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Gearbox and transfer box parts for Land Rover and Range Rover, covering ZF automatic units, manual gearboxes, transfer cases, and the seals, bearings, and fluids that keep them running. Stocked across our Dutch warehouse network for EU dispatch, with brands including SKF, Corteco, and Timken.
Output Shaft Oil Seal seals the front or rear output shaft of the LT76 transfer gearbox, retaining lubricant within the transfer case and preventin...
View full detailsOil Filler Plug serving as the combined fill and level check point for the swivel pin housing, manual gearbox gearcase, and LT230 transfer box on L...
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 detailsSpeedometer Cable Plate Screw secures the speedometer cable retaining plate to the gearbox. It clamps the plate that holds the speedometer drive c...
View full detailsGearbox Mainshaft Oil Seal for the rear of the manual gearbox, sealing the mainshaft where it passes through the rear of the mainshaft-and-gears se...
View full detailsReverse Gear Selector Detent Spring for the manual gearbox selector mechanism. The spring loads the detent ball against the reverse selector shaft...
View full detailsLocking plate
Ball 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 detailsJoint Washer for the gearbox output shaft housing. This gasket seals the mating face between the output shaft housing and the gearbox casing, prev...
View full detailsGear Lever Locating Pin locates and retains the main gear lever within the manual gearbox. It holds the lever against its pivot so that shift move...
View full detailsFlywheel Housing Stud secures the flywheel housing to the rear of the cylinder block on the 2.0L petrol engine. The stud provides a threaded fixin...
View full detailsSelector Detent Spring is part of the gearbox gear-selection detent for the forward-gear selector shafts (1st/2nd and 3rd/4th). It loads the deten...
View full detailsSteel ball 1/4"
In/out member spring
Transfer Box Output Mud Shield Shield that fits over the transfer box output flange to protect the output shaft oil seal from mud, water and debris...
View full detailsCollar Bush for the four-wheel-drive selector mechanism in the two-speed transfer box. It seats on the high-range 4WD selector rod, locating the s...
View full detailsBronze Distance Piece Mainshaft 1954-71
Thrust Washer for the 2nd gear assembly within the manual gearbox. Fitted to the mainshaft to control the end float of 2nd gear, the washer is sel...
View full detailsThrust Washer for the gearbox mainshaft, 0.128" thick. This is a selective-thickness thrust washer used to set mainshaft end-float during gearbox ...
View full detailsCirclip An external retaining circlip for the gearbox primary pinion shaft. It seats in a machined groove on the shaft to retain the primary pinio...
View full detailsReverse Selector Fork for the gear selection mechanism in the Series-type manual gearbox (LT76), suffix B onwards. Mounted on the selector shaft, ...
View full detailsOutput Shaft Bearing for the LT76 gearbox, a taper roller bearing that supports the rear output shaft. It locates the output shaft within the gear...
View full detailsGearbox Thrust Washer
Thrust Washer - Mainshaft - 0.130 Inch is a gearbox internal component positioned at the 3rd gear location on the mainshaft in the Series 1, Series...
View full detailsOverdrive Needle Bearing for the front of the mainshaft in a Fairey overdrive unit. The bearing supports the overdrive clutch sleeve on the mainsh...
View full detailsTransfer Box to Gearbox Mounting Stud, 2" length, used to fasten the transfer case to the rear of the main gearbox casing. This stud forms part of...
View full detailsScrew - 2BA x 1" is a round head screw in British Association (BA) thread form, 2BA size, 1 inch in length. Used throughout the Series Land Rover ...
View full detailsDistance Piece for the LT76 gearbox mainshaft. This spacer maintains the correct axial position of components along the mainshaft within the LT76 ...
View full detailsOutput Shaft Bearing for the LT76 gearbox, a taper roller bearing that supports the rear output shaft. It locates the output shaft within the gear...
View full detailsMainshaft Thrust Washer - 2nd Gear (0.125") is a selective shim located within the Series gearbox, fitted to control axial play on the second gear ...
View full detailsTransfer Box Gear Set - High Ratio is a gear set for the two-speed transfer box that raises the high-range gearing. By raising the high-range rati...
View full detailsTransfer Case Intermediate Gear with a 44/22 tooth configuration, operating within the transfer box gear train. The intermediate gear meshes with ...
View full detailsSelector Shaft for the Series I, II, IIA, and III transfer case. This shaft is part of the transfer case gear-selection mechanism, transmitting th...
View full detailsLocking Dog for the Series I, II, IIA, and III transfer box. This component forms the female half of the dog clutch on the transfer box front outp...
View full detailsLayshaft Bearing for the Series manual gearbox. It supports the layshaft (countershaft) within the gearbox casing, allowing the constant-mesh gear ...
View full detailsBush
Four-Wheel Drive Selector Lever Bush for the transfer box gearchange linkage. The bush locates the four-wheel-drive selector lever at its pivot, t...
View full detailsGearbox Dowel is a precision locating pin used within the Series Land Rover gearbox assembly. It ensures correct alignment between gearbox casings ...
View full detailsCirclip - Rear Mainshaft Bearing for the Series Land Rover gearbox. This circlip retains the rear mainshaft bearing within the gearbox casing, pre...
View full detailsPlunger for the transfer box selector mechanism. Locates within the transfer selector assembly to provide positive engagement and detenting of tra...
View full detailsMudshield Output Shaft
Category Overview
Every Land Rover and Range Rover uses a two-part driveline: a main gearbox that handles gear ratios and torque delivery, and a transfer box that splits drive between the front and rear axles for the brand's 4x4 traction. Both are serviceable assemblies and both are made up of parts that wear, leak, or fail individually long before the unit itself needs replacing. This collection covers the seals, bearings, synchros, gaskets, fluids, and rebuild components for the gearboxes and transfer cases fitted across the Defender, Discovery, Range Rover, Freelander, and Series ranges.
For most owners the right approach is component replacement, not unit replacement. A leaking output seal, a worn bearing, or contaminated fluid are repairable faults. Knowing which fault you have, and which part fits your specific gearbox or transfer case, is the difference between a straightforward fix and an expensive misdiagnosis.
ZF Automatic GearboxesModern Land Rover and Range Rover models run almost exclusively on ZF automatic transmissions. The ZF 6HP26 sits in the Range Rover L322, Range Rover Sport L320, and Discovery 3 and 4. The ZF 8HP series followed it across the Range Rover L405, Range Rover Sport L494, Range Rover L460, Range Rover Sport L461, and Discovery 5.
These gearboxes are precision hydraulic-mechatronic units. The valve body, torque converter, and electronic control module are the most common failure points, usually triggered by degraded fluid rather than mechanical wear. Symptoms such as delayed engagement, gear hunting, or harsh shifting on a warm gearbox typically point to valve body or fluid condition, not to a failing transmission.
For service work on these units, ZF specifies ZF Lifeguard Fluid 6 (6HP series) or ZF Lifeguard Fluid 8 (8HP series). The two fluids are not interchangeable. ZF's official position on 8HP service intervals is "fill for life", but independent transmission specialists across Europe recommend a precautionary fluid and pan-filter service at around 80,000 to 120,000 km on vehicles used for towing, urban driving, or high-mileage motorway work. For the technical detail on fluid specifications and service requirements, ZF Aftermarket publishes its own transmission oil reference guide.
Confirm the ZF gearbox code on your vehicle before ordering fluid or service kits. ZF Lifeguard Fluid 6 and Lifeguard Fluid 8 are different specifications, and using the wrong grade is the most common cause of valve body wear after a DIY service.
Manual gearboxes are less common on current production but are still the dominant powertrain across the Classic Defender, early Discovery, Freelander 1, and the Series range. The R380 was the long-running five-speed unit fitted to the Discovery 1 (post-200Tdi production), Discovery 2, and Classic Defender from the 300Tdi through to early Td5. The MT82 six-speed replaced it on the Defender 2.4 and 2.2 TDCi Puma. Earlier production used the LT77 (Discovery 1 200Tdi era) and the LT76 and LT95 on Series 2/3 vehicles.
These units fail in predictable ways. Synchroniser rings on second and third gear wear first. Input shaft and lay shaft bearings degrade with age and oil contamination. Selector linkages and detent springs cause the symptoms most often misdiagnosed as a gearbox fault. Reverse idler gear chatter is common on R380 units past 240,000 km.
For most manual-gearbox owners, parts-level repair is straightforward and rebuild kits are available for the R380, LT77, and MT82. Specific Freelander 1 parts (IB5 manual) sit under the Freelander 1 collection. Series 2/3 gearbox parts have their own fitment requirements covered under the Series 2 and 3 collection.
Transfer BoxesThe transfer box carries as much load as the gearbox and is often the part that goes ignored until it fails. The LT230 is the dominant transfer case across the Classic Defender, Discovery 1, Discovery 2, Range Rover Classic, and P38. It uses gear-drive between input and output shafts and a chain-drive system to the front output. The Discovery 3 and Discovery 4 use a chain-drive Magna Steyr unit with an electronic shift system. Modern Range Rover and Range Rover Sport models on the L405, L494, L460, and L461 platforms use a ZF-integrated transfer case as part of the transmission assembly.
Common failures are output shaft seal leaks, chain stretch on chain-drive units (Magna Steyr and modern ZF), viscous coupling failure on units fitted to early Discovery 2 and Range Rover P38, and selector motor failure on electronic-shift cases.
Transfer box fluid is not the same specification as gearbox fluid on most Land Rover and Range Rover units. The LT230 takes EP90 (or the Land Rover-specified MTF94 on later units), and the Magna Steyr unit on Discovery 3 and 4 takes a specific ATF spec. Confirm before ordering.
Most gearbox parts returns are caused by ordering errors at the buying stage rather than parts faults. The following are the most common we see across the Land Rover and Range Rover range.
For parts that overlap with the clutch system on manual gearboxes, see the Land Rover clutch parts collection. For driveline parts forward and aft of the gearbox, see the driveshaft and propshaft parts collection.
Technical GuidesIn-depth diagnostic and component guides for the gearbox-adjacent failure modes that come up most often on Land Rover and Range Rover models.
Technical breakdown of the L494's 3.0 TDV6 timing chain issues, air suspension faults, and ZF 8HP wear patterns. Covers what fails, why it fails, and which parts the workshop will need.
Range Rover Sport L494 ZF 8HP guideHow to tell drivetrain noise apart from gearbox or transfer box noise, and which parts to inspect before ordering. Covers Discovery 4, Freelander 2, and Series 3 driveline symptoms.
Land Rover driveline diagnosis guideClutch faults are routinely misdiagnosed as gearbox faults due to overlapping symptoms. This guide explains how to identify the real fault before replacing parts.
Land Rover clutch diagnosis guideThe gearbox controls gear ratios and torque delivery from the engine; the transfer box splits drive between the front and rear axles for 4x4 traction and also provides the low-range gearing on Defender and Discovery models. Both are serviceable assemblies and both fail in distinct ways. Drivetrain symptoms can come from either, which is why most Land Rover gearbox parts returns are caused by mis-diagnosis rather than mis-fit.
ZF 6HP26 transmissions (fitted to Range Rover L322, Range Rover Sport L320, Discovery 3, and Discovery 4) take ZF Lifeguard Fluid 6. ZF 8HP transmissions (fitted to Range Rover L405, L460, Range Rover Sport L494 and L461, and Discovery 5) take ZF Lifeguard Fluid 8. The two fluids are not interchangeable. Confirm the gearbox code stamped on the casing before ordering.
ZF's official position on the 8HP series is fill-for-life. In practice, independent transmission specialists across Europe recommend a precautionary fluid and pan-filter service at around 80,000 to 120,000 km, particularly on vehicles used for towing, frequent urban driving, or high-mileage motorway work. The 6HP26 typically receives a service interval at 90,000 km. Manual gearboxes (R380, MT82, LT77) take a gear oil change at approximately 60,000 km.
The LT230, fitted to the Classic Defender, Discovery 1, Discovery 2, Range Rover Classic, and Range Rover P38, fails in three main ways: output shaft seal leaks (often caused by flange wear behind the seal), input gear bearing wear, and selector linkage faults that mimic gearbox symptoms. Most LT230 issues are repairable with component-level parts rather than a full transfer case replacement.
The R380 five-speed manual was fitted to the Discovery 1 (post-200Tdi), Discovery 2, and Classic Defender from the 300Tdi era through to early Td5 production. The LT77 preceded the R380 on the Discovery 1 200Tdi. The MT82 six-speed replaced the R380 on the Defender 2.4 and 2.2 TDCi Puma. Rebuild kits and individual components for all three are stocked in this collection.
Yes. Most Land Rover transmission service jobs touch both units, particularly fluid changes, seal replacements, and bearing kits. Ordering both at the same time reduces vehicle downtime and is the most common workshop order pattern.