Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
A modern update on a classic design at nearly twice the weight (235g)
Decrease shifting effort with this weighted shift knob
Weighing in at approximately 215 grams the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
1.875" CNC machined billet aluminum shift knob
Weighing in at approximately 235 grams the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Heavy stainless steel & thermoplastic shift knob
Build your own 917 race car inspired layered shift knob!
Compliment your BFI shift knob with a custom shift boot made from the finest materials available
Requires a 1-2 week build time if not in stock - For vehicles with elastic base shift boot only
Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Weighing in at approximately 235 grams the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.
Weighing in at approximately 235 grams, the added inertial mass makes shifting effort substantially less while speeding up the process at the same time.