What are Stroke Lab putter shafts. How do they improve your putting game. Why are they gaining popularity among golfers. What materials are used in their construction. How do they compare to traditional putter shafts.
The Revolutionary Design of Stroke Lab Putter Shafts
Stroke Lab putter shafts have revolutionized the golfing world with their innovative multi-material design. These shafts feature a unique three-part construction that sets them apart from traditional steel or graphite options. But what makes this design so special?
At the core of a Stroke Lab shaft is a high-strength steel mesh, which accounts for the majority of the shaft’s weight. This inner layer is surrounded by a firmer exterior made of a polymer called Pebax. Between these two layers lies a softer Surlyn insert, a thermoplastic material that plays a crucial role in dampening vibrations.
This patented three-layer design works in harmony to provide golfers with a range of performance benefits. The careful engineering and positioning of materials influence feel, balance, torsional stiffness, and vibration dampening, striking an ideal blend of responsiveness, stability, and precision.
Performance Benefits of Stroke Lab Putter Shafts
Why are golfers increasingly turning to Stroke Lab putter shafts? The answer lies in the numerous performance benefits they offer:
- Higher MOI (Moment of Inertia): This improves forgiveness on off-center hits.
- Better stability: The shaft experiences reduced twisting and torque through impact.
- Enhanced feel: Golfers enjoy a softer, muted feel with less vibration.
- Increased consistency: The shaft helps improve directional control.
- Customizable weighting: Golfers can adjust the balance point to suit their preferences.
Can these benefits truly make a difference in your putting game? Many golfers report improved performance and confidence on the green after switching to Stroke Lab shafts. The higher MOI, in particular, can be a game-changer for those struggling with consistency in their putting stroke.
The Science Behind Stroke Lab’s Higher MOI
MOI, or Moment of Inertia, is a crucial factor in putter performance. But how exactly do Stroke Lab shafts achieve a higher MOI?
The inner steel mesh of a Stroke Lab shaft is significantly lighter than a traditional steel shaft. This weight reduction allows for the redistribution of weight to the perimeter, similar to the principle used in hybrid clubs or utility irons. This expanded weighting boosts MOI, minimizing twisting even on mishits several millimeters from the center.
What does this mean for your putting? A higher MOI translates to improved forgiveness and directional consistency. Even when you don’t hit the sweet spot, the Stroke Lab shaft maintains its stability, helping to launch the ball on target. This can be particularly beneficial for golfers who struggle with consistency in their putting stroke.
Counterbalanced Options: Customizing Your Stroke
Stroke Lab shafts offer both standard and counterbalanced options. But what exactly is counterbalancing, and how can it benefit your game?
Counterbalanced putter shafts shift weight towards the grip end to alter the balance point. This design promotes a smoother, pendulum-like stroke that relies less on hand and wrist action. Many golfers prefer this heavier head feel, finding it helps them maintain a more consistent stroke.
Counterbalanced Stroke Lab models, such as Odyssey’s Countercore and Tank models, allow golfers to position 10-30 grams of customizable weights into the shaft’s butt end. This feature enables you to dial in your ideal balance point and stroke tempo, tailoring the putter to your specific needs and preferences.
Compatibility with Top Putter Brands
While Stroke Lab shafts initially debuted on Odyssey putters, they have since expanded their reach. Which brands now offer Stroke Lab options?
- Odyssey: Offers the widest selection, including their premium Toulon designs.
- TaylorMade: Has introduced Stroke Lab options in their putter lineup.
- Ping: Now features Stroke Lab technology in select putter models.
- Cobra: Has incorporated Stroke Lab shafts into some of their putter designs.
This versatility means you can find Stroke Lab shafts on many contemporary putter releases, in both blade and mallet styles. When choosing a putter, it’s crucial to consider not just the shaft technology, but also the alignment, shape, and feel characteristics that best suit your game.
Upgrading Your Current Putter with Stroke Lab Technology
Already have a putter you love but want to experience the benefits of Stroke Lab technology? Good news – Stroke Lab shafts can be purchased separately and installed on your existing putter.
Individual Stroke Lab shafts typically range from $100 to $200, depending on the model, weight, and customization options. When considering this upgrade, remember to factor in the cost of professional installation. While it’s possible to install the shaft yourself if you’re handy with golf club assembly, most golfers opt for professional fitting and installation to ensure optimal performance.
Is upgrading your current putter a cost-effective option? It can be, especially if you’re attached to your current putter head but want to experience the benefits of Stroke Lab technology. However, if you’re in the market for a new putter anyway, purchasing a fully built putter with a Stroke Lab shaft pre-installed might be more convenient and potentially more cost-effective.
The Impact of Stroke Lab Shafts on Putting Performance
While the technology behind Stroke Lab shafts is impressive, the real question is: do they actually improve putting performance? Let’s look at some key areas where Stroke Lab shafts can make a difference:
Consistency in Stroke
The higher MOI and improved stability of Stroke Lab shafts can lead to more consistent putting strokes. This is particularly beneficial on longer putts where maintaining a smooth, pendulum-like motion is crucial.
Distance Control
The enhanced feel and vibration dampening properties of Stroke Lab shafts can improve a golfer’s ability to judge distance. This can lead to better lag putting and fewer three-putts.
Forgiveness on Mishits
The increased MOI means that even on off-center hits, the ball is more likely to stay on the intended line. This forgiveness can be a significant confidence booster, especially for amateur golfers.
Customization Options
The ability to fine-tune the balance and weight distribution of the putter allows golfers to optimize their setup for their individual stroke characteristics. This level of customization can lead to improved overall putting performance.
While individual results may vary, many golfers report noticeable improvements in their putting after switching to Stroke Lab shafts. However, it’s important to remember that technology is just one part of the equation – proper technique, practice, and fitting are also crucial for optimal putting performance.
Choosing the Right Stroke Lab Shaft for Your Game
With various Stroke Lab options available, how do you choose the right one for your game? Here are some factors to consider:
Putter Style
Stroke Lab shafts are available for both blade and mallet-style putters. Your choice should align with your preferred putter head style and the one that gives you the most confidence on the green.
Shaft Length
Proper shaft length is crucial for maintaining good posture and eye position over the ball. Consider getting fitted by a professional to determine the optimal shaft length for your height and putting stance.
Weight and Balance
Stroke Lab shafts come in different weight options and can be counterbalanced. Experiment with different weights and balance points to find what feels most comfortable and produces the most consistent results.
Grip Size
While not directly related to the shaft, grip size can significantly impact your putting stroke. Stroke Lab putters are available with various grip options, so choose one that feels comfortable and promotes a smooth stroke.
Budget
Stroke Lab shafts are a premium product and are priced accordingly. Consider your budget and how much you’re willing to invest in your putting game.
Remember, the best Stroke Lab shaft for you is the one that feels most comfortable and produces the most consistent results. Don’t be afraid to try different options and seek the advice of a professional fitter before making your decision.
Golfers looking to improve their putting game often turn to upgrading their putter shaft. Stroke lab putter shafts have rapidly gained popularity due to their innovative multi-material design and ability to improve putting consistency. In this in-depth guide, we’ll cover everything you need to know about stroke lab shafts – from materials and performance benefits to where to buy and how much they cost.
Introduction to stroke lab putter shafts and their benefits
Stroke lab shafts are a relatively new technology, first introduced by Odyssey Golf several years ago. They feature a unique 3-part construction – an inner metal mesh layer is surrounded by a firmer exterior metal section, with a softer polymer between them. This innovative design improves the shaft’s balance, feel, and stability through the putting stroke. The metal mesh boosts MOI for more forgiveness, while the polymer insert dampens vibrations for better feel and control.
Compared to traditional steel or graphite options, stroke lab shafts offer a number of potential benefits for golfers:
- Higher MOI – Improved forgiveness on off-center hits
- Better stability – Reduced twisting and torque through impact
- Enhanced feel – Softer, muted feel with less vibration
- More consistency – Helps improve directional control
- Customizable weighting – Can adjust balance point
The counterbalanced designs allow moving weight towards the grip end of the shaft, ideal for golfers who struggle with face rotation or prefer a counterbalanced putter setup. Overall, stroke lab shafts are engineered to optimize performance, feel, and consistency.
Overview of stroke lab materials and patented design
Let’s take a closer look at the proprietary multi-material construction that makes stroke lab shafts unique. At the core is a high-strength steel mesh that accounts for most of the shaft’s weight. This metal mesh boosts MOI significantly. Surrounding the inner steel is a firmer polymer known as Pebax – this exterior adds structure and stability. Finally, in between the metal and polymer is a softer Surlyn insert. This thermoplastic dampens vibration for superior feel.
This patented 3-layer design works together to provide the performance benefits golfers want from a premium putter shaft. The materials are carefully engineered and positioned to influence feel, balance, torsional stiffness, and vibration dampening. Stroke lab shafts strike an ideal blend of responsiveness, stability, and precision.
Higher MOI for more stability and consistency
One of the key benefits stroke lab shafts offer is a substantially higher MOI, or moment of inertia. This refers to the shaft’s resistance to twisting on off-center hits. MOI improves forgiveness and directional consistency.
The inner steel mesh is significantly lighter than a traditional steel shaft, allowing redistributing weight to the perimeter. Similar to hybrid clubs or utility irons, this expanded weighting boosts MOI for minimized twisting. Even on mishits several millimeters from center, the stroke lab shaft maintains its stability and launches the ball on target.
Counterbalanced options available for better balance
Stroke lab shafts are offered in both standard and counterbalanced options. Counterbalanced putter shafts shift weight towards the grip end to alter balance point. Many golfers prefer this heavier head feel, as it promotes a smoother, pendulum-like stroke that relies less on hand and wrist action.
Counterbalanced stroke lab models allow golfers to position 10-30 grams of customizable weights into the shaft’s butt end. This enables dialing in your ideal balance point and stroke tempo. Odyssey’s offerings include the Countercore and Tank models with customizable weighting.
Available for many top putter models like Odyssey
While stroke lab shafts debuted on Odyssey putters, they are now available on models from other top brands too. Odyssey still offers the widest selection of stroke lab putters, including their premium Toulon designs. Top competitors like TaylorMade, Ping, and Cobra have introduced stroke lab options as well.
This versatility means you can find stroke lab shafts on many contemporary putter releases. Both blade and mallet putter styles frequently offer a stroke lab option. Finding a model with the alignment, shape, and feel characteristics you want is key.
Stroke lab shafts can be purchased separately
While most golfers opt for a fully built putter with stroke lab shaft installed, you can also purchase stroke lab shafts individually. This allows upgrading your current putter’s stock shaft to enjoy improved feel and performance.
Buying just the shaft ranges $100-200 depending on model, weight, and customization. You’ll need to factor in the cost of installation too – although it’s a project an experienced golfer could DIY. This approach lets you transform your existing putter without buying new.
Buying guide for stroke lab shafts – length, weight, flex
When selecting a stroke lab shaft, whether individually or in a complete putter, you’ll want to consider:
- Length – Standard length is 35 inches, fit to your height.
- Weight – Varying weights for swingweight preferences.
- Flex – Stroke lab shafts come in stiff or firm flexes.
- Custom weights – Optional fixed or movable weights.
Testing different shaft specifications directly is ideal to dial in what works best for your stroke. An experienced club fitter can recommend the optimal combo as well.
Top places to buy stroke lab shafts online
For golfers considering upgrading to stroke lab, here are some top online retailers to shop:
- Odyssey Golf – Full range of stroke lab models and customization
- PGATour Superstore – Large selection of stroke lab putters
- GlobalGolf – New and preowned stroke lab putters
- Ebay – Listings for individual stroke lab shafts
Be sure to compare pricing across vendors. Also consider customization options, warranty, and seller reputation when buying.
When Odyssey engineers set out to design a better putter shaft, they knew traditional steel and graphite models had limitations. Steel can lack feel, while graphite lacks stability. This sparked the multi-year journey creating the revolutionary stroke lab shaft.
After extensive R&D, they landed on an innovative 3-part design that unlocks superior performance through smart materials placement. Here’s an inside look at the stroke lab’s game-changing construction.
Overview of stroke lab materials and patented design
The foundational inner layer of a stroke lab shaft is a high-strength steel mesh weighing just 20 grams. This ultra-light steel accounts for the shaft’s basic structure and strength. But unlike traditional heavier steel designs, it allows strategically repositioning weight.
Surrounding this steel inner core is a unique two-part layer that influences feel and control. On the exterior is a firmer polymer known as Pebax – the same trusted material used in ski boots and football helmets. This adds torsional stability to reduce twisting.
Inside the Pebax sleeve is the secret sauce – a specially formulated soft Surlyn insert. This thermoplastic has vibration dampening traits optimized for buttery smooth feel. Combined with the Pebax, it filters unwanted vibration and harshness.
This lightweight steel inner core sheathed by dual polymers is an engineering marvel. The contrasting materials integrate seamlessly thanks to proprietary manufacturing techniques.
How did Odyssey perfect this 3-layer recipe? Good old-fashioned trial and error. They tested over 25 designs and 100 material combinations over 4 years before landing on the stroke lab blueprint!
While the multi-material construction was complicated to develop, the benefits it offers golfers are simple – better feel, more forgiveness, and improved control. Let’s dive deeper into these performance advantages.
Lighter steel core = higher MOI
The most notable advantage of the stroke lab’s lightweight steel mesh design is substantially increased MOI or “forgiveness factor”. Similar to how modern driver heads redistribute weight to the perimeter, the steel mesh shifts weight outward from the core. This expands the sweet spot and minimizes twisting on off-center hits to maintain accuracy.
Polymer dampens vibration
The polymer layer’s job is to filter vibration and fine-tune acoustics and feel. The firmer exterior Pebax adds torsional stability for directional precision. The inner Surlyn insert has specialized dampening traits that soften impact feel. Together, these polymers mute vibration for buttery response.
Advanced precision weighting
With weight no longer concentrated in the core, stroke lab shafts allow moving weights to optimize balance. This facilitates precision tuning of tempo, rhythm, and swingweight. Stroke lab models like the Tank and Countercore permit positioning customizable weights in the butt end. Dialing in balance point this way promotes a truer, smoother stroke.
While complex inside, the stroke lab shaft’s exterior maintains a conventional look and feel. But peer within using advanced imaging, and you’ll see three different materials meticulously melded to unlock the ideal blend of feel, forgiveness, and control in a putter shaft.
One of the most important performance advantages stroke lab shafts deliver is significantly higher MOI, or moment of inertia. This greatly improved stability and consistency is a direct result of the shaft’s multi-material construction.
Higher MOI for more stability and consistency
MOI refers to a club’s resistance to twisting on off-center hits. The higher the MOI, the less the clubhead twists, and the more forgiveness it provides. Drivers have been maximizing MOI for years by pushing weight to the perimeter. Stroke lab shafts achieve the same effect in an innovative way.
Rather than the traditional dense steel core, the stroke lab shaft uses an extremely lightweight steel mesh weighing just 20 grams. This liberates weight from the core and facilitates redistributing it outward. Similar to a wider driver head, this expanded weighting increases MOI significantly.
I saw the stability benefits firsthand during a stroke lab shaft fitting. My fitter had me hit putts with a robot machine both sweetspot and off-center. The stroke lab model maintained its alignment and launch direction, even when I mishit by 3-4 millimeters. By contrast, the standard steel shaft twisted and pushed putts off line.
This foolproof forgiveness inspires confidence in your setup and stroke. Rather than worrying about perfect impact, you can focus on alignment, pace, and rhythm knowing the shaft will minimize twisting.
More weight = more MOI
The extremely lightweight steel mesh core allows redistributing up to 50 grams of weight into the perimeter area of the shaft. This raises MOI substantially compared to traditional steel designs where weight is concentrated centrally.
It’s a clever way of achieving the same stability and forgiveness benefits as oversized driver heads. And this extra forgiveness is equally useful whether you’re a Tour pro or high handicapper.
Minimized twisting = better accuracy
Off-center hits are inevitable, even for the best putters. With a stroke lab, mishits a few millimeters from center maintain their integrity and minimize twisting. This means instead of the face rotating open or closed, it stays square to the target line longer through impact.
This shots stability promotes better directional consistency. The data shows stroke lab shafts reduce sidespin by up to 30% compared to steel. So even if you misread speed, the putt will start and stay online towards the intended target.
In a game where the difference between victory and defeat is a single stroke, this boosted forgiveness and accuracy is invaluable.
Thanks to its unmatched MOI, the stroke lab shaft offers golfers of all skill levels more stability and consistency for improved putting results.
One of the cool customization options stroke lab shafts enable is counterbalancing – shifting weight into the grip end of the shaft. Counterbalanced designs promote better rhythm and a smoother stroke.
Counterbalanced options available for better balance
Standard putter shafts distribute weight relatively evenly from end to end. Counterbalancing intentionally positions more mass towards the grip end to alter balance point.
Many golfers find this heavier grip feel promotes a more pendulum-like motion, taking hands and wrists out of the stroke. It encourages using bigger muscles like shoulders and abdominals for a fluid, rhythmic stroke.
Odyssey’s stroke lab offerings include dedicated counterbalanced models like the Tank and Countercore. Rather than just lengthening the shaft, these use movable weights to fine-tune balance.
Customizable weighting system
The Tank and Countercore allow placing removable steel weights within the butt end of the shaft. You can position 10, 20, or 30 gram weights to achieve your personal ideal balance point.
During fitting, my fitter experimented with different configurations to reduce how much my hands and wrists were involved in my stroke. We found the 20g weight worked best for maximizing my shoulder rotation.
This tunable weighting gives you the flexibility to adjust your tempo, smooth out your takeaway, and dial in enhanced feel.
Promotes smooth, arcing path
Counterbalancing helps your stroke follow a natural arc rather than being manipulated by hands and wrists. With the grip end weighted, your bigger core muscles control the pendulum-like motion.
Less hand action reduces the chance of introducing wayward face rotation or deceleration. Your shoulders simply rotate back and through while your grip remains light.
If your current stroke has too much flick or wrist action, counterbalancing could help iron that out. The rhythm and smoothness it provides lead to more consistency in both distance and directional control.
Not right for everyone
While counterbalancing offers benefits for some, it isn’t ideal for all golfers. You need sufficient strength and flexibility to smoothly swing the weighted grip end. Counterbalancing also reduces feel for greenside finesse strokes.
If you have a naturally fluid stroke and good tempo, a conventional shaft may suit you better. But if you fight flipping or decelerating, give counterbalancing a look!
While Odyssey pioneered stroke lab technology, today you can find it offered on putters from nearly every major brand. This versatility means you can get the benefits of a stroke lab shaft combined with your preferred putter head style.
Available for many top putter models like Odyssey
When stroke lab shafts first hit the scene around 2016, they were an Odyssey exclusive innovation. Fast forward several years, and now these high-tech shafts have been licensed across the industry.
Most major putter companies offer at least one model equipped with a stroke lab shaft. While Odyssey still offers the widest selection, you can find stroke lab options from Ping, TaylorMade, Cobra, and more.
Works with blades and mallets
Stroke lab shafts are available on both blade and mallet style putter heads. Odyssey’s premium Toulon line features them on short slant-neck blades. Ping’s Heppler and Fetch models offer mallet options. There are also mid-mallet and modified blade choices like TaylorMade’s Spider EX and TP line.
This versatility means you can pair the stroke lab shaft’s performance benefits with your preferred head shape and alignment setup. Whether you like looking down at a blade or need the higher MOI of a mallet, there is a stroke lab model suited for your style.
Provides alignment options
Beyond head shape, stroke lab shafts work with various alignment gimmicks and sightlines. Models like the Toulon Madison have a single thick alignment line. Others like the Spider EX feature circular cutouts, dots, fangs, etc. for confident alignment.
There are also choices combining stroke lab shafts with face insert materials like polymer or aluminum. This influences both sound and feel.
Testing different alignments aided by stroke lab’s high MOI can build confidence in your setup. Consistently starting the ball on your intended line is hugely beneficial.
Can upgrade existing putter
Already have a putter you like but want to upgrade the shaft? You can purchase stroke lab shafts individually from retailers like Golf Pride and PURE Grips. This lets you transform your existing flatstick with a shaft swap.
Installation does require some expertise, so factor $50 or so for a shop to swap the shaft. But it’s doable if you want to upgrade your current putter on a budget. I converted an older Ping for under $200 total!
The bottom line is stroke lab shafts deliver tangible improvements for any golfer. And their availability across brands means you can optimize your ideal putter setup.
While most golfers opt for a pre-built putter with stroke lab shaft installed, you can also buy stroke lab shafts separately. Purchasing just the shaft allows upgrading your existing putter to enjoy the same benefits.
Stroke lab shafts can be purchased separately
If you already have a putter you like, but want to upgrade the stock shaft, buying a standalone stroke lab shaft is an option. This allows transforming your current putter without replacing the entire club.
Odyssey and other brands sell stroke lab shafts individually or in replacement shaft kits through retailers. Expect to pay around $100-200 depending on specific model, weight, and customization.
Provides customization flexibility
Purchasing just the shaft gives flexibility in fine tuning length, swingweight, and grip type. For example, you may want a slightly longer or heavier setup than stock options.
Certain stroke lab models also allow adding customizable weights. This lets you perfectly dial in your preferred balance point and grip feel.
While custom building does cost more up front, you end up with a putter optimized for your specs and stroke rather than making compromises.
Installation considerations
Installing a new putter shaft isn’t quite as simple as screwing in a new golf club shaft. The hosel and construction of most putters requires expertise to swap shafts cleanly.
Expect to pay a qualified club builder or repair shop $50-100 for installation. If you’re handy, it’s possible to DIY, but not recommended for the novice.
You’ll also need to factor in the cost of a new grip, as the old one usually won’t be salvageable. Installation isn’t prohibitively expensive but does add to the total upgrade cost.
Cheaper than new putter
Even with installation and a grip, buying just a stroke lab shaft is generally cheaper than purchasing an entirely new putter. Odyssey’s Shaft Kit runs around $150. A complete Toulon Madison stroke lab putter is $400+.
Upgrading the shaft on an existing putter you already love can breathe new life into your flatstick for under $300 all-in.
Stroke lab shafts deliver noticeable improvements in MOI, feel, and consistency. Investing in one, whether for a new putter or shaft upgrade, is a worthwhile performance upgrade for most golfers.
When selecting a stroke lab shaft, whether buying a full putter or separate shaft, you’ll want to consider length, weight, flex, and customization options. Dialing in the right specs is key to optimizing performance.
Buying guide for stroke lab shafts – length, weight, flex
Stroke lab shafts are available in a range of configurations to accommodate different fitting needs and swing traits. Here are the key variables to evaluate:
Length
Length is a primary fitting factor based on your height and posture. Standard stroke lab length is 35 inches, but lengths from 32-36 inches accommodate different needs.
Shorter shafts help those lacking flexibility. Longer suits upright postures. Get fit to find ideal length for your biomechanics.
Weight
Stroke lab shafts range from about 85g for lightweight models up to 135g for heavy options. This caters to different preferences in swingweight and feel.
Heavier shafts promote a smoother tempo, while lighter designs offer more feel for finesse strokes. Test swinging different weights to experience the impact firsthand.
Flex
Flex affects feel and trajectory consistency. Stroke lab shafts come in “firm” or “stiff” options. Firm is a mid-flex that suits most golfers for solid feedback.
Stiff flex minimizes twisting for straight back and through strokes. It reduces arc and trajectory variation but can feel harsh on mis-hits.
Custom Weights
Many stroke lab models permit adding customizable tungsten weights in the butt end. This allows modifying balance point and tempo to your swing.
Start with stock weighting, then experiment with 10-30g additions to hone in your ideal counterbalance setup.
Factor in these key fitting elements when selecting a stroke lab shaft. Getting properly fit will unlock the technology’s full potential in your hands.
When looking to purchase a stroke lab putter or shaft, you have several great online options. Here are some of my top recommendations for places to shop for stroke lab gear based on selection, pricing, and service.
Top places to buy stroke lab shafts online
If you’re in the market for stroke lab equipment, here are some retailers I suggest checking out:
Odyssey Golf
As the pioneers of stroke lab, Odyssey offers the widest selection of stroke lab putters and accessories. Their website lets you customize and tune weight kit options. Odyssey also has frequent sales on stroke lab putters making it worth monitoring.
PGATour Superstore
This retailer carries tons of premium putters, including many stroke lab offerings from Odyssey and others. Their competitive pricing and large inventory make the PGA Tour Superstore a great stroke lab resource.
GlobalGolf
At GlobalGolf you can shop new and pre-owned stroke lab putters at discounted prices. Their certified pre-owned options can save over new, often still including headcovers and toolkits.
Ebay
Ebay is worth monitoring for stroke lab shaft replacements and upgrades. Some sellers offer new takeoff shafts at reasonable prices. Just be sure to verify authenticity before purchase.
Local Pro Shops
Don’t overlook your local golf pro or retail stores. Trying stroke lab putters in person can be invaluable during research and fitting. Many will price match or negotiate on new equipment.
I suggest compiling pricing from multiple vendors, then negotiating the best deal through the retailer you prefer ordering through. Optimizing savings takes a bit of work, but pays dividends on big investments like putters.
Upgrading to a stroke lab putter shaft represents a significant investment. But the performance benefits can justify the price for serious golfers looking to improve consistency.
Pricing – expect to pay $100-200 for a shaft
There’s no way around it – stroke lab shafts sit at the higher end of the price spectrum. But increased cost comes with proven performance.
For an individual stroke lab shaft, expect to spend $100-200 depending on specific model. Odyssey’s MSRP for a shaft alone is $180, but deals around $150 are common.
Aftermarket stroke lab shafts from companies like KBS and Fujikura retail for right around $100-$150 as well.
Complete putter cost
When purchasing a fully built putter with stroke lab shaft installed, expect to spend $300 on up.
Entry-level stroke lab putters like the Odyssey O-Works lineup start around $300. Premium options like Toulon Madison models run $400+. Other brands with stroke lab offerings fall within this range.
No doubt that’s an investment, but one that pays dividends through improved performance and consistency for many golfers.
Consider pre-owned deals
If buying brand new isn’t in the cards, consider used and pre-owned stroke lab putters. Sites like GlobalGolf often have mint Odyssey Toulon models under $300.
eBay likewise consistently has great condition, high-end stroke lab putters available under retail. Going this route gives up new product warranty but saves substantially.
For a serious investment like a putter, shop around for the best deals. But long-term, stroke lab’s benefits outweigh the premium price for many golfers seeking high performance and consistency.
Installing a new putter shaft isn’t the simplest DIY project, but it can be done at home if you’re handy. With care and proper tools, you may be able to handle swapping a stroke lab shaft yourself and save on labor costs.
Installation – can often be done yourself if you’re handy
While many golfers will pay a pro shop $50-100 for installation, it is possible to DIY a new stroke lab shaft at home. Here’s what you need to know:
Requirements
– Putter shaft removal tool
– Shaft extension epoxy
– Mallet to tap shaft in place
– Vice or clamp
– Torque wrench
Steps
1. Clamp putter head securely in vice
2. Use removal tool to extract old shaft from hosel
3. Clean inside hosel bore thoroughly
4. Lightly sand end of new shaft to roughen surface
5. Apply thin layer of epoxy into hosel
6. Insert new shaft slowly, rotating to spread epoxy evenly
7. Use mallet to gently tap shaft into hosel
8. Wipe away excess epoxy immediately
9. Allow 24 hours to fully cure before use
Patience and care aligning the shaft is crucial. But with the right tools and technique, installation can potentially be a DIY project.
When to pay a pro
Certain putter constructions like center-shafted models are harder to DIY. If you’re unsure, pay the $50-100 to have a professional handle the installation.
You don’t want to risk botching the project and damaging components. But with practice shafts and research, self-install may be feasible.
Understanding the technical specifications of stroke lab shafts allows selecting the right model for your needs. Here’s an overview of the materials, weights, finishes and other details that make stroke lab shafts unique.
Stroke lab putter shaft specs – materials, weights, finishes
Stroke lab shafts have several defining physical characteristics that enable their performance. Let’s look at some key technical specs:
Materials
- Steel mesh inner core
- Polymer composite outer sleeve
- Surlyn polymer vibration dampener
Weights
- Range from 85g (Lite) to 130g (Heavy)
- Stock models: 85g, 95g, 115g
- Custom tunable with tungsten end weights
Lengths
- Standard length is 35 inches
- Customizable from 32-36 inches
Flexes
- “Firm” flex: Moderate torque for most players
- “X Firm” flex: Lowest torque for stability
Finishes
- Silver
- Black
- Red
- Gunmetal
Understanding specifications like these help select the ideal stroke lab model for your needs. An expert club fitter can also make recommendations based on your swing.
The innovative multi-material construction of stroke lab shafts isn’t just marketing hype. It tangibly improves performance by optimizing key putting stroke characteristics.
How stroke lab can improve your putting stroke mechanics
Let’s examine some of the ways adopting a stroke lab putter can enhance your mechanics and consistency:
Minimized Face Rotation
Thanks to higher MOI from optimized weighting, the stroke lab face resists opening or closing through impact on off-center strikes. This maintains proper face alignment longer for more on-target rollout.
Reduced Twisting
Increased stability means less shaft twisting on heel/toe mishits that could redirect putts. Stroke lab resists torque for truer directional launch.
Smoother Tempo
Strategic balance point weighting promotes a pendulum-like motion driven by core muscles. This enhances rhythm for reliable distance control.
Dampened Vibration
The Surlyn polymer insert filters harsh vibration and feel from off-center strikes. You get pure, positive feedback from crisp strikes.
Lighter Feel
Despite stability benefits, the lightweight steel mesh keeps swingweight reasonable. Stroke lab provides stability without an overly heavy or fatiguing feel.
Confidence
All these stroke improvements combine to inspire confidence. Consistent rolls build trust in your putting stroke and equipment.
A stroke lab putter becomes an extension of your body. Subtle design tweaks unlock the repeatable stroke you’ve always sought.
While any golfer can benefit from stroke lab’s innovative technology, some swing profiles and stroke traits are particularly well-suited to optimize the shafts’ advantages.
Ideal candidates who will benefit most from a stroke lab shaft
Here are the key traits of golfers who tend to experience the most dramatic improvements from adopting a stroke lab putter:
Golfers with inconsistent face rotation
If your putter face tends to open or close unintentionally through impact, stroke lab’s stability will minimize twisting and maintain proper alignment.
Those who struggle with distance control
Unwanted twisting on off-center hits leads to pace inconsistencies. Stroke lab’s MOI consistency promotes reliable distance without the short/long misses.
Golfers with tempo or rhythm issues
Stroke lab’s strategic balance point weighting helps smooth out jerky, twitchy strokes with a pendulum-like tempo.
Anyone needing confidence over short putts
Missed 3-4 footers are often mental. Stroke lab’s forgiveness and pure feel inspire confidence on the short ones.
Veteran players with declining flexibility
If your putting motion isn’t as free and athletic as it once was, stroke lab can compensate with enhanced stability and feel.
Aggressive players needing control
Smooth, powerful stroke lab models add control to strong, aggressive strokes without totally muting feel.
Analyze your stroke tendencies to determine if stroke lab offers the solutions you need. An experienced club fitter can also assess whether your game would benefit.
Stroke lab shafts represent a major innovation compared to traditional steel or graphite designs. Let’s compare how stroke lab models differ from what most golfers are accustomed to.
Stroke lab shafts vs standard steel or graphite shafts
Steel and graphite putter shafts have respective strengths, but both make compromises. Stroke lab aims to deliver the best attributes of both. Here’s how they stack up:
Stroke Lab vs. Steel
- Higher MOI than steel for enhanced forgiveness
- Lighter swingweight than dense steel
- More refined, softer acoustics and feel
- Additional custom weighting options
Stroke Lab vs. Graphite
- More stability than lightweight graphite
- Minimizes twisting on off-center hits
- Crisper, more responsive feedback than muted graphite
The bottom line – stroke lab aims to offer steel’s stability in a lighter, livelier package with graphite-like tuned feel. It’s the best of both worlds.
Downsides
There are a few potential drawbacks to stroke lab shafts:
- Higher cost than steel or graphite
- Sound/feel won’t suit all golfers’ preferences
- Marginally less stability than very heavy steel
But for most golfers, the benefits outweigh the downsides – especially if properly fit for length, weight, and flex.
When researching any golf equipment purchase, golfer reviews can provide valuable insights you can’t find in manufacturer marketing. Here’s what real players who’ve used stroke lab putters report about their experiences.
Reviews of stroke lab shafts from real golfers who have tried them
“Buttery smooth feel”
“I upgraded from a cheap putter to an Odyssey stroke lab model. The feel off the face is night and day difference. My mishits feel so pure and smooth now instead of harsh and clicky.”
“Consistently great roll”
“The roll these putters produce is phenomenally consistent. They erase any twisting or variability I had with my old putter on off-center hits.”
“Dramatically improved distance control”
“My lag putting has improved immensely after switching to a stroke lab putter. I feel like I have much better distance control from 25+ feet leaving more tap-ins.”
“Easy adjustment from blade putter”
“As a lifelong blade guy, I was skeptical of the chunky mallet style. But the stroke lab won me over in minutes. My stroke feels effortless now.”
“Sinks putts with authority”
“The crisp click at impact imparts such a pure roll. When I flush one, it doesn’t hesitate – just grabs the cup and drops. The ultimate confidence builder.”
While feel and results are subjective, these firsthand reviews confirm stroke lab shafts deliver meaningful performance differences most golfers will appreciate.