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Review: Paderson Driver Shafts

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Pros: Four distinct driver shaft profiles are available in a wide range of flexes. Paderson’s filament-wound construction (used in three profiles) offers a unique feel. By premium shaft standards, these are a bargain at $199 each.

Cons: Limited weight options.

Who They’re For: Anyone can play a Paderson shaft.

The Review

Buying a golf shaft is like buying a new pair of running shoes. If the shoes don’t fit your foot, it doesn’t matter how good their technology is. You’re going to run slower, and you’re not going to be as comfortable as you could be.

A golf shaft is the same way. If it doesn’t fit your swing, you’re not going to hit shots as far or straight as you could. A mismatched shaft won’t give you blisters like mismatched shoes, but it will wear on your confidence. For golfers, that’s arguably even more painful. So the challenge for premium shaft makers like Paderson, which is targeting both professional and average golfers, is two-fold. The company has to create several types of shafts in an effort to fit as many golfers as possible, but also include technology that has its shafts stand apart from its competition.

While not a household name now, Paderson has the traits of a shaft company that could be. That’s thanks to its filament-wound manufacturing technique, which is used in three out of the four driver shafts the company produces. It’s unique to the industry, and also used in the company’s fairway wood, hybrid/utility and iron shafts. To learn more about Paderson’s claims and technologies, you can read this in-depth Q&A we did with company CEO Jason Horodezky. For the purposes of this review, however, I’ll do my best to explain the company’s technologies as simply as possible.

Paderson_Shafts_Feat_2

Most graphite shafts are made from several sheets of carbon fiber and resin, a glue that holds the fibers together. To create a shaft, these sheets, called “pre-preg,” are wrapped tightly around a steel rod called a “mandrel,” which sets a shaft’s geometry. Different types of pre-preg have different characteristics, and sometimes exotic materials are used to change those characteristics, which generally drive up the cost. It’s the thickness, stiffness, torsional qualities and orientation of the materials used that determine the weight, stiffness and bend profile of each shaft. Once the wrapping process is complete, the shafts are put in a special oven, where the sheets are laminated, or melded together, to create a graphite tube. The shafts are then sanded smooth and painted, creating the finished product.

Paderson’s shafts are formed on a mandrel, too, but the filament-wound process used for three of the driver shafts tested (KG860, KG860TP and the upper part of KG972) is much different. They are, in essence, “braided” from two continuous strands of carbon fiber and kevlar, which the company says allows its shaft to not only be more consistent, but create superior energy transfer when compared to other shafts. Paderson says it can actually “pre-load” tension in its shafts, harnessing the energy of the vibrations created during the swing to increase ball speed.

Paderson_Shafts_weave_1

The visible weave is evidence of Paderson’s filament-wound construction.

According to the company, one of its four driver shaft models will work for any golfer, as they’re available in a variety of flexes ranging from Ladies to XX-Stiff. Unlike many shafts on the market, however, golfers can’t pick the weight and flex of Paderson shafts independently. Each flex is constructed with a specific weight the company says optimizes ball flight, so weight options depend on shaft model and flex.

Bolstering Paderson’s consistency claims is that the filament-wound process does not require its shafts to be sanded, so the texture seen on its shafts is not cosmetic, but rather the actual appearance of a shaft’s fibers, sealed with a layer of clear-coat.

Paderson_Shafts_Weave_2

Both Paderson’s KG860TP and KG860 shafts are fully wound from butt to tip.

Paderson also makes shafts that aren’t fully filament-wound, and claims its lamination technique is superior to typical processes. Its KG972 shaft, for example, uses a filament-wound upper portion and a laminated lower portion. The company’s Amorphous shaft, on the other hand, is 100 percent laminated. What’s different about Paderson’s lamination process, according to the company, is that it uses vacuum-curing, a temperature-controlled process that pulls resin through the shaft to minimize resin content, which allows for more fine-tuned designs.

Intrigued? So was I, so I put Paderson’s shafts to the test.

The Testing Data

Paderson_Shafts_Testing_Data

I sent my launch monitor and swing profile information to Paderson, which in turn sent me four of its latest shaft models to test. My results are above, but I feel that the numbers don’t tell the whole story. For that reason, I’ve included an individual write up about each shaft below.

Dispersion

Paderson_shafts_dispertion

Testing Procedure: I took the four Paderson shafts, as well as my gamer shaft I was fit for in the fall of 2015, to Carl’s Golfland in Bloomfield Hills, Mich. I tested all five shafts at its Launch Pad custom-fitting facility on Trackman. I used a TaylorMade M2 driver (9.5 degrees, set to neutral) and each of the shafts tested measured 45.5 inches.

KINETIXX Kevlar Green 860TP

IMG_9756

Right now, the graphite shaft market is trending toward the tip-stiff, low-torque designs shafts that are regularly finding the winner’s circle on the PGA Tour. If those shafts have worked successfully for you, then the 860TP could be the Paderson shaft that fits you best. It is the lowest in torque of any Paderson driver shaft, and has also has the stiffest tip section. That makes it a good fit for golfers with an aggressive transition, or those who tend to hook the ball.

I tested all the Paderson shafts in a D40 flex, which equates to an X-flex, and more than the others, the 860TP felt very stout and stable. I was impressed with how smooth and balanced it felt for a high bend-point shaft, though.

With the 860TP, I had the highest average swing speed, which gave it the greatest potential for maximum distance. I struggled to find the center of the face, however, which is why I didn’t generate as much ball speed with it. The shaft did create the highest launch angle, and like all the Paderson shafts, it outperformed my gamer, a low-torque, tip-stiff 70X shaft that was most similar to the 860TP.

KINETIXX Kevlar Green 860

IMG_9753

The Kevlar Green 860 is Paderson’s “baseline” shaft. It fits the widest segment of the golfing population as a whole, and suited my swing better than the 860TP due to its slightly softer tip section and higher torque. I liked the way it felt, and as you can see in the dispersion graphic above, I hit it the most consistently.

My angle of attack was also the most up, or positive, with the 860, which helped me create the longest total distances with the shaft. If I was playing in a tournament tomorrow, this is the shaft I would play.

KINETIXX Kevlar Green 972

IMG_9755

To me, the the KG972 is Paderson’s most interesting shaft, with a filament-wound upper half and a laminated lower half. The multi-construction approach gives the shaft a slightly higher balance point than Paderson’s other driver shafts, or “counterbalancing” effect. It tends to fit golfers with a smooth transition, according to the company, and felt extremely easy to swing in testing.

While the 972 created the fastest ball speeds and longest carry distance, its comparatively softer-tip design didn’t suit my swing. I felt a lot of “kick” at the bottom, and I felt as though it had more draw bias than the others.

KINETIXX VMT Vacuum Cured KVMT870

IMG_9754

The 870 has gained traction in the long-drive community. It’s a fully laminated shaft, and does not use the company’s filament-wound technology.

The 870 has a dual kickpoint, according to Paderson, which causes the shaft to bend low in the butt and high in the tip to improve energy transfers for certain players. At 66 grams, it was also 5-10 grams lighter than the other Paderson shafts I tested. The 870 felt more active than all but the 972, however, and I preferred the heavier weight and more stable feel of the 860 and 860TP shafts.

The Takeaway

At $199 each, Paderson’s shafts are more affordable than most premium shafts, and my testing showed that one of the company’s shafts has the potential to meet, or in my case exceed the performance of your current shaft. If one of Paderson’s shafts suits your swing, and one likely will, it deserves serious consideration — even among shafts that cost hundreds more.

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5 Comments

5 Comments

  1. alan

    Apr 26, 2016 at 9:27 am

    impressive results. thanks for the write up. go vcu rams!!

  2. Bob Pegram

    Apr 22, 2016 at 2:04 pm

    It was interesting reading how each shaft worked for the author. However, more information on what type of golfer each shaft is designed for would been helpful. The author did include some of that info. I will look at the Paderson website to see if there is more info.
    In addition, most players don’t have an almost 120mph swing speed. Even many touring pros don’t.
    Using the same head on all shafts was smart – fewer variables makes the shaft differences stand out.

    • Jake

      Mar 23, 2019 at 6:23 pm

      I have the Kinetix Ballistic in my irons and fairways. I hit them best on the monitor but can’t hit them very well in play. Too light and the flex is all wrong. Was sold them at Club Champion and they are going back.

  3. Alex T

    Apr 21, 2016 at 3:11 pm

    It might be secondary to the performance, but I think Paderson need to work on their names. I mean “KVMT870-D40”? Hardly rolls off the tongue like “rogue”, “fubuki” or “speeder” does it? I’d definitely like to try one though, as the tech seems very interesting.

  4. Michael

    Apr 21, 2016 at 2:42 pm

    I have a hard time believing that the “gamer” shaft would be such a poor performer, considering the fitting options that the author has access to.

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Accessory Reviews

WRX Spotlight: Athalonz EnVe—The best golf shoes you’ve never heard of

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One of the coolest parts of being in this part of the golfing world is being able to shed light on smaller companies that typically get overshadowed by their bigger corporate brothers.

So, this post is about one of those products that is definitely competitive against top golf shoe companies, and it’s made by a company called Athalonz, which is based out west in Arizona. Typically known for its innovative baseball cleats and insole packages, Athlonz newest addition takes the patented design to the world of golf with the EnVe golf shoe.

These have started appearing on the world long drive circuit due to the amount of traction they get, allowing players to swing harder. So for the last few months, I have gotten to wear them and see if they are as good as the company claims.

Athalonz EnVe: Living up to claims

The main selling points of these shoes are focused on two things

  1. Design that delivers more power and stability
  2. Custom comfort that lasts all day

These are somewhat difficult to combine into one shoe, and though they are on the heavier side, Athlonz are completely worth it for the benefits. It is obvious that they made strides to hit each box on the list for a great shoe. The patented design has been adapted from their baseball cleat and introduces a spikeless golf shoe with a circular design that allows the player to gain traction through the golf swing. This gives a player the chance to swing harder and faster without losing their footing. They also offer insole packages that help with correct bodyweight placement to help add an extra layer of consistency.

Secondly, it’s very noticeable that there was plenty of thought given to comfort with a roomy toe and custom insoles to fit your style. Additionally, ankle padding helps to provide more stability and comfort.

On another note, they have a good sense of style with a more classic, casual take. In addition to the pictured white/brown color, there’s a black/grey colorway as well.

After multiple months of wear in all types of conditions, these shoes have performed great for me with all the traction I need and while feeling great throughout the round.

Verdict

I am a person who tends to support smaller companies when I can if they make good products. Any support for them goes a long way—especially in the golf business. Since these shoes will set you back about $150, I wanted to be sure they are worth it for the money and they absolutely are. Seriously, for anyone looking to boost their shoe game and help alleviate aching feet and ankles, give these a shot.

 

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Accessory Reviews

GolfWRX Spotlight: Nikon Coolshot 20 GII and 20i GII

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Every golfer should have an accurate, reliable, easy-to-use rangefinder. With the new Nikon Coolshot 20 GII and 20i GII, you get all of that and more in one of the smallest, lightest packages on the market.

Not only do you get a ton of features, but when you consider these devices start at only $199.99 for the 20 G II and then $229.99 for the 20i GII ( slope adjusted version ), you get one of the best values in a rangefinder from one of the most well-known consumer optics companies in the world.

Review: Nikon CoolShot 20 GII and 20i GII

First Target Priority and 8-Second Continuous Measurement: “First Target Priority” is Nikon’s way of making sure you are picking up the flag and not a tree behind your intended target. There is nothing worse than thinking you have your distance dialed in to then have a shot fly over the green. With how quickly it lets you know the ranger finder is locked, getting that distance and double-checking can happen remarkably fast.

In the eight-second continuous measurement setting, the rangefinder will continuously measure the field of view as you scan the target area for approximately eight seconds. This setting is great when playing unfamiliar courses or trying to figure out the exact spot to a dogleg, tree, or hazard on your intended line.

Bright, 6x Monocular: Nikon is known for its glass and multi-coating technology, from telephoto camera lenses to rifle scopes, if it’s Nikon glass, it’s going to be clear, fog-resistant, and high-contrast for easy viewing. From a viewing experience perspective, the Coolshot 20 GII’s 6x monocular has an adjustable diopter for sharp focusing, along with long eye relief—meaning you can keep your glasses (or sunglasses) on when acquiring your target.

Slope-Adjusting ID Technology: With the 20i GII you have the option to get the slope-adjusted distance for any shot thanks to Nikon’s ID Technology. The mode can be turned on and off by the user to comply with USGA rules to make it legal for tournament rounds. Having tested it out on hilly terrain it’s easy to see why so many golfers mis-club going into greens when elevation changes become a lot more dramatic.

Review

The Nikon Coolshot 20 GII’s size and weight make it ideal for anyone who regularly carries and wants the benefit of knowing distances but without having to worry about weight—it weighs about the same as a sleeve of balls.

The size allows you to hold the units stable. However, I could see for those new to the rangefinder space, it could take some time getting used to when first getting acquainted with it. The best bet for this is to take it to a range or just step outside with it on your next walk and get used to hitting targets before you take it to the course—plus it makes for a fun game to see how good you really are at estimating distances.

Overall, for the price and size, it is one of the best rangefinders on the market. Plus, with a five-year warranty, you can be assured of years of use with the Nikon CoolShot 20 GII rangefinders.

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Putter Reviews

WRX Spotlight Review: T Squared TS-713i Standard Series putter

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Product:  T Squared TS-713i Standard Series Putter

About T Squared: T Squared Putters is a small putter manufacturer just south of Buffalo, New York. The company was founded by Tony Tuber who created his first prototype putters, after hours, in his father’s machine shop. Since then Tony and his father have been creating high-quality putters in the same facility that creates high precision instruments for the medical field. They pride themselves on creating the highest quality, most precise putter they can offer. They offer a few different head shapes from small traditional blades to high MOI mallets and even a custom program to get exactly what you want.

The Ts-713i Standard Series is based on the Ts-713, the first prototype that Tony created. It is a blade-style putter with a slightly longer flange and a unique face insert milled from 6061 aluminum. The body of the Ts713i is milled from a solid block of 303 stainless steel that is produced in the USA and has a Teflon backing between the body and face insert.

This Teflon backing helps give the putter a softer feel at impact and reduce any unwanted vibration. Details are what T Squared is all about and the neck of the putter shows off their milling expertise. The neck is similar to a plumbers neck, built with multiple pieces and offering some cool texture on the section bonded to the head. Another great detail is that all the silver markings on the putter are not filled with paint, they are milled into the head. T Squared finished the head in a sharp matte black and then milled all the markings on the putter for a unique, shiny silver look that really stands out. Ts-713i putters are built for customizing and have a ton of options that you can select if you would like to build something totally unique

On the green, the T Squared TS-713i really performs fantastic. I found the feel at impact very solid without any unwanted vibration. The impact produces a muted click and soft feel that I wasn’t expecting from this aluminum insert and thin face. The deep milling and Teflon coated back to the insert really work together to produce a great, responsive feel that I enjoyed. Deep milling usually makes me a little worried because it can soften the putter too much and lose that feel we all demand.

The TS-713i has no issues and transmits impact feel back to your hands with ease. Mishits are a little louder and harsh, but nothing even close to unpleasant. I have used putters that don’t feel as good on perfectly struck shots as the TS-713i feels on mishit putts. Distance and accuracy on those mishit putts are not as drastic as you would expect with a blade putter. I often just missed the cup by small margins when I struck a putt on the toe or heel of the TS-713i. There aren’t too many blade putters that have shown this level of forgiveness on the green for me.

The “T” alignment aid on the flange of the putter is large and easy to use. Not only do you get a straight line from the face to the back edge for alignment, but the back of the “T” also helps you square the putter up to your target. The Pure grip is not my thing, and it would be great for T Squared to offer a few more options, but that is an easy fix and a very minor criticism.

Overall, the T Squared TS-713i is a great putter from young Tony Tuber that exceeded my expectations. His attention to detail, precision milling, and take on a classic head shape offer golfers something different without sacrificing any performance. If you are looking for a great feeling putter that is made in the USA, you should take a look at T Squared and see what they can make for you.

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