Motorad 7281-180 Engine Coolant Thermostat
OE Quality 60-Day Returns
Motorad
 Fail-Safe

Motorad 7281-180 Engine Coolant Thermostat

Brand Motorad 7281-180
Bypass Diameter 1.14 in
Bypass Length 1.74 in
Flange Thickness 0.05 in
Gasket Or Seal Included No
Installation Tool Included No
Jiggle Pin Weep Hole Yes
Sealing Flange Outside Diameter 2.2
Temperature 180 Deg. F
Temperature (Degree) 180
Product line Fail-Safe
Fits Toyota, Lexus, Scion, Dodge, Mitsubishi, Pontiac, Chevrolet, Ford, and Eagle · 497 vehicles

OE supplier quality. Built with OEM materials and manufacturing standards.

Copper case. Wax compound responds quickly to coolant temperature changes.

Air relief valve. Includes offset design and OEM-style seals where applicable.

Cross-references Motorad 7281-180, 1601-291005 and 78180 for the same application. See all 7.

$21.07Free shipping
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Motorad Fail-Safe 180F Thermostat for Toyota and Lexus

The Motorad Fail-Safe 7281-180 engine coolant thermostat is built for OE-style cooling system control with a 180 degree Fahrenheit opening temperature. It is designed for a wide range of Toyota, Lexus, Scion, Mitsubishi, Pontiac, Chevrolet, Ford, and Dodge applications, including popular Toyota Camry, Corolla, RAV4, Tacoma, and Lexus ES350 fitments.

Motorad’s Fail-Safe line focuses on controlled coolant flow and protection in demanding cooling systems. This thermostat uses a copper case and wax compound for quick reaction to coolant temperature changes, along with an offset design, air relief valve, and OEM-style sealing features where applicable.

  • Part number 7281-180
  • 180 degree Fahrenheit thermostat opening temperature
  • Fail-Safe design for continuous coolant flow in overheating situations
  • Copper case and wax compound for responsive temperature control
  • Jiggle pin weep hole included for air bleeding
  • Offset design with air relief valve and OEM-style seals where applicable
  • OE supplier manufacturing with OEM quality materials and processes
  • Cross-reference: 78180, P7281-180

Detailed Product Description

This Motorad thermostat is engineered for direct replacement use in cooling systems that require stable temperature regulation and OE-style fitment. The 180F calibration supports normal engine operating temperature control across many Toyota and Lexus platforms, including applications such as Fits 1988-2017 Toyota Camry, Fits 2000-2019 Toyota Corolla, Fits 2001-2018 Toyota RAV4, Fits 1995-2004 Toyota Tacoma, and Fits 2007-2018 Lexus ES350. It also covers additional vehicles such as Fits 2007-2015 Lexus RX350, Fits 2008-2015 Scion xB, and Fits 2003-2010 Pontiac Vibe.

The Fail-Safe design is intended to allow coolant flow if the thermostat reaches an overheating condition, helping the engine continue circulating coolant rather than staying closed. The sealing flange measures 2.2 inches outside diameter, the bypass diameter is 1.14 inches, and the bypass length is 1.74 inches. A jiggle pin weep hole is included, while a gasket or seal is not included.

What This Thermostat Helps Address

  • Engine temperature fluctuations caused by a worn thermostat
  • Overheating events related to thermostat sticking closed
  • Delayed coolant circulation during warm-up
  • Air trapped in the cooling system after service
  • Cooling system service needs on Toyota Camry, Corolla, RAV4, Tacoma, and Lexus ES350 applications

Installation Notes and Tips

Verify the thermostat temperature rating and dimensions against the original part before installation. Clean the housing sealing surface thoroughly and inspect the thermostat housing, coolant passages, and hoses for wear or contamination. Because no gasket or seal is included, use the correct OEM-style seal or gasket specified for the application. The jiggle pin weep hole should be oriented to help air escape during filling and bleeding.

Quality Assurance

Motorad manufactures this Fail-Safe thermostat with OEM quality materials and safety standards as an OE supplier. It is produced to OEM specifications and processes for consistent cooling system performance in demanding automotive applications.

Related reading

This part fits 497 vehicles
Always verify fitment with your vehicle's VIN if unsure. Submodel & trim restrictions may apply.
YearMakeModelSubmodelLitersCylindersFuel TypePositionNotes
2021ToyotaHilux—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2020ToyotaHilux—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2020ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2019ToyotaCorollaXSE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2019ToyotaCorollaXLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2019ToyotaCorollaSE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2019ToyotaCorollaLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2019ToyotaCorollaL1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2019ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2019ToyotaHilux—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaXSE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaXLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaSE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaSE Plus1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaL1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaCE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaCorollaBase1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaHilux—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2018ToyotaRAV4—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCamry—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaXSE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaXLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaSE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaSE Plus1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaL1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaCE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaC1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorollaBase1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaCorolla50th Anniversary Special Edition1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaHighlanderLE2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaHilux—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2017ToyotaRAV4—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016SciontC—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCamry—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaSpecial Edition1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaS1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaS Plus1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaL1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaCE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaC1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaCorollaBase1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaHilux—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaRAV4—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2016ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015LexusRX450h—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015SciontC—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCamry—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCorollaS1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCorollaS Plus1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCorollaLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCorollaL1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCorollaCE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCorollaC1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaCorollaBase1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaHiace—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaHilux—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaRAV4—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2015ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014LexusRX450h—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014SciontC—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ScionxD—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCamry—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCorollaS1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCorollaS Plus1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCorollaLE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCorollaL1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCorollaCE1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCorollaC1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaCorollaBase1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaRAV4—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2014ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013LexusRX450h—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013SciontC—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ScionxD—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaCamry—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaMatrix—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaRAV4—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaSienna—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2013ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012LexusHS250h—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012LexusRX450h—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012SciontC—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ScionxD—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaCamry—2.5LL4GASN/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaCorolla—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaMatrix—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaRAV4—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaRAV4—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaRAV4—-L--—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaSienna—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2012ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011LexusHS250h—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011LexusRX450h—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011SciontC—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ScionxD—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaCamry—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaCorolla—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaMatrix—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaRAV4—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaRAV4—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaSienna—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2011ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010LexusHS250h—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010LexusRX450h—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010PontiacVibe—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010SciontC—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ScionxD—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaCamry—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaCorolla—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaHighlander—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaMatrix—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaRAV4—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaRAV4—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2010ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009MitsubishiGrandis—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009PontiacVibe—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009SciontC—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ScionxD—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaCorolla—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaHighlander—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaHighlander—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaMatrix—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaRAV4—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaRAV4—2.5LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaVenza—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2009ToyotaVenza—2.7LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008LexusRX400h—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008MitsubishiGrandis—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008SciontC—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ScionxB—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ScionxD—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaHighlander—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaHighlander—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaRAV4—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaRAV4—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaSolara—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2008ToyotaSolara—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007LexusES350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007LexusRX350—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007LexusRX400h—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007MitsubishiGrandis—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007SciontC—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaCamry—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaHighlander—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaHighlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaRAV4—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaRAV4—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaSienna—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaSolara—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2007ToyotaSolara—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006LexusES330—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006LexusRX330—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006LexusRX400h—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006MitsubishiOutlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006SciontC—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaCamry—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaHighlander—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaHighlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaRAV4—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaRAV4—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaSienna—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaSolara—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2006ToyotaSolara—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005LexusES330—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005LexusRX330—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005MitsubishiLancer—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005MitsubishiOutlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005SciontC—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaAvalon—3.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaCamry—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaCelica—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaHighlander—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaHighlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaMR2 Spyder—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaRAV4—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaSienna—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaSolara—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2005ToyotaSolara—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004LexusES330—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004LexusRX330—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004MitsubishiLancer—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004MitsubishiOutlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004MitsubishiSpace Star—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaCamry—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaCelica—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaHighlander—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaHighlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaMR2 Spyder—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaRAV4—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaSienna—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaSolara—3.3LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaSolara—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2004ToyotaTundra—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003LexusRX300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003MitsubishiSpace Star—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003PontiacVibe—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaCelica—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaHighlander—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaHighlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaMatrix—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaMR2 Spyder—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaRAV4—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaSienna—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaSolara—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaSolara—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2003ToyotaTundra—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ChevroletPrizm—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002LexusRX300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002Toyota4Runner—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaCamry—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaCelica—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaHighlander—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaHighlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaMR2 Spyder—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaRAV4—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaSienna—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaSolara—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaSolara—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2002ToyotaTundra—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ChevroletPrizm—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001LexusRX300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001Toyota4Runner—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaCelica—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaHighlander—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaHighlander—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaMR2 Spyder—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaRAV4—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaSienna—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaSolara—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2001ToyotaTundra—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ChevroletPrizm—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000LexusRX300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000Toyota4Runner—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaCelica—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaCorolla—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaMR2 Spyder—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaSienna—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaSolara—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
2000ToyotaTundra—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999ChevroletPrizm—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999FordTaurus—3.4LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999LexusRX300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999Toyota4Runner—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999ToyotaSienna—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999ToyotaSolara—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1999ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998ChevroletPrizm—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998FordTaurus—3.4LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998Toyota4Runner—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998ToyotaSienna—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998ToyotaT100—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1998ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997FordTaurus—3.4LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997LexusSC400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997Toyota4Runner—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997ToyotaT100—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1997ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996FordTaurus—3.4LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996LexusSC400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996MitsubishiEclipse—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996MitsubishiEclipse—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996Toyota4Runner—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996ToyotaT100—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1996ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995LexusSC400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995MitsubishiEclipse—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995MitsubishiExpo—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995ToyotaAvalon—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995ToyotaMR2—2.2LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995ToyotaMR2—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995ToyotaT100—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1995ToyotaTacoma—3.4LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994LexusSC400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994MitsubishiExpo—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994MitsubishiExpo LRV—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994MitsubishiGalant—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994MitsubishiMighty Max—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994ToyotaMR2—2.2LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1994ToyotaMR2—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993LexusSC400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993MitsubishiExpo—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993MitsubishiExpo LRV—2.4LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993MitsubishiGalant—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993ToyotaCelica—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993ToyotaMR2—2.2LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1993ToyotaMR2—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992DodgeColt—1.8LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992LexusES300—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992LexusSC400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992ToyotaCamry—3.0LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992ToyotaCelica—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992ToyotaMR2—2.2LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1992ToyotaMR2—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1991LexusES250—2.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1991LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1991ToyotaCamry—2.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1991ToyotaCelica—2.2LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1991ToyotaCelica—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1991ToyotaMR2—2.2LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1991ToyotaMR2—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1990LexusES250—2.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1990LexusLS400—4.0LV8—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1990ToyotaCamry—2.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1990ToyotaCelica—2.2LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1990ToyotaCelica—2.0LL4—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1989ToyotaCamry—2.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
1988ToyotaCamry—2.5LV6—N/AFail-Safe 180F thermostat design allows continuous coolant flow in overheating situations.; Fail-Safe
Directly replaces or cross-references 7 part numbers
Cross-reference numbers are provided for identification purposes only. Always confirm fitment before ordering.
Motorad — 7281-1801601-2910057818097281180NIP7281-180SS180-1827