NAMURA RX-20017 Connecting Rod Kit

Kit includes connecting rod, wrist pin, top & bottom bearings, and washers (where necessary)

Connecting rod forged from premium chromoly steel with double honing on top and bottom bearing holes for smooth  operation and longer bearing life

Sliver on zinc coated washers with SCM415 chromoly steel crank pins

Sliver-coated needle bearings with SCM415 gage for added heat resistance & lubricity

The NAMURA RX-20017 Connecting Rod Kit is a replacement engine component set designed for applications requiring dependable connecting rod service. As a complete kit, it provides the primary connecting rod assembly needed during an engine rebuild or internal component replacement, helping streamline parts selection and installation planning. Verify application and engine compatibility before ordering to ensure the kit matches the intended machine and service requirements.
The connecting rod transfers piston movement to the crankshaft and operates under demanding engine loads. A properly matched replacement kit supports accurate assembly and helps restore the engine’s internal connection between the piston and crankshaft. The NAMURA RX-20017 is suited for professional technicians, repair facilities, and experienced powersports enthusiasts performing maintenance or rebuilding work according to the manufacturer’s service procedures.
This kit is supplied in a convenient set format for replacement work and is identified by NAMURA part number RX-20017. Before installation, inspect related engine components, including the crankshaft, piston, bearings, and fasteners, for wear or damage. Follow the applicable service manual for disassembly, measurement, lubrication, torque specifications, and final assembly. Proper preparation and correct installation practices are essential for reliable engine operation and long component life.
Choose the NAMURA RX-20017 Connecting Rod Kit when servicing an engine that requires a dedicated replacement connecting rod solution. Its kit configuration simplifies sourcing the necessary replacement component while supporting an organized rebuild process. Confirm the required application,