Allowable damage limits for lightning strikes, runway debris, and ground vehicle impacts.
Filters tasks automatically based on the specific tail number.
The B787 AMM organizes data using the standardized ATA (Air Transport Association) 100/iSpec 2200 chapter numbering system. However, due to the Dreamliner's unique "more-electric" design, specific chapters carry much higher operational weight than they do on older aircraft models. ATA 24: Electrical Power (The Core Engine)
Frequently start with the FIM to identify the issue, then immediately navigate to the AMM for the step-by-step repair procedure. Conclusion b787 maintenance manual top
The ATA chapters form the navigational backbone of the AMM. Here is a look at some of the key ATA chapters you will find in a 787 manual:
This dictates the inspection intervals for major components, ensuring compliance with scheduled maintenance requirements.
Daily visual checks focus heavily on the condition of the landing gear, exterior composite panels, and fluid levels. Here is a look at some of the
Translates automated flight deck alerts directly into step-by-step AMM component replacement paths. Provides limits for airframe dents, scratches, and impacts.
In aviation, the Maintenance Manual is law. For older aircraft like the B737 or A320, it’s a colossal, static digital tome: “If fault X occurs, perform task Y.” It is reactive. It is dumb.
Traditional aircraft use isolated line-replaceable units (LRUs) for different tasks. The Dreamliner uses a centralized computing network called the Common Core System (CCS). Provides limits for airframe dents
Because the Dreamliner is made of roughly 50% carbon fiber reinforced polymer (CFRP), structural maintenance is drastically different from aluminum jets.
: Used to build a customized scheduled maintenance program (e.g., base checks falling over a 24-year period) [10]. FIM (Fault Isolation Manual)