Raytheon Aircraft Company Baron B55, E55 & 58 Illustrated Parts Catalog 2004

• Covers 1960s–2000s Beechcraft Baron B55, E55, and 58 aircraft, providing detailed parts identification for airframe, engine, and accessory systems
• Official Raytheon Aircraft Company publication P/N 58-590000-19F (revised June 30, 2004)
• Incorporates the latest service updates to replace earlier catalog printings
• Contains thousands of exploded-view diagrams, numerical part indexes, and system-breakdown illustrations
• Essential reference material for identifying components during routine maintenance or complex repair projects
• Fully indexed text search locates specific part numbers across every chapter and appendix in seconds

Component Identification and System Organization

This 2,809-page document serves as the definitive parts reference for the 2004 fleet configuration. It uses the ATA 2200 standard to organize components into logical chapters, sections, units, and figures. Mechanics and aviation technicians will easily navigate the part-numbering structures. The manual explains the indenture system for assembly breakdown in detail. Clear visual aids help pinpoint individual parts, attaching hardware, and sub-assemblies. Dedicated numerical indexing sections allow you to cross-reference numbers against aircraft serial effectivity. This guarantees accurate parts ordering when planning a scheduled overhaul or an urgent repair.

Technical Data and Specifications

Technical specifications within the catalog outline dimensions, fuel capacities, and weight limits for the Baron series. Aircraft configuration data documents the fuselage length at 26 feet. Standard operational fuel capacity is 120 gallons. The maximum operational weight benchmark sits at 3,000 lbs. Sourcing the correct hardware is critical for flight safety and regulatory compliance. Always verify these diagrams and part numbers against current OEM documentation, ensuring a qualified aviation technician oversees any hands-on aircraft work. This official Raytheon publication provides the extensive system breakdown necessary to verify replacement components and maintain fleet airworthiness.