How To Reshaft A Golf Club

Reshafting a golf club involves replacing its old shaft with a new one. At its core, you'll need specific tools like a vise, shaft extractor, and heat gun, among others.

You'll be removing the old shaft, preparing the clubhead, then placing the new shaft, and letting it settle. While you can tackle this at home, it's trickier than simply changing grips.

Eager to dive into the nitty-gritty? Keep reading for a step-by-step breakdown!

Understanding the Anatomy of a Golf Club

Ever looked at a golf club and wondered about its make-up? It's more than just a metal or wooden stick.

Dive into its anatomy, and you'll appreciate the design and functionality that each component brings. Let’s dissect the club piece by piece.

Components of a Golf Club: Head, Shaft, and Grip

  1. Head:
    • Type: There are different types of clubheads designed for varied shots. You have woods for long-distance shots, irons for more controlled shots, wedges for short game, and putters for that crucial final touch.
    • Material: Clubheads are crafted from various materials, including steel, titanium, and sometimes ceramics. The choice of material affects the weight and durability.
    • Loft: This refers to the angle of the clubface. A higher loft means the ball will go higher and shorter, whereas a lower loft makes the ball travel longer and lower.
    • Grooves: These are the lines you see on the face of irons and wedges. They provide spin and help control the ball, especially during wet conditions.
  2. Shaft:
    • Material: Shafts are primarily made of steel or graphite. Steel shafts are durable and offer more control, while graphite shafts are lighter and can increase swing speed.
    • Flex: This determines how much the shaft bends during the swing. There's X (extra stiff), S (stiff), R (regular), A (amateur or senior), and L (ladies). The right flex is pivotal, as it can influence the trajectory and distance.
    • Length: Standard shaft lengths vary depending on the type of club and the height of the golfer. Altering shaft length can impact the club’s balance and your swing mechanics.
    • Kick Point: The point on the shaft that bends the most. A high kick point results in a lower trajectory, while a low one produces a higher ball flight.
  3. Grip:
    • Material: Common materials include rubber, leather, and synthetic compounds. Some have cord woven in for better grip in wet conditions.
    • Size: Grips come in sizes from undersized to jumbo. The right grip size can reduce tension in the hands and improve shot accuracy.
    • Texture: This is about personal preference. Some golfers prefer a smoother feel, while others opt for more granular grips to prevent slippage.

Importance of the Shaft in Influencing the Club's Performance

The shaft is like the backbone of the golf club. Think of it this way: if the clubhead is the hand that makes contact, the shaft is the arm that drives the motion.

  • Energy Transfer: The shaft transfers the energy from your swing to the ball. A perfect shaft flex for your swing speed will ensure maximum energy transfer.
  • Trajectory Control: Your shaft affects the height at which the ball travels. A stiffer shaft typically results in a lower trajectory, whereas a more flexible shaft can send the ball on a higher arc.
  • Distance and Accuracy: The shaft’s length and flex play a huge role here. An ill-fitted shaft might result in inconsistent shots, either spraying them off-target or losing potential distance.
  • Feel and Feedback: A good shaft provides feedback. It allows you to feel the shot, helping you understand mishits and thus adjust your swing.

Tools and Materials Needed for Reshafting

Reshafting a golf club might sound daunting, but with the right tools and materials, it's an achievable task.

Let's walk you through the “toolbox” you'd need, explaining the pivotal role of each item to ensure your club gets a seamless new shaft.

Vise: Why It's Essential

A vise is like the third hand you never knew you needed.

  • Stability: When working with a golf club, especially during the removal and fitting of the shaft, you need it to be rock steady. A vise clamps the club in place, preventing any wobbles or sudden movements.
  • Protection: With the club secured, you're not only ensuring a smoother process but also reducing the chances of any accidental damage to the clubhead or the shaft.

Shaft Extractor: Its Role in the Process

Think of a shaft extractor as the gentle persuader.

  • Effective Removal: This tool is designed to safely and effectively remove a golf club's shaft without causing harm to the clubhead.
  • Versatility: It works with both steel and graphite shafts. For graphite shafts, especially, the extractor helps preserve the shaft in case you want to reuse it.
  • Precision: The extractor offers a controlled pull, ensuring that the shaft comes out straight without any side-to-side motion which might harm the hosel.

Heat Gun: How It Assists in Removal

Where brute force fails, heat succeeds.

  • Loosening Epoxy: The main reason a shaft sticks to the clubhead is the epoxy. A heat gun softens this epoxy, allowing the shaft to be extracted without much fuss.
  • Safe and Controlled: Compared to other methods, like using an open flame, a heat gun offers a safer and more controlled way to apply heat.
  • Adjustable Intensity: Many heat guns let you adjust the temperature, ensuring you apply just the right amount of heat without risking damage to the clubhead or shaft.

Epoxy: Securing the New Shaft

The unsung hero of the reshafting process.

  • Bonding Agent: Epoxy is what holds the shaft securely in the clubhead's hosel. It's like the glue of the golfing world but much stronger.
  • Curing Time: Once applied, epoxy needs time to set and cure. It's crucial to leave the club undisturbed during this period to ensure a solid bond.
  • Varieties: Not all epoxies are created equal. Some set faster, while others might offer a longer working time. Ensure you choose one that's recommended for golf club assembly.

Other Supplies: Brushes, Ferrules, Gloves, and the Like

The additional supporting cast:

  • Brushes: Used for cleaning out the hosel after removing the old shaft and for applying epoxy for the new shaft.
  • Ferrules: These are small plastic pieces that sit at the top of the hosel, giving the club a finished look and hiding any gaps or irregularities between the shaft and the hosel.
  • Gloves: Essential to keep your hands clean when working with epoxy and to prevent any unwanted slips or mishaps.
  • Sandpaper: Helpful for lightly sanding the end of the new shaft to ensure the epoxy adheres well.
  • Tape Measure: For ensuring your new shaft is cut to the desired length.
  • Rag and Solvent: Handy for cleaning up any excess epoxy before it sets.

Step-by-Step Guide to Reshafting

The art of reshafting might seem intricate, but with some patience, a little elbow grease, and a roadmap, you'll have your golf club feeling brand new.

Ready for the transformation? Let’s get started.

Removing the Old Shaft: Tips and Precautions

  • Secure Your Club: Start by clamping the clubhead securely in the vise using protective rubber pads to prevent scratches.
  • Apply Heat: Using the heat gun, warm the hosel area of the clubhead. This will help soften the epoxy. Rotate the clubhead for even heat distribution and avoid overheating which could damage the paint or finish.
  • Use the Shaft Extractor: Once the epoxy is soft, use the shaft extractor to pull out the shaft. Always pull straight out to avoid bending or damaging the hosel.
  • Graphite Shafts: Be extra cautious. They're more delicate than steel shafts. Too much force or heat can damage them. If you plan to reuse the shaft, ensure you use a shaft extractor designed for graphite shafts.

Preparing the Clubhead: Cleaning and Ensuring No Residue

  • Clean the Hosel: Use a brush to remove any old epoxy residue from inside the hosel. Make sure it's as clean as possible for a solid bond with the new shaft.
  • Check for Damages: Now's the perfect time to inspect the hosel for any cracks or damages. If you find any, it's best to consult a professional.
  • Sand the Inside: For a better bond, lightly sand the inside of the hosel. This will give the epoxy a rougher surface to adhere to.

Inserting the New Shaft: Proper Alignment and Positioning

  • Prep the Shaft Tip: Using sandpaper, lightly roughen the last inch of the new shaft. This will help the epoxy bond better.
  • Apply Epoxy: Mix the epoxy as per its instructions. Using a brush, apply it inside the hosel and on the shaft tip.
  • Insert the Shaft: Slowly slide the new shaft into the hosel. Ensure any alignment marks on the shaft are positioned correctly.
  • Set the Ferrule: If your club has a ferrule (the little decorative ring at the base of the shaft), ensure it's slid into position before the epoxy dries.

Letting It Set: How Long to Wait and Why

  • Don't Rush: The key to a strong bond is letting the epoxy cure without disturbance. Depending on the type of epoxy you use, this could be anywhere from a few hours to overnight.
  • Keep Upright: Store the club with the head down and the grip up, in a vertical position. This prevents any epoxy from sliding down the shaft.
  • Check Manufacturer's Recommendations: Always refer to the epoxy's label or manufacturer's instructions on cure time. Shortcuts might result in a weak bond, causing the shaft to come loose during play.
  • After Care: Once cured, avoid exposing the club to extreme temperatures for the next 24 hours. This ensures the bond sets completely.

Common Mistakes to Avoid While Reshafting

Venturing into the world of golf club reshafting is a mix of art and science.

It's easy to make a misstep, especially if you're a newbie to the task.

Recognizing potential pitfalls can save you both time and the heartache of a botched job.

Here, we'll delve into some of these common errors and how best to sidestep them.

Not Aligning the Shaft Correctly

Alignment is everything. One of the foundational aspects of reshafting is ensuring the new shaft aligns perfectly with the clubhead.

Misalignment can dramatically affect the club's performance, throwing off your swing and overall gameplay.

It can be tempting to rush through this part, especially if you're eager to see the final product.

However, it's crucial to take your time. Many shafts come with alignment marks, which should be used as a guide during installation.

If your shaft lacks these marks, it might be beneficial to make your own or consult online resources to get a clear idea of how the shaft should sit.

Moreover, always make sure the clubhead is tightly secured in the vise and at eye level, so you get a clear view of what you're doing.

Applying Too Much or Too Little Epoxy

Epoxy is the magical substance that binds the shaft to the clubhead, and the amount you use is pivotal.

Both excess and scarcity have their pitfalls. Apply too much, and you might find it dripping down the shaft or spilling out of the hosel, creating a messy finish.

On the flip side, use too little, and there might not be enough adhesive force to keep the shaft securely in place.

Finding the right balance is essential. When mixing the epoxy, aim for a consistency that's neither too runny nor too thick.

Applying it should feel smooth, covering the area without globs or gaps.

It's always a good idea to have a rag and solvent nearby to clean up any inadvertent spills immediately.

Not Allowing Enough Time for the Epoxy to Set

The waiting game is arguably the hardest part of the reshafting process.

Once the shaft is in place and the epoxy applied, it can be tempting to test the club or rush to the golf course.

However, this impatience can spell disaster. The epoxy needs adequate time to set and create a robust bond between the shaft and the clubhead.

Cutting this curing time short can result in a weak connection, causing the shaft to loosen or even detach during play.

Always adhere to the manufacturer's recommended curing time for the epoxy you're using.

And even after that, give it an additional grace period.

Keep the club in an upright position, head down, in a place free from disturbances or extreme temperatures.

Your patience will pay off with a club that's not only securely bonded but also primed for top performance.

Why Reshafting is More Complex than Changing Grips

When it comes to golf club maintenance, not all tasks are created equal.

There's a clear distinction between the intricacies of reshafting a golf club and the relatively simpler act of changing its grip.

Diving deeper into the processes, tools, and risks involved offers a clearer understanding of why reshafting is the heavyweight champion in the world of golf club modifications.

Comparative Look: Tools, Time, and Techniques

Reshafting and grip-changing both involve an intimate understanding of the golf club's anatomy, but the tools, time, and techniques required for each differ significantly.

For grip replacement, the primary tools are usually just a grip solvent, double-sided grip tape, and a hook blade.

The process revolves around removing the old grip, applying tape on the shaft, using the solvent for ease of installation, and sliding the new grip on.

It's pretty straightforward and often takes less than 10 minutes per club.

On the other hand, reshafting is a more involved endeavor.

It necessitates an array of specific tools like a vise, shaft extractor, heat gun, and epoxy.

Each tool plays a vital role in ensuring the shaft is removed and reattached correctly.

The procedure requires delicately heating the clubhead to loosen the epoxy, carefully extracting the old shaft, preparing both the clubhead and new shaft for reattachment, and then allowing sufficient time for the epoxy to set.

This process is not only time-intensive but also demands a keen eye and a steady hand to ensure precision and alignment.

Risks Associated with DIY Reshafting vs. Grip Changing

The margin for error in grip-changing is minimal.

The worst-case scenario for a botched grip change might be a grip that's not perfectly aligned or one that slips a bit during a swing.

While these can affect performance, they are minor hiccups in the grand scheme of golf club maintenance.

Reshafting, however, is laden with potential pitfalls for the DIY enthusiast.

A misaligned shaft can dramatically affect a club's performance.

Overheating the clubhead can damage its finish or even warp its structure.

Using incorrect amounts of epoxy can lead to a weak bond or a messy finish.

Additionally, there's always the risk of damaging the shaft during extraction, especially if it's made of graphite.

A misstep in any part of the reshafting process can render a pricey golf club useless or, at best, suboptimal in its performance.

When to Consider Taking Your Club to a Repair Shop

Golf clubs, like all sporting equipment, undergo wear and tear, and sometimes, the fix isn't a simple DIY project.

Knowing when it's time to hand over the reins to professionals can save you time, money, and the agony of a ruined club.

Let's explore the indicators, the benefits of expert service, and how to find that perfect repair shop for your precious club.

Signs That You Might Be in Over Your Head

The enthusiasm of diving into a DIY project can sometimes blind us to the complexities at hand.

With golf club repairs, some signs indicate it's time to consult a pro:

  • Unfamiliarity with Tools: If you find yourself puzzled about how to use specific tools or the right techniques, it's a red flag. Misusing tools can damage the club beyond repair.
  • Repeated Failures: If you've tried fixing something multiple times without success, it's a cue to seek professional assistance.
  • Uncertainty: If you're ever uncertain or second-guessing each step, especially during crucial processes like reshafting, it's safer to consult an expert.
  • Complex Repairs: Some damages, like dents on the clubhead or splintered shafts, aren't straightforward fixes and may require specialized machinery or knowledge.

Benefits of Professional Service: Expertise and Assurance

Professional golf club repair shops offer a suite of advantages:

  • Experienced Hands: Professionals have seen it all—from the most common to the quirkiest of problems. Their experience equips them to handle your club's issue efficiently.
  • Right Tools for the Job: Repair shops are equipped with specialized tools and machinery, ensuring the repair is done correctly and with precision.
  • Assurance: Most reputable repair shops provide a guarantee on their work, offering peace of mind that the repair will last.
  • Guidance: A professional can also offer insights into maintenance, ensuring the longevity of your club and potentially saving you future repair costs.

How to Choose the Right Repair Shop

Finding the perfect repair shop is akin to finding a trustworthy mechanic. Here are some pointers:

  • Recommendations: Word of mouth remains powerful. Ask fellow golfers or local clubs for recommendations. They're likely to guide you to trusted professionals.
  • Research: Look for online reviews or ratings. A consistent track record of positive feedback is a good sign.
  • Ask Questions: Don't shy away from inquiring about their experience, the machinery they use, or their guarantees. A transparent and patient response indicates professionalism.
  • Pricing: While you shouldn't skimp on quality, ensure the prices are reasonable and competitive. Beware of shops that seem too cheap—they might be cutting corners.
  • Turnaround Time: A good repair shop will provide a realistic timeframe for repairs. It's a sign they respect your time and are efficient in their work.


In the intricate dance of golf club maintenance, understanding when to wield your DIY spirit and when to entrust professionals is key.

Balancing this can ensure your clubs remain in peak condition, letting you focus on what truly matters: enjoying the game and perfecting your swing.