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Parts for the full Land Rover Series family, produced from 1948 to 1985. This collection covers Series I, Series II, Series IIA, and Series III in both short wheelbase and long wheelbase configurations. Select your generation below to find correctly fitted components for your vehicle.
Oil Filter for Land Rover petrol and diesel engines, part of the engine lubrication circuit. This screw-on canister filter threads onto the filter...
View full detailsNyloc Nut with a 3/8" UNF thread, used to secure propshaft flange bolts. A nylon insert set into the crown of the nut deforms over the bolt thread...
View full detailsClutch Release Bearing installed within the Clutch & Flywheel Assembly, operating between the clutch release fork and the clutch cover diaphrag...
View full detailsFront cover oil seal
Hylomar Hylosil 100 is a neutral-curing RTV silicone sealant for gasketing, sealing and bonding in automotive and engineering applications. It cure...
View full detailsStop/Tail Light Bulb - 12V 5/21W (trade reference 380) for rear lamp assemblies. This dual-filament bayonet bulb (BAY15d base) provides 5W tail li...
View full detailsNyloc Nut with a 3/8" UNF thread and a 12 mm across-flats hex, in the full-height (thick) form. A nylon insert set into the crown of the nut defor...
View full detailsGasket and Seal Kit for the LT230 transfer box, supplying the gaskets and seals needed to reseal the casing on overhaul. Used when the transfer bo...
View full detailsHylomar Universal Blue is a non-setting gasket jointing compound for use on gaskets and machined metal joint faces in automotive and engineering ap...
View full detailsInlet Manifold Gasket for the V8 petrol engine, forming the seal between the central inlet manifold casting and the cylinder head intake faces. It...
View full detailsReverse Lamp Bulb - a 21W 12V single-filament incandescent bulb (type P21W) with a BA15s single-contact bayonet cap, fitted to the rear lamp assemb...
View full detailsSplit Pin locks a castellated (slotted) nut in place, passing through the nut slots and a cross-drilled hole in the shaft to stop the nut working l...
View full detailsUniversal Joint for the propshaft, transmitting rotational drive between shaft sections while accommodating the angular movement of the driveline. ...
View full detailsDifferential Carrier Gasket for the Rover-type axle assembly. The gasket seals the differential carrier housing against the axle casing at the cen...
View full detailsCopper Sealing Washer used across a wide range of sealing applications on Land Rover vehicles. This soft copper washer provides a reliable, leak-f...
View full detailsGear Oil - EP80W90 extreme-pressure gear lubricant for manual gearboxes, transfer cases, and axle drives. The EP80W90 grade combines extreme-press...
View full detailsCuNiFer Brake Pipe, 3/16" outer diameter, supplied for the brake hydraulic circuit. The copper-nickel alloy resists corrosion and is soft enough to...
View full detailsInlet Manifold Seal for the V8 petrol induction system, straight pattern. The seal closes the joint between the underside of the inlet manifold an...
View full detailsNut - M6 is a plain M6 hexagonal nut used as a general-purpose threaded fastener throughout the chassis, body and mechanical assemblies. It tighte...
View full detailsCrankshaft Oil Seal - Rear seals the rear of the crankshaft where it leaves the cylinder block at the flywheel end, retaining oil within the bottom...
View full detailsBrake Pipe Union - a male tube-nut fitting that secures a flared 3/16" (4.75mm) hydraulic pipe end into a female union, T-piece or cylinder port. ...
View full detailsTaper Roller Bearing - Diff Pinion - Outer is the outer pinion bearing in the differential final drive assembly, supporting the pinion shaft where ...
View full detailsBrake Pipe Union - a female union fitting for 3/16" (4.75mm) hydraulic brake pipe, with an M10 x 1mm thread. Machined from brass, it threads onto ...
View full detailsFlange Head Screw, metric M6 x 20 mm. The integral flange beneath the hex head spreads the clamping load over a wider area and helps resist looseni...
View full detailsPropshaft Bolt Kit - Rear is a driveline fixing set for securing the rear propeller shaft at its flange connections. The kit provides the correct-...
View full detailsNyloc Nut with an M16 thread - a nylon-insert locking nut used on heavily loaded suspension and driveline fixings. A nylon collar set into the top...
View full detailsSplit Pin Assortment A 280-piece assortment of split pins (cotter pins) in a range of sizes, supplied as a workshop set. Split pins secure castell...
View full detailsBall Bearing for the transfer box, supporting the output shaft and its output flange. Fitted in the LT230 and NV225 transfer boxes, the bearing lo...
View full detailsSelf-Tapping Screw – No. 8 × 1/2 in is a general-purpose fastener used across body, trim and electrical fixings, such as lamp guards, wheelguards, ...
View full detailsDifferential Pinion Inner Taper Roller Bearing used in the differential pinion shaft assembly within the axle final drive. The bearing supports th...
View full detailsBulb rated 12V 10W with a BA15S bayonet cap. A single-contact bayonet-fitting (BA15S) bulb for 12-volt circuits. The single-contact cap suits sing...
View full detailsBrake Cleaner & Degreaser - an acetone-free aerosol solvent cleaner for brake components and general parts cleaning. It removes dirt, grease, ...
View full detailsOil seal
Washer used at multiple points within the manual gearbox assembly, including the main casing, extension housing, oil pump and speedometer drive hou...
View full detailsSplit Pin - a 1.5mm x 12mm cotter pin used to lock a slotted (castle) nut or to retain a clevis pin. Passed through a drilled cross-hole in the sh...
View full detailsSpring Washer - M10 single-coil spring lock washer. Fitted beneath a nut or bolt head, the split single-coil section bears against the fastener to...
View full detailsDifferential Thrust Washer for the LT230 transfer box centre differential. It bears against the differential gears within the centre differential,...
View full detailsHydraulic Tappet fitted within the V8 petrol engine valve train, where it maintains zero valve clearance automatically. Engine oil pressure fills ...
View full detailsDifferential Pinion Bearing Spacer used in the axle differential assembly across a broad range of Land Rover models from 1965 onwards. This spacer...
View full detailsSpring Washer, M8, a split ring washer used with M8 bolts and nuts to prevent fastener loosening caused by vibration and cyclical loading. The spl...
View full detailsClutch Slave Cylinder Bleed Screw for the hydraulic clutch release circuit. It threads into the clutch slave cylinder, at the highest point of the ...
View full detailsTow Ball 50mm flange-fixing tow ball for use with a bolt-on tow bar drop plate. Rated for a maximum gross trailer weight of 3.5 tonnes, with a D-v...
View full detailsWasher is a plain flat washer used as a general-purpose load-spreading fastening component, with a 6 mm internal diameter and a 15 mm outside diame...
View full detailsBearing used across several Land Rover drivetrain assemblies: the LT230 transfer box, where it supports the high and low range gear; the LT95 gearb...
View full detailsCup Plug (core plug) for the front face of the Rover V8 cylinder head. This pressed-steel cup plug seals the front casting gallery in the Rover 3....
View full detailsHex Nut - M8 is a standard six-sided metric threaded fastener with an 8 mm nominal thread diameter. It threads onto a matching M8 bolt or stud to ...
View full detailsStarter Motor for V8 petrol engines, operating within the engine electrical starting system. The solenoid-actuated pinion engages the flywheel rin...
View full detailsPush Rod - a valvetrain component in the overhead-valve layout of the Rover V8 engine. It sits between the camshaft-driven tappet and the rocker a...
View full detailsParts for the full Land Rover Series family, produced from 1948 to 1985. This collection covers Series I, Series II, Series IIA, and Series III in both short wheelbase and long wheelbase configurations. Select your generation below to find correctly fitted components for your vehicle.
80, 86, 88 and 107-inch wheelbase variants. 1.6-litre and 2.0-litre petrol, 2.0-litre diesel from 1957.
Land Rover Series I parts (1948 to 1958) →88-inch SWB and 109-inch LWB. 2.25-litre petrol and diesel, 2.6-litre straight-six and 3.5-litre V8 in select variants.
Land Rover Series II, IIA and III parts (1958 to 1985) →The Land Rover Series family spans four distinct generations produced across 37 years. Series I ran from 1948 to 1958, Series II from 1958 to 1961, Series IIA from 1961 to 1971, and Series III from 1971 to 1985. Each generation used a body-on-frame ladder chassis with selectable four-wheel drive, a two-speed transfer gearbox, and a four-speed manual main gearbox. Wheelbase options were 88 inches (short wheelbase) and 109 inches (long wheelbase) from Series II onward. Series I used wheelbase options of 80, 86, 88, and 107 inches across its production run.
Parts compatibility is not uniform across the family. Some components, particularly engine internals for the 2.25-litre petrol and diesel units, carry across from Series IIA through Series III. Others, including body panels, wiring looms, and axle components, are generation or wheelbase specific. Selecting the correct child collection for your vehicle is the most reliable way to find the right parts.
Browse by generation:
If you are unsure which generation you have, use the vehicle commission number to identify your build date and sub-series before selecting parts.
The Land Rover Heritage Trust holds production records and commission number data for the Series family and is a reliable resource for vehicle identification.
This collection covers components across all major categories for the Series family. The heaviest demand comes from engine and gasket components, suspension and steering parts, body and chassis hardware, electrical and wiring items, and service and maintenance consumables.
Common restoration categories include engine rebuild components (gaskets, seals, bearings, timing parts), swivel housing and axle parts, wiring looms and electrical connectors, body panels and bulkhead sections, brake system components, and clutch and drivetrain parts.
For cross-category browsing by component type, the following category collections carry Series-compatible stock alongside parts for other Land Rover models:
Use the Model filter available on category collection pages to narrow results to Series I or Series 2 and 3 fitment where supported.
Buying GuideThe product grid offers three quality tiers: Genuine, OEM, and Aftermarket.
Genuine parts carry the original Land Rover part number and were manufactured by or for Land Rover. For Series vehicles, genuine Land Rover stock is limited for many components due to the age of the range. Where genuine parts are available, they are listed as Genuine.
OEM parts are manufactured to the same specification as the original part, often by the same supplier that produced the original component, but are sold outside the main brand distribution channel. For Series vehicles, OEM-specification parts are a reliable and widely used choice for mechanical rebuilds.
Aftermarket parts are independently manufactured to a compatible specification. Quality varies by product, and each listing on this site identifies the quality tier clearly. For consumable and body hardware categories on Series vehicles, quality aftermarket parts are the standard choice used by workshops across Europe.
Trade BuyersTrade customers running a workshop or managing multiple Series vehicles can access volume pricing through a Budget Parts trade account. Trade accounts include correct EU VAT invoicing, consolidated order options, and direct contact with the sourcing team for unlisted parts.
If a component is not currently visible in the catalogue, the sourcing team works directly with UK and EU suppliers to locate it. Contact the team with your commission number and part requirement.
Vehicle IdentificationSeries Land Rovers do not carry a modern 17-digit VIN. Each vehicle has a Commission Number on a bulkhead plate that encodes the generation, engine type, wheelbase and build date. Since the identification process and the records you cross-reference against differ between the four generations, the detailed Commission Number guidance lives on the two child collections, scoped to the vehicles each one covers.
For Series I (1948 to 1958), see the Series 1 collection. For Series II, IIA and III (1958 to 1985), see the Series 2 and 3 collection. Both pages cover where the plate sits on each generation, what the encoding tells you, and what to do if the plate is missing. If you have your Commission Number to hand and want fitment confirmed before ordering, contact Budget Parts directly.
Background ReadingFor deeper engineering and restoration context beyond the scope of this hub page, the following long-form guides cover each generation in detail. They are reference reading rather than navigation; the two child collections above are the route to parts.
A detailed reference covering Series I engine variants (1.6-litre and 2.0-litre petrol, 2.0-litre diesel), chassis design, wheelbase evolution, and the critical parts considerations for accurate restoration. Relevant for anyone sourcing components for a Series I vehicle or confirming specifications before ordering.
Series I engine and restoration guide →Covers the engineering and production history of Series II, IIA, and III models, including key differences between generations, engine fitment across sub-variants, and why certain parts are interchangeable while others are not. Useful background before selecting parts from the Series 2 and 3 collection.
Series II, IIA and III restoration guide →These are four successive generations of the same utility vehicle family, each sharing the core body-on-frame architecture but differing in engine, bodywork, and specification. Series I ran from 1948 to 1958 and used a 1.6-litre then 2.0-litre petrol engine, with a diesel option from 1957. Series II ran from 1958 to 1961 and introduced a revised body style. Series IIA ran from 1961 to 1971 and is the highest-volume production variant, available with 2.25-litre petrol and diesel engines and, in certain long wheelbase models, a 2.6-litre straight-six. Series III ran from 1971 to 1985 and brought minor updates including a revised instrument panel and an optional 3.5-litre V8 in select variants. Understanding which generation you have is the essential first step in selecting the correct parts.
Some parts are shared across Series IIA and Series III, particularly engine internals for the 2.25-litre petrol and diesel units, and certain axle and drivetrain components. However, body panels, wiring configurations, and some suspension components differ between generations. Parts shared across Series II and Series IIA are sometimes also different from early and late Series III specifications. The safest approach is to confirm fitment by generation and wheelbase before ordering, and to use the Series 2 and 3 parts collection for those specific generations.
Yes, significantly. Series I vehicles used different wheelbase dimensions (80, 86, 88, and 107 inches depending on year), different body construction details, and earlier engine specifications including the 1.6-litre petrol and the pre-2.25-litre 2.0-litre units. Many body, chassis, and mechanical components are unique to the Series I and do not carry across to Series II or later. The Series 1 parts collection is dedicated to this generation.
Start by identifying which generation your vehicle is. Series I (1948 to 1958) parts are unique to that generation in body, chassis and engine, and live in the Series 1 collection. Series II (1958 to 1961), Series IIA (1961 to 1971) and Series III (1971 to 1985) share considerable parts overlap and are grouped together in the Series 2 and 3 collection. If you are not sure which generation you have, the Commission Number on the bulkhead plate will tell you, and the child collections cover identification in more detail. Use the generation grid above to navigate to the correct collection for your vehicle.
Yes. The Series Land Rover aftermarket is one of the most active classic vehicle parts ecosystems in Europe. New replacement parts are produced for all four generations across the major categories: engine internals for the 2.25-litre petrol and diesel and the 2.0-litre Series I engines, body panels and chassis sections, electrical and wiring components, brake and suspension parts, and full restoration hardware. Genuine Land Rover stock is limited for parts of this age, but OEM-specification parts and quality aftermarket equivalents cover the majority of components in active demand. Specialist UK and EU manufacturers continue to remanufacture Series-specific items, and Budget Parts sources from this network for items not held in catalogue stock.
Start with three steps. First, identify your generation precisely (Series I, II, IIA or III) and your wheelbase, because every parts decision flows from those two facts. Second, work through a baseline service of consumables and wear items: brakes, fluids, filters, ignition components on petrol engines, glow plugs and fuel filters on diesels. Third, plan ahead for the higher-cost restoration items that often surface on Series vehicles after a few months of use, such as bulkhead repair sections, chassis outriggers, swivel housings and gearbox components. The two child collections (Series 1, and Series 2 and 3) hold the parts. The Series I and Series II/IIA/III restoration guides linked below cover the engineering background, common faults and parts priorities for each generation in more depth.