This knob is designed for those that have reverse lockout!
We always take the art route when designing our products and this knob is one for the books! You will not find anything like it in the market.
Carefully crafted titanium colors dance in and out of the 3 stripes and finished with a hand brush polished finish. This knob is our new standard in creativity and craftsmanship. It’s time for you to level up!
Made from super alloy Titanium
CNC and CAD designed.
- 85MM tall and 38mm wide
- Thread sunk design, which means the knob thread doesn't start at the base but actually half way into the body. This gives the shifting experience and knob a very solid feel.
-The top part of the knob is designed with a radius that your hand naturally rests to, giving it the perfect ergonomic balance.
-Weighted in at 345grams. This will give you that extra advantage in throw and will improve shifting feel and response.
-38mm in diameter offers a nice hold.
Available options in:
M10x1.25 (Mitsubishi, Nissan etc.) - Suitable for reverse lockout.
M12x1.25 (Subaru, FRS, etc) (Suitable for reverse lockout and no reverse lockout)
Please email us at info@chasingjs.com if you are not sure of your shifter thread size.
The knobs comes in 2 different finishes, both of which have our Chasing Js logo engraving.
***Please note that titanium and its color is a form of raw metal; we advise that you do not use any cleaner with hydrochloric acid to clean your titanium as it will remove its color. We do not warranty the damages to the coating once the product is installed, used, or washed.
California Proposition 65 Warning
Picture are for reference: Titanium coloring is not a paint or pigment dye so at time the colors might not be as vibrant, titanium coloring is a natural metal process. We do try our best to get it as bright and colorful as possible. As every piece of titanium has it own characteristics.
How to care for your titanium:
https://www.instagram.com/s/aGlnaGxpZ2h0OjE4MTExMzQ0MTU4MTU5NTE2?story_media_id=2377351854752204127&igshid=YmMyMTA2M2Y=