2009 Lamborghini Murcielago, Gallardo, Diablo, Gallardo Spyder, Jalpa Workshop Manual (P/N L824 00 00 00)

This comprehensive 1,172-page OEM service publication P/N L824 00 00 00 delivers dealer-level data for professional technicians and experienced mechanics working on exotic drivetrains. Rather than generic overviews, this document provides the exact factory specifications required for accurate diagnostics in a busy shop environment. Delivered as a high-resolution PDF, it allows you to zoom into intricate electrical pin-outs and vacuum routings directly on your diagnostic tablet right at the workbench, saving valuable time during complex teardowns.

Supported Models and Engine Configurations

• Covers 2006–2009 Lamborghini Murcielago, Gallardo, Gallardo Spyder, Diablo, and Jalpa variants.
• Provides complete factory data for the 6.5L V12 and 5.0L V10 engine configurations, including specific LP640 and LP670-4 SV model builds.
• Official Lamborghini publication (Ref: L824 00 00 00), organized across 22 distinct technical chapters with a comprehensive index.
• Outlines complete servicing guidelines for the viscous coupling, Selespeed sensor, front lifting system, variable valve timing mechanism, steering rack, and the ABS control unit.
• Explains detailed procedures regarding the TCS-system, ESP-system, carbon ceramic brakes, VACS side spoilers, TPMS modules, GFA-LIE scan tool, and wiring diagrams.

Documented System Specifications

The manual breaks down complex vehicle architecture into logical sub-groups to streamline your repair workflow. It details internal engine geometry like the 60° V12 configuration, fuel system cooling parameters, and exact lubrication circuits. You will also find high-level specifications for transmission gear ratios, including the highly specialized E-gear system. To support your service intervals, the document features 72 dedicated technical reference pages identifying the precise factory tools required for the Murcielago and Gallardo chassis.

For shop tasks that typically mandate a costly dealer visit, this publication supplies the step-by-step instructions to execute them independently. You gain direct access to procedures for E-gear actuator resetting, mechanical head timing verification with a dial gauge, front lifting system bleeding, and carbon ceramic brake disc wear evaluation. By referencing the included exploded assembly views, pneumatic schematics, testing flowcharts, torque specification tables, and component location charts, you can confidently finalize the fix and keep profitable jobs in your own bay. This distinct advantage directly accelerates your troubleshooting process during a heavy repair.

Torque, Fluid, and Electrical Reference Values

Accuracy is critical when servicing high-performance platforms. The text provides specific torque values for engine fasteners and drivetrain assemblies. For example, connecting rod bolts are specified strictly at 30 Nm + 60°. Fluid capacities are clearly laid out, documenting the V12 engine oil sump at 13.5 ± 0.5 liters and the primary cooling system at exactly 15 liters.

When approaching major powertrain work on these Italian supercars, technicians often encounter severe mechanical traps. For instance, when installing the E-gear actuator, failing to place the cardan joint hole in the exact neutral position between third and fourth gear will make the subsequent LARA-AS software calibration impossible. Additionally, attempting to set the mechanical head timing without the highly specific factory locking blocks (tool 000200-12c) inevitably leads to catastrophic valve-to-piston contact, as standard indicators cannot properly secure the camshafts.

Working on advanced supercar systems involves inherent mechanical risks. Prior to executing any maintenance or diagnostic procedures, ensure your workspace is secure and carefully review all factory-mandated safety protocols outlined in this guide.