Why Legacy Accelerometers Fail Aerospace and Defense Programs

Legacy accelerometers can introduce hidden risks into aerospace and defense programs, including missed low-frequency data, signal drift, EMI sensitivity, and unexpected sourcing challenges. This guide explains why these limitations can lead to retests, delays, and increased program costs, and how modern MEMS DC accelerometers address these issues. You’ll learn how true DC response improves flight testing, navigation, and structural monitoring, why long-term stability and EMI immunity matter in harsh environments, and what to look for in a sensor vendor supporting multi-year programs. Download this resource to gain practical insight into improving data reliability, reducing integration risk, and selecting accelerometers built for mission-critical aerospace and military applications.