
Adjusting swing weights of assembled irons
Started by
jslinger
, Nov 04 2012 06:51 PM
9 replies to this topic
#1
Posted 04 November 2012 - 06:51 PM

#2
Posted 04 November 2012 - 07:16 PM
Tip weights have a flared end and must be installed from the tip. You could cut the flare off and drop it through the butt end with epoxy, but I could all but guarantee they will eventually break loose and rattle around down there. Its a pain to take them apart just to adjust swing weight, but its really what you have to do. There is a method involving tungsten powder and a little cork which doesn't require disassembly, but it makes a real mess inside the shaft if you ever need to take the shafts out.
#3
Posted 04 November 2012 - 07:23 PM
Done correctly, tip weights are epoxied in the tip section and have a slightly larger cap to prevent them sliding down the shaft. With what you propose, there will be epoxy UP the shaft from initial install---so tough to say how far your weight will slide down. Also a concern would be that the area they would end up is larger than the weight diameter, so chances of a good bond that would stand up to the force/torque of irons would be suspect. I'm NOT a fan of lead/cork down the shaft----but just might be a better alternative for you.
#4
Posted 05 November 2012 - 10:48 AM
In steel shafts there is no problems of using tungsten powder and cork
- You dont even have to take grips of if you got the right tools.
- You dont even have to take grips of if you got the right tools.
#7
Posted 05 November 2012 - 03:50 PM
Pulling the heads off and adding the weight is the best idea. It is easy with steel shafts as posted above. Put a torch on it til it pops or starts to smell and then twist the head and pull it off. Clean the old epoxy off/out and then reassemble with your weights and you'll be good to go. It really is that easy. Should take 5-10 minutes per iron once you do the first couple.
#8
Posted 05 November 2012 - 04:09 PM
The downside of adding weight to the shaft tip is that the center of gravity is altered.
That translates to the sweet spot being closer to the heel of the head vs the center of the face.
That translates to the sweet spot being closer to the heel of the head vs the center of the face.
#9
Posted 05 November 2012 - 05:24 PM
kloyd0306, on 05 November 2012 - 04:09 PM, said:
The downside of adding weight to the shaft tip is that the center of gravity is altered.
That translates to the sweet spot being closer to the heel of the head vs the center of the face.
That translates to the sweet spot being closer to the heel of the head vs the center of the face.
Unless you are adding a massive amount of weight, an ounce or more, you won't move the CG enough to matter.











