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Year Make Model Position Fitment Precision Note 2017 Ford Focus Front Left Lower Rearward Electric/Titanium/SEL/SE 2018 Ford Focus Front Left Lower Rearward Electric/Titanium/SEL/SE 2013 Ford C-Max Front Left Lower Rearward 2014 Ford C-Max Front Left Lower Rearward 2015 Ford C-Max Front Left Lower Rearward 2016 Ford C-Max Front Left Lower Rearward 2017 Ford C-Max Front Left Lower Rearward 2018 Ford C-Max Front Left Lower Rearward 2013 Ford Focus Front Left Lower Rearward SE/Electric/Titanium 2014 Ford Focus Front Left Lower Rearward SE/Electric/Titanium 2015 Ford Focus Front Left Lower Rearward SE/Electric/Titanium 2016 Ford Focus Front Left Lower Rearward SE/Electric/Titanium 2012 Ford Focus Front Left Lower Rearward Electric/Titanium/SEL/SE
3L and with DIESEL engine 1996 Cadillac DeVille Accessory Drive 1997 Cadillac DeVille Accessory Drive 1998 Cadillac DeVille Accessory Drive 1999 Cadillac DeVille Accessory Drive 2000 Cadillac DeVille Accessory Drive 2001 Cadillac DeVille Accessory Drive 2002 Cadillac DeVille Accessory Drive 2003 Cadillac DeVille Accessory Drive 2004 Cadillac DeVille Accessory Drive 2005 Cadillac DeVille Accessory Drive 1995 Oldsmobile Aurora Accessory Drive 1996 Oldsmobile Aurora Accessory Drive 1997 Oldsmobile Aurora Accessory Drive 1998 Oldsmobile Aurora Accessory Drive 1999 Oldsmobile Aurora Accessory Drive 1994 Cadillac DeVille Serpentine 4
2006-2007 Toyota Highlander — Position: Power Steering
Fitment Summary: 2000-2006 Nissan Sentra
4L 2016 Honda Accord 2
Positive Plus PPF-D465A Front Semi-Metallic Brake Pads for 1996-2014 Honda Civic, Acura EL and Select Vehicles 940766 Year Make Model Position FitmentPerformance Overview Positive Plus is a leading manufacturer of brake pads developed exclusively for the North American market. Our exclusive PowerGrip high density Semi Metallic formula provides groundbreaking pads performance and is lab tested to ensure consistency and reliability in our manufacturing process. The brake pads feature an aggressive initial bite and powerful friction against the rotors while maintaining extreme temperature tolerance.