1980 Toyota Land Cruiser FJ40-FJ60, BJ/HJ Series Repair Manual

1980 Toyota Land Cruiser FJ40-FJ60 Chassis & Body Service Manual

• Covers chassis and body components for 1980 Toyota Land Cruiser series: FJ40, FJ43, FJ45, FJ60, BJ40, BJ42, BJ43, BJ45, BJ46, BJ60, HJ47, and HJ60
• Official Toyota publication (P/N 36044E), originally issued in August 1980, spanning 850 pages
• Features 102 detailed exploded-view illustrations specifically for transmission, transfer case, and clutch assemblies
• Instant download access immediately after checkout—your file remains securely stored in your account for life
• Laid out for standard letter and A4 printing with full-text search to locate specific part numbers instantly

Chassis and Drivetrain Documentation

Working on vintage rigs requires exact specifications. This original factory-issued technical documentation breaks down the H41, H42, and J30 transmission configurations so you can confidently tackle complex drivetrain overhauls. Inside, the manual provides comprehensive structural breakdowns, cutaway views, and precise assembly order illustrations for both 3-speed and 4-speed variants. Whether you are servicing the clutch master cylinder or replacing the release bearing and hub fork, having these exact factory schematics on hand removes the guesswork from your shop floor. Plus, since this manual is an instant download, you can pull up the schematics on your shop tablet or print the exact pages you need right at your workbench.

Specification and Assembly Data

Factory accuracy is critical for a proper rebuild. This guide provides the exact measurement data required, such as transmission gear thrust clearances (0.175–0.325 mm for 2nd gear; 0.125–0.275 mm for 3rd gear) and a targeted clutch pedal height of 215 mm for the FJ, BJ, and HJ4 series equipped with a brake booster. You will also find critical fluid capacities, like the transfer case oil limits (2.5 liters standard, or 3.1 liters with PTO), alongside essential steering linkage play tolerances documented at 1.25 mm. Always ensure specialized workshop tasks are cross-referenced with these OEM specifications and performed with standard industry safety practices in mind, as proper load handling and component securing are vital when dealing with heavy drivetrain assemblies.