Which description best captures how obsolescence risk is managed in AMQS supply chains?

• A. By ignoring obsolescence risks until they occur.
• B. By relying solely on suppliers to handle obsolescence.
• C. By identifying potential obsolescence, qualifying alternatives, maintaining updated data, and controlling stock levels.
• D. By increasing obsolescence risk tolerance.

Answer: (C)

Proactive, structured obsolescence risk management in AMQS supply chains involves identifying potential obsolescence, qualifying viable alternatives, maintaining up-to-date lifecycle and availability data, and controlling stock levels to balance readiness with cost. This approach keeps parts availability aligned with airworthiness and regulatory requirements, reduces the chance of sudden parts shortages, and supports ongoing configuration control and supplier resilience.

Why this works best: it’s not enough to react when a part disappears; AMQS requires planning, data accuracy, and supplier coordination. By spotting at-risk items early, evaluating substitutes or cross-refs, keeping current information on part status and lead times, and managing inventory to avoid gaps or overstock, the organization preserves safety, compliance, and readiness.

Rationale against other options: ignoring obsolescence risks creates abrupt shortages that can impact safety and certification; relying solely on suppliers shifts responsibility away from the organization and assumes perfect supplier performance; simply increasing risk tolerance does not mitigate the actual risk to availability and airworthiness.