discovery ii

Land Rover Discovery Ii (1999) – 12E010000

Vehicle recall defect – Jaguar Land Rover North America, Inc. (Land Rover) Is Recalling Certain Rear Driveshaft Couplings, Land Rover Branded Part Number Tvf100010, Manufactured From April 2011 Through November 2011, Sold For Use As Service Parts For Certain Model Year 1995-1999 Discovery, 1999-2004 Discovery Ii, And 1995 Range Rover Classic Vehicles. Some Of The Rear Driveshaft Couplings May Not Have Been Manufactured To The Required Engineering Design Specifications And May Exhibit The Onset Of Joint Separation, Precluded By Drive Line Vibration.


Land Rover Discovery Ii (1999) – 04V005000

Vehicle recall defect – Certain Sport Utility Vehicles Fail To Comply With The Requirements Of Federal Motor Vehicle Safety Standards No. 105, “Hydraulic And Electric Brake Systems,” And No. 135, “Passenger Car Brake Systems.” The Anti-Lock Braking System (Abs) Modulator Valve Cover Retaining Bolts Can Crack Due To Stresses Transmitted By The Flexing Valve Covers.


Land Rover Discovery Ii (1999) – 02V028000

Vehicle recall defect – On Some Sport Utility Vehicles, The Accelerator Cable Could Have Become Kinked During Vehicle Assembly, Resulting In Chaffing Of The Cable. Continued Chaffing Can Lead To Breakage Of The Interior Cable Strands.


Land Rover Discovery Ii (1999) – 02V022000

Vehicle recall defect – On Certain Sport Utility Vehicles, Contamination Of An Anti-Lock Braking System (Abs) Sensor Can Cause The Abs Electronic Control Unit (Ecu) To Incorrectly Interpret The Sensor Signal, Resulting In Inappropriate Abs Activation.


Land Rover Discovery Ii (1999) – 00V142001

Vehicle recall defect – Vehicle Description: Sport Utility Vehicles. The Loading Conditions On The Vehicle’S Left Side Engine Idler Pulley Can Exceed The MaximUM Calculated Figure Of The Original Design Specification. The Material Of The Pulley Can Fracture And Ultimately Fail. Failure Of The Pulley Material Can Cause The Pulley To Throw Off The Serpentine Belt.


Land Rover Discovery Ii (1999) – 00V142000

Vehicle recall defect – Vehicle Description: Passenger Vehicles Equipped With Active Cornering Enhancement (Ace). The Loading Conditions On The Vehicle’S Left Side Engine Idler Pulley Can Exceed The MaximUM Calculated Figure Of The Original Design Specification. The Material Of The Pulley Can Fracture And Ultimately Fail. Failure Of The Pulley Material Can Cause The Pulley To Throw Off The Serpentine Belt.


Land Rover Discovery Ii (1999) – 00V036000

Vehicle recall defect – Vehicle Description: Sport Utility Vehicles Equipped With Active Cornering Enhancement (Ace). The High-Pressure Hydraulic Pipe That Runs From The Ace Pump To The Ace Valve Block Could Fracture At Its Union With The Pump.


Land Rover Discovery Ii (2000) – 00V142000

Vehicle recall defect – Vehicle Description: Passenger Vehicles Equipped With Active Cornering Enhancement (Ace). The Loading Conditions On The Vehicle’S Left Side Engine Idler Pulley Can Exceed The MaximUM Calculated Figure Of The Original Design Specification. The Material Of The Pulley Can Fracture And Ultimately Fail. Failure Of The Pulley Material Can Cause The Pulley To Throw Off The Serpentine Belt.


Land Rover Discovery Ii (2000) – 00V036000

Vehicle recall defect – Vehicle Description: Sport Utility Vehicles Equipped With Active Cornering Enhancement (Ace). The High-Pressure Hydraulic Pipe That Runs From The Ace Pump To The Ace Valve Block Could Fracture At Its Union With The Pump.


Land Rover Discovery Ii (2000) – 12E010000

Vehicle recall defect – Jaguar Land Rover North America, Inc. (Land Rover) Is Recalling Certain Rear Driveshaft Couplings, Land Rover Branded Part Number Tvf100010, Manufactured From April 2011 Through November 2011, Sold For Use As Service Parts For Certain Model Year 1995-1999 Discovery, 1999-2004 Discovery Ii, And 1995 Range Rover Classic Vehicles. Some Of The Rear Driveshaft Couplings May Not Have Been Manufactured To The Required Engineering Design Specifications And May Exhibit The Onset Of Joint Separation, Precluded By Drive Line Vibration.