Aerospace

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The aerospace and defense sectors rely on the AS9100, AS9110, AS9120, and AS9145 series standards for quality, reliability, safety, and compliance. In 2026, the International Aerospace Quality Group (IAQG) will revise and rebrand these standards.

Flying is safer due to quality management systems and inspections that detect flaws in all aircraft parts. This emphasizes that success in Quality and NDI is an ongoing effort.

Industries like aerospace and automotive now require stringent quality assurance, focusing on proactive measures throughout the product lifecycle to ensure safety and continuous improvement.

Traditional maintenance models in the aviation and aerospace industries often rely on costly part replacements with long lead times. New manufacturing technologies, especially additive manufacturing (AM) and Directed Energy Deposition (DED), are being reconsidered for repair applications.

As CEO of GrowthHive, I assist manufacturers in overcoming growth challenges. Over the past decade, I've realized that requests for quotes on parts and assemblies increasingly involve tighter tolerances, extensive documentation, and difficult-to-spot “flow-down” requirements on 2D prints and 3D models.

Factories are increasingly using laser measurement systems for improved quality control, replacing manual inspections with faster and more accurate tools. Industries like automotive, aerospace, and medical are seeing significant benefits, especially in precision and waste reduction.

The aerospace industry is grappling with a shortage of auditors for AS9100 Quality Management Systems certification, crucial for safety and compliance, as demand for aircraft and services increases in 2025. This shortage affects manufacturers and suppliers globally, emphasizing the need for improved recruitment and retention in auditing.

Quality is crucial in the automotive and aerospace industries, underpinning customer satisfaction, efficiency, and safety. Upholding high standards reduces defects and waste, while evolving mobility standards are essential for adapting to technology and competition.

Quality assurance in aerospace has shifted from hands-on inspections to digital checklists, creating potential lapses in verification, as demonstrated by incidents like the Alaska Airlines door blowout. Despite tracking compliance, digital records do not guarantee that physical checks were performed.

Certification as a supplier boosts reputation and efficiency in the aerospace market by ensuring quality and compliance. This leads to better communication, change management, and higher customer satisfaction.