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All product recalls associated with COOPER.
Total Recalls
128
Past Year
22
Class I (Serious)
18
Most Recent
Aug 2025
Data from FDA, USDA, CPSC, and NHTSA public records. Recall counts vary by company size, industry, and reporting practices. Always check official sources for current information.
COOPER TIRE & RUBBER COMPANY (COOPER) IS RECALLING CERTAIN DISCOVERER H/T TIRES, SIZE LT245/75R16, MANUFACTURED FROM FEBRUARY 12, 2012, THROUGH MARCH 10, 2012. SOME OF THE SUBJECT TIRES MAY HAVE BEEN PRODUCED WITH AN INCORRECT LOAD RANGE, MAXIMUM PERMISSIBLE INFLATION PRESSURE, AND MAXIMUM LOAD MOLDED ONTO THE INTENDED INNER SIDEWALL. THEREFORE, THE AFFECTED TIRES FAIL TO CONFORM TO THE REQUIREMENTS OF FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 139, "NEW PNEUMATIC RADIAL TIRES FOR LIGHT VEHICLES."
COOPER TIRE IS RECALLING CERTAIN DISCOVERER H/T AND DISCOVERER LSX TIRES, SIZE 245/70R17, PRODUCED BETWEEN NOVEMBER 15 AND DECEMBER 12, 2009. THESE TIRES FAIL TO CONFORM TO THE REQUIREMENTS OF FEDERAL MOTOR VEHICLE SAFETY STANDARD NO. 139, "NEW PNEUMATIC RADIAL TIRES FOR LIGHT VEHICLES." AT VARIOUS MILEAGES, THE SUBJECT TIRES MAY DEVELOP AND EXHIBIT TREAD CHUNKING OR CRACKING IN THE TREAD SHOULDER AREA.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve.
Thirty-eight lots of Ocufilcon D 55% 1-Day Toric Contact Lens with a modified packaging solution sold under the brand name ClearSight 1-Day Toric were inadvertently shipped into the US market prior to complete evaluation of the 510(k) by the FDA.
Vacuum Assisted Delivery System may have a loss of vacuum, or the cup will not release from the baby's head. A loss of vacuum may delay delivery and require the use of forceps and/or c-section for delivery. An inability to remove the cup from the head may delay delivery and/or prevent the user from applying forceps if necessary. This may result in serious injury or death to the baby.
Vacuum Assisted Delivery System may have a loss of vacuum, or the cup will not release from the baby's head. A loss of vacuum may delay delivery and require the use of forceps and/or c-section for delivery. An inability to remove the cup from the head may delay delivery and/or prevent the user from applying forceps if necessary. This may result in serious injury or death to the baby.
Vacuum Assisted Delivery System may have a loss of vacuum, or the cup will not release from the baby's head. A loss of vacuum may delay delivery and require the use of forceps and/or c-section for delivery. An inability to remove the cup from the head may delay delivery and/or prevent the user from applying forceps if necessary. This may result in serious injury or death to the baby.
The recalled ballast is used to dim compact fluorescent lighting fixtures. The ballasts are not visible once installed. The ballasts were included with light fixtures sold under numerous brand names. Consumers should not touch these fixtures, since they could pose a shock hazard. The fixtures with these ballasts have a 120 VAC application, the fixture housing is for a 26W or 32W four-pin plug-in compact fluorescent lamp installed after July 1998. Most of the lights were sold for commercial use, though some were sold for consumer use. This recall does not involve light fixtures containing incandescent or halogen lamps or fixtures with screw-in compact fluorescent lamps or straight tube (linear) fluorescent lamps.