TMC 78-37316 Rear Shock Absorber for 2005-2017 Honda Odyssey CX-5 Air Filter 5L 1992 Mazda 929 Front

5L 1992 Mazda 929 Front 1993 Mazda 929 Front 1994 Mazda 929 Front 1995 Mazda 929 Front

Year Make Model Position Fitment Precision Note 2006 Ford Crown Victoria without Automatic Temperature Control and without Connector 2007 Ford Crown Victoria without Automatic Temperature Control and without Connector 2008 Ford Crown Victoria without Automatic Temperature Control and without Connector 2009 Ford Crown Victoria without Automatic Temperature Control and without Connector 2010 Ford Crown Victoria without Automatic Temperature Control and without Connector 2011 Ford Crown Victoria without Automatic Temperature Control and without Connector 2006 Mercury Grand Marquis without Automatic Temperature Control and without Connector 2007 Mercury Grand Marquis without Automatic Temperature Control and without Connector 2008 Mercury Grand Marquis without Automatic Temperature Control and without Connector 2009 Mercury Grand Marquis without Automatic Temperature Control and without Connector 2010 Mercury Grand Marquis without Automatic Temperature Control and without Connector 2011 Mercury Grand Marquis without Automatic Temperature Control and without Connector 2005 Ford Crown Victoria without Automatic Temperature Control

2021 Toyota Land Cruiser

4L and with GAS engine 2011 Kia Sorento 2012 Kia Sorento 2013 Kia Sorento 2010 Hyundai Santa Fe 2011 Hyundai Santa Fe 2012 Hyundai Santa Fe

The listed part number is 78-72438

TMC 78-37316 Rear Shock Absorber for 2005-2017 Honda Odyssey CX-5 Air Filter 5L 1992 Mazda 929 FrontPerformance Overview TMC offers premium suspension shock absorber at reasonable pricing and have been the reference accross North America for over 40 years. This shock Absorber is listed for 2005 2017 Honda Odyssey. Please review the fitment chart before ordering. Key Features Designed as a direct replacement shock Absorber for compatible vehicle applications Built for dependable daily driving performance and consistent fitment Application specific