T-Handle Universal Brushed Aluminum

The T-Handle Universal Brushed Aluminum shifter knob from HURST is a precision-engineered manual transmission upgrade designed for drivers who demand control and durability in their shifting experience. This universal shifter knob accommodates multiple thread pitches and metric specifications, making it compatible with a wide range of domestic and import vehicles equipped with manual transmissions. Whether you're building a hot rod, restoring a classic, or upgrading a daily driver, this aluminum shifter knob delivers the ergonomic grip and refined aesthetics that separate quality aftermarket components from mass-produced alternatives.

Constructed from brushed aluminum, the T-Handle Universal Brushed Aluminum combines lightweight strength with a professional finish that resists fingerprints and corrosion. The T-handle design provides a larger surface area and mechanical advantage compared to standard round knobs, reducing shifter effort and enabling quicker gear transitions. With multiple thread options—3/8-16, 7/16-20, 1/2-20 inch, and 10mm x 1.25, 10mm x 1.50, 12mm x 1.25, 12mm x 1.75, 16mm x 1.50 metric threads—this single knob eliminates the need to stock multiple fitment variants. The embedded HURST logo signals proven transmission expertise and heritage in the enthusiast community.

Ideal for performance enthusiasts, classic car restorers, and everyday manual transmission owners, the T-Handle Universal Brushed Aluminum installs in seconds using the existing shifter rod—no special tools or fabrication required. The universal thread compatibility means a single purchase fits most aftermarket and OEM manual shifter assemblies, from vintage muscle cars to modern sport compacts. Installation is straightforward: simply thread the knob onto your shifter rod until snug, and adjust the shift pattern overlay if applicable. With a weight of 0.83 lbs and compact dimensions of 5.75 x 2.3 x 7.15 inches, this knob enhances both function and interior aesthetics without adding significant mass.