2002-2009 Land Rover Range Rover Td6 & V8 Workshop Manual (P/N LRL0424ENG, 2nd Edition)
Land Rover Models Covered & Key Technical Specifications
Models: Land Rover Range Rover Td6, Land Rover Range Rover V8
Sub-models / Variants: 4.4L V8 Petrol, 3.0L Td6 Diesel, NAS (North American Specification), Models with FBH (Fuel Burning Heater)
Model Years: 2002–2009
Technical Data:
- Td6 Engine type: R6/4 (6-cylinder in-line)
- Td6 Engine displacement: 2926 ccm
- Td6 Compression ratio: 18:1
- V8 Engine type: 90-degree V8
- V8 Engine displacement: 4398 ccm
- V8 Max power: 210 kW (282 bhp) @ 5400 rev/min
- V8 Max torque: 440 Nm (324 lbf.ft) @ 3600 rev/min
- V8 Compression ratio: 10:1
- Transmission coverage: GM 5L40-E, ZF 5HP24
Land Rover Manual Features & Content Preview
- 809-page official Land Rover publication LRL0424ENG (2nd Edition, 2002) detailing the L322-series architecture
- Covers 2002–2009 Range Rover Td6 and V8 models, including gas and diesel variants across standard and NAS specifications
- Includes 47 technical diagrams, 4 component layout tables, and 3 specific engine management control flow charts
- Provides the foundational system descriptions and operational theory for launch-era engine management and auxiliary systems
Engine and Management Systems
This publication breaks down the system operation for the 2002–2009 Land Rover Range Rover. It details the mechanical architecture of the 3.0L Td6 and 4.4L V8 engines, documenting cooling loops, fuel delivery methods, and manifold designs. The text outlines specific engine management strategies critical for complex diagnostics. It maps out sensor inputs and actuator outputs while explaining how the ECM integrates with the transmission, cruise control, and climate control modules.
Technical Data and Operational Theory
Baseline specifications are clearly defined. The V8 data lists a maximum power output of 210 kW at 5400 RPM with 440 Nm of torque. The 2926cc Td6 features an 18:1 compression ratio. Assembly data charts log exact cylinder head bolt torque values and highlight accessibility constraints unique to the Td6 engine bay. You will also find crankshaft and camshaft synchronization requirements to aid in timing diagnostics. The publication details the inner workings of the Electronic Diesel Control and Bosch ME 7.2 management systems, providing exact pinout assignments for harness connectors C0331, C0332, C0603, and C0604. Because working with high-pressure fuel loops and advanced engine management carries inherent risks, these operational theories and specifications are provided strictly as a reference to assist qualified technicians in understanding system behavior before turning a wrench.
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