Suzuki XL-7
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SUZUKI XL-7 2005
SUZUKI IS RECALLING CERTAIN MODEL YEAR MODEL YEAR 2006 GRAND VITARA AND MODEL YEAR 2005-2006 XL-7 VEHICLES. THE TENSION ADJUSTER PULLEY FOR THE DRIVE BELT THAT OPERATES THE POWER STEERING PUMP AND AIR CONDITIONER COMPRESSOR (IF EQUIPPED) HAS AN OUTER PORTION THAT IS MADE OF PLASTIC. REPEATED HEAT STRESS CAN CAUSE THE PLASTIC MATERIAL TO DETERIORATE AND PIECES OF THE PULLEY CAN BREAK OFF.
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SUZUKI XL-7 2006
SUZUKI IS RECALLING CERTAIN MODEL YEAR MODEL YEAR 2006 GRAND VITARA AND MODEL YEAR 2005-2006 XL-7 VEHICLES. THE TENSION ADJUSTER PULLEY FOR THE DRIVE BELT THAT OPERATES THE POWER STEERING PUMP AND AIR CONDITIONER COMPRESSOR (IF EQUIPPED) HAS AN OUTER PORTION THAT IS MADE OF PLASTIC. REPEATED HEAT STRESS CAN CAUSE THE PLASTIC MATERIAL TO DETERIORATE AND PIECES OF THE PULLEY CAN BREAK OFF.
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SUZUKI XL-7 2005
ON CERTAIN SPORT UTILITY VEHICLES EQUIPPED WITH 16-INCH WHEELS, THE FRONT BRAKE DISCS MAY BREAK UNDER SEVERE DRIVING CONDITIONS. THE BREAKAGE CAN OCCUR IN CONDITIONS WHERE THE VEHICLE IS DRIVEN ON A REGULAR BASIS ON EXTREMELY STEEP PAVED DOWN-SLOPES WHILE CONTINUOUSLY APPLYING THE BRAKES.
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SUZUKI XL-7 2006
ON CERTAIN SPORT UTILITY VEHICLES EQUIPPED WITH 16-INCH WHEELS, THE FRONT BRAKE DISCS MAY BREAK UNDER SEVERE DRIVING CONDITIONS. THE BREAKAGE CAN OCCUR IN CONDITIONS WHERE THE VEHICLE IS DRIVEN ON A REGULAR BASIS ON EXTREMELY STEEP PAVED DOWN-SLOPES WHILE CONTINUOUSLY APPLYING THE BRAKES.
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SUZUKI XL-7 2004
ON CERTAIN SPORT UTILITY VEHICLES EQUIPPED WITH 16-INCH WHEELS, THE FRONT BRAKE DISCS MAY BREAK UNDER SEVERE DRIVING CONDITIONS. THE BREAKAGE CAN OCCUR IN CONDITIONS WHERE THE VEHICLE IS DRIVEN ON A REGULAR BASIS ON EXTREMELY STEEP PAVED DOWN-SLOPES WHILE CONTINUOUSLY APPLYING THE BRAKES.
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SUZUKI XL-7 2003
ON CERTAIN SPORT UTILITY VEHICLES EQUIPPED WITH 16-INCH WHEELS, THE FRONT BRAKE DISCS MAY BREAK UNDER SEVERE DRIVING CONDITIONS. THE BREAKAGE CAN OCCUR IN CONDITIONS WHERE THE VEHICLE IS DRIVEN ON A REGULAR BASIS ON EXTREMELY STEEP PAVED DOWN-SLOPES WHILE CONTINUOUSLY APPLYING THE BRAKES.
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SUZUKI XL-7 2002
ON CERTAIN SPORT UTILITY VEHICLES EQUIPPED WITH 16-INCH WHEELS, THE FRONT BRAKE DISCS MAY BREAK UNDER SEVERE DRIVING CONDITIONS. THE BREAKAGE CAN OCCUR IN CONDITIONS WHERE THE VEHICLE IS DRIVEN ON A REGULAR BASIS ON EXTREMELY STEEP PAVED DOWN-SLOPES WHILE CONTINUOUSLY APPLYING THE BRAKES.
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SUZUKI XL-7 2001
ON CERTAIN SPORT UTILITY VEHICLES EQUIPPED WITH 16-INCH WHEELS, THE FRONT BRAKE DISCS MAY BREAK UNDER SEVERE DRIVING CONDITIONS. THE BREAKAGE CAN OCCUR IN CONDITIONS WHERE THE VEHICLE IS DRIVEN ON A REGULAR BASIS ON EXTREMELY STEEP PAVED DOWN-SLOPES WHILE CONTINUOUSLY APPLYING THE BRAKES.
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SUZUKI XL-7 2004
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
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SUZUKI XL-7 2002
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
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SUZUKI XL-7 2001
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.
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SUZUKI XL-7 2003
ON CERTAIN SPORT UTILITY VEHICLES, THE ACCELERATOR CABLE CASING CAP THAT IS ATTACHED TO THE VEHICLE FIREWALL CAN CRACK DUE TO EXTENDED EXPOSURE TO FORCES FROM THE ACCELERATOR CABLE AND INSUFFICIENT LONG-TERM DURABILITY OF THE PLASTIC CASING CAP. IF THE CASING CAP BECOMES CRACKED, MOVEMENT OF THE INNER ACCELERATOR CABLE THROUGH THE CAP CAN CAUSE THE INNER ACCELERATOR CABLE TO BECOME FRAYED.