2 pc Rear Shock Absorbers compatible with Honda Pilot 2009-2015

This part fits the following vehicles:Compatible with Honda Pilot 2009 - Rear;Recommended Oe Application -Specific ReplacementCompatible with Honda Pilot 2010 - Rear;Recommended Oe Application -Specific ReplacementCompatible with Honda Pilot 2011 - Rear;Recommended Oe Application -Specific ReplacementCompatible with Honda Pilot 2012 - Rear;Recommended Oe Application -Specific ReplacementCompatible with Honda Pilot 2013 - Rear;Recommended Oe Application -Specific ReplacementCompatible with Honda Pilot 2014 - Rear;Recommended Oe Application -Specific ReplacementCompatible with Honda Pilot 2015 - Rear;Recommended Oe Application -Specific Replacement

• Genuine Monroe Parts
• THE MONROE ADVANTAGE: Monroe is a leading manufacturer of high-quality suspension parts, systems, and brake pads; Monroe products are designed, engineered, fit and ride checked, and built with each vehicle specific ride and handling profile in-mind; The strict performance standards at Monroe, ensures OE-quality fit and function from each individual component as well as how the finished parts work together once installed
• COMFORT AND CONTROL: Featuring the latest global Original Equipment valving technologies, Monroe OESpectrum ride control products are designed with the right technology specific for each application to provide added control while reducing harshness experienced with rough, bumpy road conditions; These shocks are the perfect option if you're looking for a combination of comfort, control, and improved ride
• ENHANCED CONSISTENCY: The nitrogen charged OE Spectrum assemblies deliver outstanding control under virtually all driving conditions; A low speed tunability piston is used for noise, harshness, and vibration isolation; OESpectrum shocks automatically adjust to road extremes, and include a fluon banded piston for consistent sealing between the piston and pressure tube, a nitrocarburized piston rod, and a self-lubricating piston seal designed to retain gas without excessive wear or friction