing complaints and errors, completing audits, and performing product reviews. These steps may help aerospace manufacturers reduce errors and improve their products’ reliability.
Help With Aerospace Parts Manufacturing
The aerospace parts manufacturing industry will become safer in 2024 in multiple ways. Manufacturers are expected to leverage data to help avoid defects that may pose safety issues. Technology may also help improve products’ performance, preventing dangerous malfunctions.
At SMI Composites, we offer high-quality composite manufacturing services. We’ve earned a strong reputation for our unparalleled product and design delivery, leading to high customer satisfaction. So, partner with us today, and request a quote to create top-tier aerospace products your customers can rely on long-term.
