Workshop Manuals Factory service & repair Land Rover
01 Engine - Td402 Engine - K Series 1.803 Engine - K Series KV604 Emission control - Td405 Emission control - K Series 1.806 Emission control - K Series KV607 Engine management system - EDC08 Engine management system - MEMS09 Engine management system - siemens (all except NAS)10 Engine management system11 Fuel delivery system - Td412 Fuel delivery system - K Series 1.813 Fuel delivery system - K Series KV614 Cooling system - Td415 Cooling system - K Series 1.816 Cooling system - K Series KV617 Manifold and exhaust system - Td418 Manifold and exhaust system - K Series 1.819 Manifold and exhaust system - K Series KV620 Clutch21 Manual gearbox - Getrag22 Intermediate reduction drive23 Automatic gearbox - Jatco24 Driveshafts25 Rear axle and final drive26 Steering27 Front suspension28 Rear suspension29 Brakes30 Restraint systems31 Heating and ventilation32 Air conditioning33 Wipers and washers34 Control units35 Communication data buses36 Security37 Windows38 Navigation system39 Instruments
Land Rover Freelander System Description and Operation (UK)25 · Rear axle and final drive
25 · Transmission

Rear axle and final drive (Description): Description and operation

Make
Land Rover
Model
Freelander System Description and Operation (UK)
Section
Description and operation › Description
Rear axle and final driveDescription

Description

Rear Differential

The rear differential assembly serves to convert the "angle of drive" through 90° and distribute drive, in the desired proportions, to both rear wheels. The type of rear differential fitted is an integral carrier housing hypoid-gear in which the centre line of the drive pinion is mounted below the centre line of the ring gear. To minimise weight, the differential housing is manufactured in aluminium alloy. The assembly is secured to the rear subframe by three rubber bushed mountings.

The differential housing incorporates the drive pinion gear shaft, which is supported by two opposed taper roller bearings fitted to the pinion and cups assembled into the carrier housing. The pinion bearing pre-load is controlled by a collapsible spacer and the torque of the pinion nut. The pinion position is controlled by a selective shim located between the inner pinion bearing cone and the pinion gear head.

The differential assembly is supported by two opposed taper roller bearings. The bearing cups are secured in the housing by removable bearing caps. Shims are located between the differential bearing cones and differential case for controlling differential bearing pre-load and ring gear to pinion gear backlash.

The differential casing rear cover is manufactured from pressed steel and is sealed to the casing with RTV silicone sealant. The cover also incorporates the oil filler plug. A breather is located in the top of the differential casing to prevent pressurisation of the casing.

The pinion oil seal, which is fitted in the differential casing, is referred to as a "labyrinth" type seal and is especially designed to prevent contaminant ingress. The oil seal works in conjunction with a pressed steel shield, referred to as a "flinger" which is pressed on to the pinion drive flange. The two drive shafts are also sealed by "labyrinth" type oil seals fitted in the differential housing.

The differential oil level should be maintained to the bottom of the filler plug. No oil changes are specified.

Parts & tools for this job For Land Rover Freelander

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