Bet you don't know why.....
#25
Engineers at HD discovered that the design of the brake caliper and rotor combined with the fork dimensions created what they called, a "Negative Turbulence Coefficient" of -3Ap to -7Ap. This phenomena usually occurred on deceleration between 75mph and 68 mph. The result was destabilization of the airflow behind the front wheel causing "Steering oscillation" (wobble)......The flared fender creates a positive pressure behind the front wheel to offset this condition..........Disclaimer: the aforementioned paragraph is complete BS and the poster admits to being a little drunk...lol
#26
Engineers at HD discovered that the design of the brake caliper and rotor combined with the fork dimensions created what they called, a "Negative Turbulence Coefficient" of -3Ap to -7Ap. This phenomena usually occurred on deceleration between 75mph and 68 mph. The result was destabilization of the airflow behind the front wheel causing "Steering oscillation" (wobble)......The flared fender creates a positive pressure behind the front wheel to offset this condition..........Disclaimer: the aforementioned paragraph is complete BS and the poster admits to being a little drunk...lol
I think you have the makings of a very successful politician...
#27
#28
Engineers at HD discovered that the design of the brake caliper and rotor combined with the fork dimensions created what they called, a "Negative Turbulence Coefficient" of -3Ap to -7Ap. This phenomena usually occurred on deceleration between 75mph and 68 mph. The result was destabilization of the airflow behind the front wheel causing "Steering oscillation" (wobble)......The flared fender creates a positive pressure behind the front wheel to offset this condition..........Disclaimer: the aforementioned paragraph is complete BS and the poster admits to being a little drunk...lol
#30