Update, I finally installed the MGW shifter. Recall I previously had a Hurst Shifter in my car. My problem with the Hurst was that while shifting from 2-3rd gear at high RPM I was locked out of getting into 3rd gear. Likewise it sometimes locked me out of 3rd to 4th.
Recall that I had trepidations about whether the MGW would actually solve the problem in spite of the fact that a lot of folks on this thread (and others for that matter) had said the shifter was all that was needed to resolve the issue. My concern was that due to the fact that the MGW (like the Factory shifter and the Hurst) both mount to the body of the car (As opposed to the transmission) and my thought was how do you prevent the torque flexing the transmissions under a load at high RPM’s? My thought was that I would simply have to buy a Blowfish Bracket or CHE Torque limited to prevent that flex.
The MGW shifter solved all of my problems, I have zero issues getting the car to shift into ANY gear at any RPM. I even power shifted the car with no issues. This has made my car drivable again. If anyone is wondering whether this will work? It will.
I got to thinking why it works in spite of it not mounting to the transmission..
So, I’m not an engineer by any stretch of the imagination, but I think it’s two things:
- The back of the MGW shifter is constructed of a thick solid billet material which is in turn mounted to the body of the car as opposed to the Hurst which was mounted to a polyurethane bushing to a thin piece of metal (Also mounted to the body). I believe this significantly prevents flex when the transmission is torqueing at high RPM.
- The Spring load is much tighter in the MGW which vastly assists in the shift from 2-3.
- The overall thickness of the MGW shifter prevents flex. (If you compare the HURST shifter side by side to the MGW this becomes very evident.)
Bottom line? If you have a Hurt shifter or a Factory Ford shifter and are experiencing lockout from 2-3, go ahead and get the MGW shifter before you do anything else.
I’ve read a lot of opinions on this topic that ranged from changing the transmission oil to replacing the clutch. While both of those options might be valid for more systemic daily transmission issues, I think both of these fixes ignores the fact that lockout is only occurring at high RPM’s, which renders both answers/solutions somewhat improbable.