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Parts for the Range Rover second generation, designated P38 or P38A, produced from 1994 to 2001. Covers the 4.0 and 4.6 litre Rover V8 petrol variants and the 2.5 litre BMW diesel. OEM, Genuine, and aftermarket options in EU stock.
Tow Ball & Pin is a towing coupling component that mounts to the tow bracket or drop plate. The ball provides the coupling point onto which a ...
View full detailsCable Tie is a harness fixing used to bundle and route wiring looms, hoses and cables against the chassis and body. It secures the harness in posi...
View full detailsFuel Pipe Union Nut for the fuel delivery line. This female threaded nut draws a fuel pipe up to its mating union, clamping the pipe's flared or c...
View full details4-Pin Differential for the Land Rover-type axle. The differential takes drive from the propshaft through the crown wheel and pinion and splits it ...
View full detailsWasher Non-Return Valve for the windscreen wash/wipe system. The valve is fitted into the washer fluid line between the pump and the jets. It perm...
View full detailsBolt - a 3/8" UNC x 2-3/4" bolt securing the rocker shaft and its oil baffle plate to the cylinder head on the Rover V8 engine. It clamps the rock...
View full detailsCaliper
Anti-Roll Bar Link Assembly connects the front anti-roll bar to the suspension, forming part of the front stabiliser linkage. As the vehicle corne...
View full detailsAnti-Roll Bar Link Assembly connects the front anti-roll bar to the suspension, forming part of the front stabiliser linkage. As the vehicle corne...
View full detailsStop/Tail Bulb - 12V 21W - Twin Pack (trade reference 380). This pack contains two BAY15d dual-filament bayonet bulbs rated 12V 5/21W, suitable fo...
View full detailsRadius Arm Bush is the compliant bush at the axle end of the front radius arm, where the arm mounts to the axle. The front radius arms locate the ...
View full detailsRear Air Suspension Spring - an air spring forming part of the rear air spring and damper assembly on vehicles fitted with Electronic Air Suspensio...
View full detailsAir Flow Sensor for the V8 EFI petrol engine management system, mounted in the intake tract between the air filter and the throttle. Measures the ...
View full detailsLand Rover Oval Name Badge - Plastic - exterior identification emblem carrying the Land Rover name in gold lettering on a green ground, moulded in ...
View full detailsFuel Pump and Sender Unit mounted inside the fuel tank of the 2.5L diesel engine. It houses the in-tank fuel lift pump that delivers fuel to the e...
View full detailsFuel Tank Locking Ring for the fuel pump and sender unit assembly. This ring secures the fuel pump and sender unit in the top of the fuel tank, pr...
View full detailsHub Bearing is the wheel hub bearing used in both the front and rear axle hubs. It supports the hub on the stub axle and allows the hub and road w...
View full detailsRadius Arm Bush is the compliant bush at the axle end of the front radius arm, where the arm mounts to the axle. The front radius arms locate the ...
View full detailsWindow Regulator for the front door, electric type. Carries the door glass on its guide mechanism and raises or lowers the pane under drive from th...
View full detailsFront Cover Gasket sealing the engine front cover to the cylinder block on the V8 EFI petrol engine. The gasket forms the joint between the timing...
View full detailsBrake Caliper for the rear braking assembly, mounted on the left-hand side. The caliper houses the piston and hydraulic fluid inlet, converting pr...
View full detailsDetent Spring for the LT77 and R380 manual gearbox gear change mechanism. This spring forms part of the selector detent assembly within the gearbo...
View full detailsRadius Arm Bush is the compliant bush at the axle end of the front radius arm, where the arm mounts to the axle. The front radius arms locate the ...
View full detailsHT Ignition Lead - No.7 Cylinder - high-tension ignition lead from the ignition coil and HT lead assembly, carrying the secondary ignition output t...
View full detailsFuel Filter for the diesel fuel supply system — the cartridge that cleans fuel on its way to the injection pump. The filter traps particulate cont...
View full detailsValve Stem Seal for the Rover V8 engine, part of the cylinder head valve train. The seal fits over the top of the valve stem where it passes throu...
View full detailsCoil Spring Conversion Kit that replaces the Electronic Air Suspension (EAS) with conventional coil springs, providing a permanent solution to recu...
View full detailsNyloc Nut - M16 flanged self-locking nut used at suspension link fastenings. The integral flange spreads the clamp load across the joint face and ...
View full detailsBow Shackle Bow-shaped recovery shackle with a threaded pin, used to connect a recovery strap or rope to a recovery point on a winch bumper. The w...
View full detailsDrive Shaft Oil Seal for the front and rear hub assemblies. This lip seal fits at the inboard end of the front and rear hub carriers, sealing axle...
View full detailsCamshaft for the valvetrain of the 4.0/4.6L V8 petrol engine. Mounted in the cylinder block and driven from the crankshaft, the camshaft lobes act...
View full detailsHT Ignition Lead - No.6 Cylinder - high-tension ignition lead from the ignition coil and HT lead assembly, carrying the secondary ignition output t...
View full detailsCamshaft Sprocket for the 4.0L and 4.6L V8 petrol engine, part of the timing drive at the front of the engine. It is driven by the timing chain fr...
View full detailsRetainer
Towing Bracket Slider Lock Pin is the pin that locks the vertical slider of a Dixon Bate adjustable-height towing bracket at the selected height. ...
View full detailsHT Ignition Lead - No.5 Cylinder - high-tension ignition lead from the ignition coil and HT lead assembly, carrying the secondary ignition output t...
View full detailsTransfer Box Ball Bearing for the Borg Warner transfer gearbox, supporting the front output flange and viscous coupling and the rear output shaft. ...
View full detailsFront Driveshaft Oil Seal located at the differential housing output in the Front Axle Assembly, sealing around the front halfshaft where it exits ...
View full detailsHT Ignition Lead - No.2 Cylinder - high-tension ignition lead from the ignition coil and HT lead assembly, carrying the secondary ignition output t...
View full detailsExhaust Manifold Gasket for the 4.0L and 4.6L EFi V8 petrol engine. This twin-port gasket seals the exhaust manifold-to-cylinder head joint at two...
View full detailsAir Filter Element for the engine air intake system, housed in the air cleaner assembly. It filters intake air upstream of the engine, removing ai...
View full detailsSnap Sac Clip - a push-fit fastener that retains the interior door trim panel (door casing) to the door. The clip locates in the door frame and gr...
View full detailsAir to Coil Conversion Kit - Standard Height replaces the electronically controlled air spring suspension with conventional coil springs, removing ...
View full detailsAlternator Drive Belt - 2322mm polyvee (multi-rib) belt from the accessory drive of the V8 EFI petrol engine. The belt is driven off the crankshaf...
View full detailsIgnition Coil Pack in the engine ignition system, generating the high-tension voltage that fires the spark plugs. Used on the distributorless V8 e...
View full detailsDrive Belt for the V8 petrol engine auxiliary drive - a 7-rib poly-V (7PK) serpentine belt measuring 1870 mm. Transfers crankshaft rotation to the...
View full detailsFront Brake Disc (Vented, Coated) - the rotor in the front disc brake assembly. The brake caliper clamps its pads against the faces of this disc t...
View full detailsCoolant Temperature Sensor - V8 EFI for the engine management system. This sensor monitors coolant temperature and sends a continuous signal to th...
View full detailsThe Range Rover P38 is the second-generation Range Rover, produced at Land Rover's Solihull plant from September 1994 to 2002. It carries the internal chassis designation LP and the project code P38A, taken from the Solihull engineering block where the development team was based. Production succeeded the original Range Rover Classic (1970-1996) and was itself replaced by the third-generation Range Rover L322 (2002-2012), which moved to a monocoque unibody construction and different engine, transmission and electronics architectures across the board. Parts for the Classic and the L322 are not included in this collection.
Most P38s in EU markets are now between 23 and 30 years old. The model has reached classic vehicle eligibility status in several EU jurisdictions, and the active buyer cohort divides between owners running their P38 as a daily driver, restorers refreshing tired examples to original specification, and workshops servicing the surviving fleet. This collection supplies all three cohorts with service items, restoration parts, and the BeCM, EAS, and Rover V8 components that define P38 ownership.
The P38 covers two distinct petrol engine management eras, three engine variants, and three transmission options. Knowing which combination is fitted to your vehicle is the single most important step before ordering.
Petrol management changed mid-production; the BMW M51 diesel did not.
| Sub-era | Years | Petrol Engines | Diesel Engine | Petrol Management | Transmissions |
|---|---|---|---|---|---|
| GEMS era | 1994 to 1998 | 4.0 Rover V8, 4.6 Rover V8 | 2.5 BMW M51 (Mitsubishi TD04 turbo) | Lucas GEMS | ZF 4HP22 auto (4.0 V8 + diesel), ZF 4HP24 auto (4.6 V8), R380 5-spd manual (4.0 V8 + diesel) |
| Thor era | 1999 to 2002 | 4.0 Rover V8 (Thor), 4.6 Rover V8 (Thor) | 2.5 BMW M51 (unchanged) | Bosch Motronic ("Thor") | ZF 4HP22 auto (4.0 V8 + diesel), ZF 4HP24 auto (4.6 V8), R380 5-spd manual (4.0 V8 + diesel) |
The 4.0 and 4.6 Rover V8 share the same block architecture but use different bore, internals, and ECU calibration. The 2.5 BMW M51 diesel is a separate engine family with a Mitsubishi TD04 turbocharger, a different flywheel interface to the Rover V8, and a modified gearbox input shaft. Buyers ordering fuel system, turbo, gearbox-interface, or engine-management parts should always confirm the specific engine and management combination before ordering.
The transfer box across all P38 variants is the BorgWarner 4462, which uses an electronic high / low range selector rather than the mechanical lever found on the Range Rover Classic. Transfer-box service parts for the P38 are distinct from those for the Classic.
Use the engine variant and category filters above the product grid to narrow this collection to parts specific to your P38's engine, gearbox, and build year. The 1998 to 1999 transition is the key boundary for petrol engine management parts.
Four variables determine fitment for most P38 parts orders: engine (4.0 V8, 4.6 V8, or 2.5 M51 diesel), petrol management generation (GEMS pre-1999 versus Thor from 1999 onwards), transmission (ZF 4HP22, ZF 4HP24, or R380 manual), and trim level (base, SE, HSE, or Autobiography — relevant primarily for interior, infotainment, and BeCM-controlled electrical items).
P38 vehicles carry a 17-digit ISO 3779 VIN. The plate is fixed to the driver's-side door pillar, with a duplicate visible at the base of the windscreen on the dashboard and a third record on the V5C registration document. Position 10 of the VIN encodes the model year. Cross-referencing your VIN against the original Land Rover build records returns the exact engine code, transmission, and trim specification used at the factory.
Land Rover provides a VIN-based model year identification service at the Land Rover owner information site. Product listings in this collection include part reference numbers aligned with the official Land Rover parts catalogue — cross-referencing your existing part number against the listed reference is often the fastest path to correct fitment confirmation when a service replacement is being ordered.
If your VIN, engine code, or part number does not return a clear match against the listings, contact the Budget Parts team and we will verify the fitment for you before despatch.
Parts CategoriesThis collection covers the full mechanical, electrical, and body scope of the P38 generation, suitable for routine service, mechanical refresh, and full restoration work. Key categories stocked:
P38 inventory is graded across three tiers. Genuine is JLR-channel stock with original Land Rover packaging — chosen for concours work or where original-supply provenance matters. OEM comes direct from the original component supplier without the official-channel premium and is the practical choice for most P38 service and refresh work, especially on a 25-year-old vehicle out of warranty. Aftermarket is supplier-produced and price-led, suitable for cooling, brake-wear, and other consumable categories on high-mileage P38s where Genuine supply is thinning. Full tier definitions are on the Range Rover parts collection.
EU Stock and DispatchP38 inventory sits at the Budget Parts warehouse in The Hague and ships across the European Union, with VAT applied correctly at checkout for EU delivery countries. Deliveries to Norway, Switzerland, Iceland, and the UK are routine alongside EU member states. EU VAT-registered businesses can apply for reverse-charge invoicing through the trade portal.
Active P38 buyer profiles include daily-driver owners refreshing aging service items, restorers returning vehicles to factory specification, and Land Rover workshops servicing the surviving EU fleet. The wholesale account supports all three with trade pricing, kit-build assistance for multi-vehicle restoration runs, account credit terms, and a direct line to the Budget Parts technical team for VIN-by-VIN fitment work.
Neighbouring Range Rover collections: Range Rover Classic parts (the P38's predecessor) and Range Rover L322 parts (the successor). The cross-family hub is the Range Rover parts collection.
Technical GuidesThe following guide covers a diagnostic process directly relevant to Range Rover P38 owners and workshops, particularly for the cooling system faults that are common on the Rover V8 and BMW M51 at high mileage.
Covers the correct diagnostic sequence for overheating faults on Range Rover and Land Rover models, including how to identify whether the cause is the thermostat, radiator, expansion tank cap, water pump, or head gasket before ordering parts. Applicable to both the Rover V8 petrol variants (GEMS and Thor) and the BMW M51 diesel in the P38.
Range Rover P38 overheating diagnosis →Clutch fault diagnosis for manual-gearbox Land Rover and Range Rover models, relevant to P38 owners running the R380 five-speed manual gearbox (fitted to 4.0 V8 and 2.5 diesel manual variants). Covers bite point assessment, hydraulic circuit checks, and clutch master / slave cylinder identification before replacement.
Range Rover P38 clutch diagnosis →This collection covers parts for the Range Rover P38, produced from September 1994 to 2002. It does not include parts for the Range Rover Classic (1970-1996), which preceded it, or the Range Rover L322 (2002-2012), which succeeded it. The P38 is the second-generation Range Rover and shares no platform or engine architecture with either neighbour generation. If you are unsure which generation your vehicle belongs to, the VIN — located on the driver's-side door pillar plate and visible through the windscreen at the top of the dashboard — can confirm the model year and build specification.
The P38 was available with three engines: the 4.0 litre Rover V8, the 4.6 litre Rover V8, and the 2.5 litre BMW M51 turbo diesel (paired with a Mitsubishi TD04 turbocharger). The engine variant is encoded in your 17-digit VIN and is also visible on the engine identification plate. This matters for parts selection because the transmission options, engine management sensors, injectors, exhaust manifolds, and cooling components differ between variants. The 4.0 V8 and 2.5 diesel were available with either the ZF 4HP22 automatic or the R380 five-speed manual; the 4.6 V8 was fitted exclusively with the ZF 4HP24 automatic.
P38 petrol engines built from September 1994 to 1998 use the Lucas GEMS engine management system. From the 1999 model year onwards, petrol engines moved to the Bosch Motronic system, branded internally by Land Rover as the "Thor" engine. The Thor engine has a redesigned cross-bolted intake manifold, different injector spacing, a relocated knock sensor, and a different ECU and harness. Engine management sensors, injectors, ignition coils, and the intake plenum are not interchangeable between GEMS and Thor. The 1998 to 1999 model year boundary is the cleanest split. The BMW M51 diesel is unaffected by this change — diesel engine management remained constant across the full production run.
The P38 carries several proprietary systems that are not accessible through a standard OBD2 reader. EAS air suspension faults, BeCM (Body Electrical Control Module) faults, and BorgWarner 4462 transfer-box faults all require Land Rover-specific diagnostic equipment to read codes and reset adaptations. Compatible tools include the original Land Rover TestBook (legacy), the later Hawkeye / IID handhelds, and EAS-Unlock kits for EAS-specific work. Generic OBD2 readers will pull engine codes from Thor-era vehicles (1999 onwards support partial EOBD) but will not address EAS, BeCM, or transfer-box adaptations. When ordering electrical or EAS parts, recording the fault code from a compatible Land Rover tool is the most reliable way to identify the correct replacement component.
EAS stands for Electronic Air Suspension. It is the air suspension system fitted as standard to all P38 variants. The system uses an air compressor (mounted under the right-hand front wing or the boot floor depending on production year), four air springs, height sensors at each wheel, an EAS valve block, and a dedicated suspension ECU. EAS faults — including compressor wear, valve block leaks, and air spring deterioration — are the most commonly reported P38 service issue and a primary focus of restoration parts ordering. All major EAS components are stocked in this collection in Genuine, OEM, and aftermarket grades.
Most P38 restorations begin with three system assessments: EAS condition (often deferred maintenance for years on second-hand vehicles), BeCM and central-locking circuit integrity, and engine cooling system condition (particularly for high-mileage Rover V8s where the inlet manifold gasket and water pump are common fault points). Once those three systems are stabilised, body restoration and trim refresh follow. Budget Parts stocks parts across all four phases, including period-correct trim for concours-grade work, OEM-spec mechanical components, and full EAS kits for system overhaul. Workshops running multiple P38 restoration projects can register for the trade account, which provides kit-build support, account-based credit, and direct technical-team access for VIN-level fitment confirmation.
Yes. BeCM-related components (door lock actuators, BeCM connectors, lock and central-locking parts, key fob components, and BeCM service repair items) and EAS components (compressor units including replacement Hitachi/AMK alternatives, valve blocks, air springs, height sensors, EAS ECU and wiring) are stocked in this collection across all three quality tiers. Both system families are recognised as the highest-anxiety supply categories for P38 owners; Budget Parts maintains continuing EU stock specifically to support P38 service and restoration work. If you cannot find a specific BeCM or EAS part on the collection, contact the Budget Parts team with your VIN — sourcing individual items by request is available for both systems.