Hydraulic Engine Mount for Acura TL and LegendAnchor 8037 is a hydraulic engine mount built for the left or right side on select Acura applications. It supports the engine, reduces vibration transfer, and follows OE-level design targets for fit and function. Hydraulic mount design for vibration damping Fits left or right engine mount positions on listed applications Natural and SBR rubber for durability and performance Heat-treated grade 5 steel fasteners Rubber-to-metal bond created with a specialized bonding agent Rubber compound formulated to a specific durometer hardness 12-month warranty Detailed Product OverviewThis Anchor 8037 engine mount is engineered for Acura TL and Acura Legend models with longitudinal engine orientation and hydraulic mount design. It is built to control engine movement while helping isolate vibration at idle, acceleration, and shifting. The construction uses natural and SBR rubber, bonded to metal for consistent support and long service life. Anchor 8037 is a direct-fit style replacement for the left or right side on the listed vehicles.This part cross-references Pioneer Automotive Industries 618037 for the same application.What This Engine Mount Helps Address Excessive engine vibration felt in the cabin Clunking or shifting noise during acceleration or gear changes Engine movement caused by worn hydraulic mount material Rubber separation or deterioration at the mount body Loss of support on the left or right engine mount position Installation Notes and FitmentCompatible With 1996-1998 Acura TL, left and right, hydraulic, longitudinal engine orientation. Compatible With 1993-1995 Acura Legend, left and right, hydraulic, longitudinal engine orientation. Verify the mount position and engine orientation before installation. Inspect adjacent mounts and related brackets for wear so the replacement mount can perform correctly.Quality AssuranceAnchor 8037 is manufactured to OE standards and backed by a 12-month warranty. The design uses heat-treated grade 5 steel fasteners, a specialized rubber-to-metal bonding process, and a rubber compound selected for consistent hardness and performance.
