Shift Pattern Plate

The Shift Pattern Plate from BRINN TRANSMISSION is a precision-engineered shifter gate component designed specifically for circle track racing and high-performance manual transmission applications. Built for drivers who demand reliability under extreme conditions, this steel shift pattern plate serves as the interface between the shifter mechanism and the transmission case, ensuring crisp, accurate gear selection at sustained RPM levels. Whether you're piloting a sprint car, modified stock car, or dedicated circle track machine, this component is essential for maintaining consistent shift quality and driver confidence lap after lap.

Manufactured from heavy-duty steel with a black powder-coat finish, the Shift Pattern Plate resists corrosion, heat degradation, and mechanical wear that destroy lesser shifter components in racing environments. The powder coat provides both protection and visual durability, maintaining appearance and function through seasons of competitive use. At just 0.37 lbs and compact dimensions (4.55 x 0.95 x 8.15 inches), this plate integrates seamlessly into Brinn Predator circle track transmission assemblies without adding unnecessary weight or complexity. The rigid steel construction eliminates flex and play that would compromise shift accuracy, a critical factor when you're executing precise gear changes under throttle in close racing situations.

This shift pattern plate is mandatory for anyone rebuilding, servicing, or upgrading a BRINN Predator transmission destined for circle track competition. Mechanics and engine builders recognize that shift gate integrity directly affects driver performance—missed shifts or hesitation cost tenths of seconds and positions. Installation is straightforward for technicians familiar with transmission assembly; the plate bolts directly into the Predator case and positions the shifter precisely for optimal engagement geometry. Keep a replacement on hand as preventative maintenance, since a damaged or worn shift pattern plate forces expensive downtime and potential transmission damage if left uncorrected.