This document provides failure rate data for a wide variety of component types including mechanical, electromechanical, and discrete electronic parts and assemblies. It provides summary and detailed data sorted by part type, quality level, environment and data source. The data represents a compilation of field experience in military, commercial and industrial applications, and concentrates on items not covered by MIL-HDBK-217. Data includes part descriptions, quality level, application environments, point estimates of failure rate, data sources, number of failures, total operating hours, miles or cycles, and detailed part characteristics.

This report, organized in four major sections, presents reliability information based on field operation, dormant state and test data for more than 250 major nonelectronic part types. The four sections are Generic Data, Detailed Data, Application Data, and failure Modes and Mechanisms. Each device type contains reliability information in relation to the specific operational environments. (Author).

This report, organized in four major sections, presents reliability information based on field operation, dormant state and test data for more than 380 major nonelectronic part types. The four sections are Generic Data, Background Information, Detailed Data, and Failure Modes and Mechanism. Each device type contains reliability information in relation to the specific operational environment. Keywords: Nonelectronic Parts, Failure Rates, Reliability Information, Failure Modes and Mechanisms, Electromechanical component, Mechanical Parts.

This document provides failure rate data for a wide variety of component types including mechanical, electromechanical, and discrete electronic parts and assemblies. It provides both summary and detailed data sorted by part type, quality level, environment and data source. The data contained represents a compilation of field experience in military, commercial, and industrial applications, and concentrates on items not covered by MIL-HDBK-217, 'Reliability Prediction of Electronic Equipment.' Data tables include part descriptions, quality level, application environments, point estimates of failure rate, data sources, number of failures, total operating hours, and detailed part characteristics. Indexes are also provided to assist in data retrieval.