Inside the Workshop: How a Reshaft Is Actually Done, Step by Step
Most golfers have never watched a club get reshafted, which is why the job is so often underestimated. A reshaft is a sequence of measurements and irreversible decisions: once the epoxy cures, whatever you got is what you own. This is the exact order we work in at the bench, and why each step exists.
August 24, 2026 · 9 min read
Step 1 — Record the club before anything is touched
Before a shaft comes out, the club gets measured as it sits: playing length, lie, loft, grip model and size, swingweight, and total weight. That record is the target to match or deliberately improve. Skipping it is the single most common reason a reshafted club comes back feeling wrong — the new shaft may be fine, but the club is now a quarter-inch longer and two swingweight points lighter than the one the golfer had grooved.
Step 2 — Extraction
The head is clamped in a shaft-protecting vise clamp and the hosel is heated to break the epoxy bond, then the shaft is pulled straight out along the hosel axis. Two details matter here. Heat is applied to the hosel, not the head face or a graphite shaft above the ferrule, and it is applied only long enough to release the bond — cooked paint and scorched crowns come from impatience. Pulling off-axis is what cracks hosels and bells the shaft tip.
Graphite is pulled with more care than steel. A graphite tip that has been over-heated or twisted during extraction can delaminate invisibly, so when a golfer wants to keep and re-use an existing graphite shaft we tell them up front that extraction is a risk, not a certainty.
Step 3 — Hosel and ferrule prep
The inside of the hosel is cleaned back to bare metal. Old epoxy left in the bore is not a foundation — it is a layer that will shear. The bore gets reamed or brushed clean, checked for depth and diameter, and inspected for cracks. This is also when we discover things the golfer didn't know about: a previous repair, a hosel already bored oversize, or an internal crack that means the head should not be re-used.
Step 4 — Tipping, trimming, and the spec math
Raw shafts are trimmed to the manufacturer's tip-trim instructions for the intended flex, then cut to butt length based on the target playing length plus the hosel bore depth and the ferrule. This is arithmetic you do once and check twice, because a shaft cut short cannot be uncut. Tip trimming also changes stiffness: pulling more from the tip stiffens the shaft profile, which is a tool when the golfer wants a firmer feel without changing shaft models.
Where we're building to a swingweight target, weight is planned here — tip weights, shaft weight choice, and grip weight are all part of the same equation. Adding lead tape at the end to rescue a miss on the math is a patch, not a plan.
Step 5 — Spine and orientation
Shafts are not perfectly symmetrical. Finding the shaft's stable plane and installing it in a consistent orientation across the set is cheap to do at build time and impossible to do afterward without pulling the shaft again. Whether or not a golfer believes it changes ball flight, consistent orientation across a matched set costs nothing and removes one variable from set-to-set feel.
Step 6 — Abrading, epoxy, and cure
The shaft tip is abraded over the exact insertion depth — not further up, where it would sit under the ferrule and weaken the transition. Epoxy is mixed by ratio, not by eye, and applied to both the tip and the bore so there are no dry voids. The ferrule goes on, the shaft is seated fully to the bottom of the bore with a slight twist to distribute the epoxy, excess is wiped, and the club is set aside to cure fully before any load goes on it.
Step 7 — Ferrule turning, grip, and final measurement
The ferrule is turned down flush to the hosel so the transition is seamless, then the club is gripped with the correct tape build-up for the golfer's hand size and logo alignment checked square. Finally the club is re-measured — length, loft, lie, swingweight, total weight — and compared against the target sheet from step 1. That comparison is the deliverable. A reshaft without an after-measurement is a hope.
What this means if you're deciding whether to reshaft
The labour in a reshaft is front-loaded into measurement and prep, not into the gluing. That's why a careful reshaft on a head you already like usually returns more per dollar than replacing the club, and why a rushed one can make a perfectly good head feel worse than it did. If you're weighing the choice, our reshafting vs. buying new breakdown walks through the cost side in detail.
Frequently asked questions
- Can my existing shaft be re-used in a different head?
- Often yes for steel, sometimes for graphite. Extraction stresses a graphite tip, and a re-used shaft is usually shorter after re-trimming, so we confirm the target length is still achievable before pulling it.
- How long does a reshaft take?
- The bench work is measured in minutes, but the epoxy cure is measured in hours. Plan on the club being in the shop rather than same-hour turnaround.
- Will a reshaft change my club's swingweight?
- Yes, unless it's planned for. Shaft weight, length, tip weights, and grip weight all move swingweight, which is why we measure before and after rather than assuming a like-for-like swap.
- Do you have to replace the ferrule?
- Almost always. Ferrules rarely survive extraction intact, and a fresh ferrule turned flush is part of a clean finish.
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