3/8 in. 16 Thread; Nickel Chromoly Steel; 11 in. Black Finished Handle; Round Black Shift Knob w/B&M Logo
Shifter Stick; 3/8 in. 16 Thread; Nickel Chromoly Steel; 11 in. Black Finished Handle; Round Black Shift Knob w/B&M Logo;
Shifter Stick
Since the very early 1950s, B&M has been at the vanguard of the growing automotive aftermarket. Racers themselves, B&M's founders identified the needs of local racers and street performance enthusiasts, and developed products to fill those needs. As the industry grew so did B&M. And as racers went faster, B&M developed products to help them break the records they just set.
In the 50s it was B&M who came up with the idea of using a performance reinforced Hydramatic for racing. In the 60s it was B and M who developed shifters to go along with it, and later in the decade came race converters. In the 70s shift and transmission improving kits, and always the constant refinements and expansion of existing product lines.
If you've ever raced a vehicle, or driven a hot rod with an automatic transmission, high stall torque converter, an aftermarket automatic shifter, or performance enhancing shifting kit - thank B&M. From Trick Shift performance ATF to reverse pattern valve bodies, 1.80 gear sets to cool canisters, the list of firsts goes on and on.
General
California Proposition 65 Chemical Name 5
Lead Oxide
Thread Size
0.375 In. - 16
Automotive Item Grade
High Performance
California Proposition 65 Chemical Name 4
Ethyl Acrylate
California Proposition 65 Chemical Name 3
Arsenic Trioxide
California Proposition 65 Chemical Name 2
Antimony Trioxide
Shift Lever Length
11.500 In.
California Proposition 65 Chemical Name 1
Chromium (hexavalent Compounds)
Package Contents
Shift Stick Assembly And Knob
WARNING CA Proposition 65
No
Shifter Knob Material
Phenolic
California Proposition 65 Chemical Name 6
Styrene
Information on technical characteristics, the delivery set, the country of manufacture and the appearance
of the goods is for reference only and is based on the latest information available at the time of publication.