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Land Rover Range Rover 2000 2001 Owners Handbook 2nd Edition Aus Rover
Land Rover Range Rover 2000 2001 Owners Handbook 2nd Edition Aus Rover
Here you can view all the pages of manual Land Rover Range Rover 2000 2001 Owners Handbook 2nd Edition Aus Rover. The Land Rover manuals for Automobile are available online for free. You can easily download all the documents as PDF.
Page 101
Fuel 98 SAFETY ON THE FORECOURT Petroleum gases are highly inflammable and, in confined spaces, are also extremely explosive. Always take sensible precautions when refuelling: Switch off the engine. Do not smoke or use a naked flame or light. Do not overfill the tank. INERTIA SWITCH For information about the operation of the inertia switch (see’Locks & alarm’). H3568 FUEL FILLER FLAP EMERGENCY RELEASE Open the tailgate and remove the access panel behind the right hand rear lamp cluster. Release the...
Page 102
Automatic transmission 99 AUTOMATIC TRANSMISSION Your vehicle is equipped with an’H-gate’gear selector mechanism. This combines the operating mechanism of both the main gearbox and the transfer gears, and enables the gear selector positions for both the high and low gear ranges to be located side by side. Gear selector lever Move the selector lever forward or back along the driver’s side of the’H’to select the high range of gears. Similarly, by moving the lever to the passenger side, the low range can...
Page 103
Automatic transmission 100 LOW RANGE GEARS ONLY use low range gears in a situation where low speed manoeuvring is necessary, such as reversing a trailer or negotiating a boulder strewn river bed; also use low range for more extreme off-road conditions where progress in high range cannot be maintained. When low range is selected, the message centre displays’LOW’momentarily, and then ’L’is displayed along with the relevant gear selected (eg.’L2’). High/low range change warning An audible warning will sound...
Page 104
Automatic transmission 101 Selector lever positions (high range) ’P’Park In this position the transmission is locked to prevent the vehicle from rolling away. Select ONLY with the vehicle stationary. ’R’Reverse Select ONLY when the vehicle is stationary. ’N’Neutral Use this position when the vehicle is stationary and the engine is to idle for a short period (eg. at traffic lights). ’D’Drive In high range, select’D’for all normal driving on good road surfaces; fully automatic gear changing occurs on all...
Page 105
Automatic transmission 102 Gear changing in high range The road speeds at which gear changes take place vary according to the position of the accelerator; minimum acceleration will result in gear changes at low road speeds, while greater throttle openings will cause the gearbox to delay gear changes until faster road speeds have been reached (thereby increasing acceleration). With practice, gear changes can be made to occur at a wide range of different road speeds depending on accelerator pedal...
Page 106
Automatic transmission 103 ’Manual’mode Press the mode switch whilst the gearbox is in Low range to select’Manual’mode; this enables the transmission to function as a manual gearbox, providing maximum vehicle control and engine braking - ideal for use in severe off-road conditions (the message centre displays’LM’along with the selected gear, eg.’LM3’). NOTE:Changing from High to Low range (or vice versa) will automatically cancel’Sport’or ’Manual’mode. Towing for recovery If it is necessary for the...
Page 107
Braking systems 104 FOOT BRAKE As a safety precaution, the hydraulic braking system operates through dual circuits. If one circuit fails the other will continue to function, but increased brake pedal travel, greater pedal effort and longer stopping distances will be experienced. Brake pads Brake pads require a period of bedding in. You should avoid heavy braking except in emergencies for at least the first 800 km. Remember that regular servicing is vital to ensure that the brake pads are examined for...
Page 108
Braking systems 105 ANTI-LOCK BRAKING The purpose of anti-lock braking (ABS) is to allow efficient braking without wheel locking, thereby allowing the driver to retain steerability and control of the vehicle. WARNING ABS cannot overcome the physical limitations of stopping the vehicle in too short a distance, cornering at too high a speed, or the danger of aquaplaning, i.e. where a layer of water prevents adequate contact between the tyres and the road surface. The fact that a vehicle is fitted with ABS...
Page 109
Braking systems 106 When ABS stops operating, extra initial pedal travel will be experienced and the’feel’of the brake pedal will revert to its non-ABS condition. WARNING Do not pump the brake pedal at any time as this will interrupt ABS operation and may increase braking distance. Ensure that there are no obstructions beneath the brake pedal which may prevent full travel, i.e. additional floor mats. Brake pedal reactions will be different from those experienced on a non-ABS vehicle. Additional operating...
Page 110
Traction control 107 ELECTRONIC TRACTION CONTROL The purpose of electronic traction control is to aid traction when one wheel on an axle spins whilst the other still has good grip, e.g, if one side of the vehicle is on ice and the other is on tarmac. The system works by applying the brake to a spinning wheel in order to transfer torque to the other side of the axle. NOTE:Traction control only operates below approximately 100 km/h. The instrument panel has a traction control warning light (TC) and, when...