Greetings all...
I recently bought a Redhawk and have been doing some research on the various forums to see what can be done about the weight of the SA trigger pull. I have already stoned the sear engagement surfaces to remove the burrs that were there. The SA pull is better now but still exceeds my 5 pound force gage. I can live with that but I'm thinking about how to reduce it.
I know the Redhawk uses one coil spring that powers the hammer and returns the trigger to its forward position. Reducing the force of that coil spring can reduce the trigger pull but can also cause misfires due to a light hammer strike.
But what if I replace the coil mainspring with a lighter one that will give an acceptable trigger pull force. Then add another spring tending to pull the mainspring lever toward the rear to provide additional force to power the hammer.
I think there's room to do this. I'm going to try to make a spring out of music wire that is roughly the shape of a flattened V. This spring will be to the rear of the mainspring lever. One end of this spring will hook on the mainspring lever at its top end. The vertex of the V will rest against the mainspring lever where it pivots on the frame. The other end of the spring will brace against the inside of the backstrap of the grip frame, down where that plastic piece is. Roughly, for each pound of force this new spring adds, I can remove a pound of force from the force of the coil mainspring acting on the trigger. The limitations would be having a safe trigger engagement and enough force on the trigger to get it to return properly.
Anyone ever tried something like this?
I recently bought a Redhawk and have been doing some research on the various forums to see what can be done about the weight of the SA trigger pull. I have already stoned the sear engagement surfaces to remove the burrs that were there. The SA pull is better now but still exceeds my 5 pound force gage. I can live with that but I'm thinking about how to reduce it.
I know the Redhawk uses one coil spring that powers the hammer and returns the trigger to its forward position. Reducing the force of that coil spring can reduce the trigger pull but can also cause misfires due to a light hammer strike.
But what if I replace the coil mainspring with a lighter one that will give an acceptable trigger pull force. Then add another spring tending to pull the mainspring lever toward the rear to provide additional force to power the hammer.
I think there's room to do this. I'm going to try to make a spring out of music wire that is roughly the shape of a flattened V. This spring will be to the rear of the mainspring lever. One end of this spring will hook on the mainspring lever at its top end. The vertex of the V will rest against the mainspring lever where it pivots on the frame. The other end of the spring will brace against the inside of the backstrap of the grip frame, down where that plastic piece is. Roughly, for each pound of force this new spring adds, I can remove a pound of force from the force of the coil mainspring acting on the trigger. The limitations would be having a safe trigger engagement and enough force on the trigger to get it to return properly.
Anyone ever tried something like this?