Jason Spezza headlined the biggest trade of the offseason to this point. His transition to Dallas certainly sets the Stars up for another playoff run and perhaps a berth into the later rounds in a very difficult Western Conference.
While the What They’re Wearing feature has been gone for a little while, Spezza’s trade from Ottawa to Dallas sets the table to take a closer look at the gear worn by the offseason’s biggest trade pice.
Stick: Easton Synergy HTX – Easton’s newest stick is a throwback, of sorts, to the composite stick that started hockey’s arms race. The HTX is ultra lightweight and boasts Easton’s Hypertuned technology that matches the stiffness of the shaft to the stiffness of the blade.
Gloves: Warrior Covert – A terrific glove that offers a slightly more anatomically inspired fit than the classic design and fit of the Dyansty (formerly Franchise) gloves. The retail model of the Covert DT1 uses Warrior’s Bone System to provide more backhand protection and I’d be interested to see if Spezza wears a model with the Bone system or if he chose to remove it from his gloves.
Helmet: Easton S9 – Spezza appears to still be using an older model Easton helmet with a more basic foam liner than the EPP and comfort foams seen in the higher end helmets on the market today. The S9 was quite popular throughout the league when Easton first ventured into the helmet market and it’s not too surprising to see Spezza sticking with this model.
Skates: Reebok Ribcor – Spezza’s interesting gear selection is capped with Reebok’s newest skate, the Ribcor. A responsive skate that promotes agility and change of direction, the Ribcor is the flagship of Reebok’s skate line as we move through the summer and into 2015.
Reebok isn’t pulling any punches with their Kinetic Fit System. The new Reebok 30K KFS gloves provide a true anatomic fit and bring the Reebok glove line to a new level thanks to the new features introduced this year.
The 30K KFS is a two-piece glove that combines the freedom of mobility that’s so popular in four-roll gloves while still offering the snug, responsive fit of an anatomically designed glove. Reebok’s prime focus on the fit moves from the fingers up into the cuff, ensuring a true anatomic fit for each player. This glove-in-glove design allows the KFS to promote both flexibility and fit.
Reebok’s decision to include a new design feature on the back of the hand could potentially make or break the glove for those who put a heavy opinion on the mirror test. The vented portion of the backhand almost looks to have a shell over it, which makes for a unique look that other manufacturers haven’t yet taken on. On a darker based glove you can’t even notice this feature. However, if the base color contrasts the cover, it can offer an odd appearance. This won’t matter for those who aren’t bothered by the overall look, but I could see where some may be turned off.
Despite the potential hurdle in terms of looks, the performance of the glove is truly top notch. In addition to the glove-in-glove fit and mobility, the AX suede palm is reinforced through the middle to ensure a pro feel and high level of durability.
The 30K KFS gloves absolutely provide an upgrade over the previous KFS model, the 11K. With added reinforcements on the back of the hand and thumb, the 30K offers pro-level protection with a unique fit that draws on the greatest traits of a traditional four-roll glove and that of anatomically design gloves.
The new Reebok 30K KFS gloves are in stores now and can be picked up in four different colorways. Get your hands in these now to feel the difference the kinetic fit provides.
After a lengthy vacation from the crease, CCM returned last year with a new entry into the goaltending market. The Extreme Flex pads not only represented CCM’s first official entry into the goaltending world again but it also brought about a pad with some impressive new features.
CCM developed a pad with a soft, flexible boot that allows the pad to sit a bit lower than it’s stiffer Reebok cousins. While the rest of the pad shares many of the same traits as the Reebok pads, the flexible boot and softer face (complete with knee rolls) provides a much more traditional pad than the P4 or current XLT is.
Upon first release, the pad offered a different option for goalies who weren’t as fond of Reebok pads while still providing the option to wear equipment produced by the legendary Lefevre design team. The marriage of Lefevre and Reebok/CCM pads doesn’t appear to be changing anytime soon, but this and the former Reebok Larceny remain as the only pads constructed by Reebok or CCM in recent years with a different take than the flat faced look that helps to define Reebok.
CCM took things a step further this past year as they provided a new design option for EFlex users. The RetroFlex pad has the same construction as the original EFlex but with a basic, vertical stitch graphics package. The only color options on the pad, outside of the face of the shin, will be the knee rolls, outer roll and the darts between the knee rolls.
Jonathan Bernier wore the RetroFlex all season and looked particularly good in his vintage colored RetroFlex pads at this year’s winter classic.
Outside of the aesthetic differences between the EFlex and the RetroFlex, there are no other changes between the two. They’re both inspired by more flexible products in the boot while still utilizing the modern core design that can be found in pads like the Reebok XLT and others.
If you find yourself stuck deciding between the EFlex or the RetroFlex, it’s likely a simple decision between a true retro look over a slightly more contemporary graphic on the face of the pad. While I prefer the EFlex simply due to the design options available, the RetroFlex is a beautiful pad. Especially for those netminders who prefer a classic look.
There’s no easy way to keep up with goalie mask art. If you or your child change teams regularly, a brand new paint job can look out of place after just one season of use. Not to mention, many artists charge an arm and a leg for paintjobs and if you choose the wrong one, you’re more than likely going to lose the factory warranty on your mask. Luckily, Bauer has thought of a solution to this conundrum.
Bauer’s NME3 and NME5goal masks comes with a number of stock designs that feature a wide range of colors, patters and artwork that provides a custom look that will match a number of team’s uniforms.
These designs range from vintage inspired looks right up to designs that mimic the graphics on Bauer’s equipment line – the Reactor, for example. While the colors available are somewhat limited, most of the designs are generic enough that they will match nearly every team’s uniforms. For example, the flame graphic features a red graphic flame against a basic black background. Whether you’re playing for a team with Blackhawks, Devils or even Red Wings uniforms, you won’t run into any issues.
The center racing stripe and vintage jersey stripe graphics play the best in terms of design, but the more creative designs like the Reactor or USA graphics offer a more unique take on the practice.
Taking advantage of what Bauer offers at the junior or youth models of the NME 5 and NME 3 gives you a chance to pick up a mask with unique artwork (as opposed to the basic white or black) without needing to break the bank on a custom paint job.
More and more attention and focus in equipment design is being devoted to protecting against rotational impact from hits and collisions. The CCM Resistance helmet has been constructed to add protection against linear and rotational impacts.
CCM has made a few aesthetic changes to the Vector shell that became so wildly popular across the NHL over the past number of years along with adding vital pieces of protection to the liner. These changes and alterations were driven by the desire of CCM to create one of the most protective hockey helmets on the market.
Teaming up with the University of Ottawa, CCM made sure the new features and technology protected the most vital areas of a player’s head by placing the addition padding in strategic locations around the shell and liner.
The R.E.D. System is what sets the Resistance apart from the other helmets that CCM has released in recent years as in brings a whole new level of protection into play. In addition to the traditional foam liner you can find in any high-end helmet, CCM has added two new layers of protection that are specifically combined to reduce rotational impact.
The R.E.D. system combines a series of liquid filled bladders with EEP molded shock absorbers called Impact Pods that aid in reducing linear impacts. Both work in a similar method of absorbing the impact and motion of a player’s head when taking impact during a game. The R.E.D. liquid bladders work to slow any rotation of the head while the Impact Pods expand and retract with direct collisions.
The Resistance joins Bauer’s RE-AKT helmet as two of the most protective helmets that specifically target rotational and linear impacts with specific targeted areas for increased protection.
The info on Bauer’s follow up to their incredibly popular APX protective line is out as the APX2 protective equipment will be in stores this spring.
Bauer’s tapered fit line has added a pair of fascinating features across the board – not just to the pro models – that are designed to reduce weight and increase the performance of each piece of the line. The APX 2 shoulder pads, elbow pads and shin guards all still feature Free Flex sections that target key areas that require additional flexibility and range of motion. For example, the Free Flex knee cap and liner extension at the bottom of the APX 2 shin pad provides an added range of motion in the knee and at the ankle for a more comfortable, natural skating stride.
Similar areas on the shoulder and elbow pads utilize a similar strategy while the APX 2 pants have specific panels with special stretch fabrics designed to lighten and increase the player’s range of motion.
Where things get interesting are inside the gear itself. In a way, it appears that Bauer is starting to pull some of the traits that made the OD1N line so groundbreaking in terms of weight. Overall, Bauer has worked to shed over 25% of the weight from their previous line. That savings, calculated over the course of an entire game equates to massive savings for the player. Think of it as lifting a total of 1000 pounds in 60 minutes of play and then taking 250 pounds off that total thanks to your equipment.
One way Bauer has done this is with Aerolite foam. Bauer has developed a new way to layer the foam in areas like the shoulder cap, chest and back panels on the shoulder pads in a way that not only increases overall protection but also limiting the total weight of the pads themselves. The APX 2 shoulder pads see the most extensive use of the Aerolite padding due to their general construction, but this is something see in vital areas on the shin and elbow guards.
Where the entire line benefits is the new 37.5 liner. This is a space age technology that wicks moisture but then uses body heat to evaporate the moisture away. The name is derived from the ideal humidity level and temperature for the body (37.5 degrees celsius).
The trick behind 37.5 is to not only pull moisture away from a player’s skin and out of their equipment, but to use the body heat generated in the game to evaporate that moisture. Therefore, the harder you skate and the more you sweat, the better that 37.5 liner works. When working at its peak, 37.5 works five times better than traditional performance liners and material.
Bauer’s APX 2 line isn’t their only product that utilized 37.5. It can also be found in Bauer base layer apparel as well.
Bauer’s APX line has been adopted by countless professionals and elite players around the world since its first introduction. Bauer responded to the popularity by taking feedback on the equipment, retooling certain aspects and releasing new and improved versions under the name APX2 in 2014.
Among the pieces of equipment that has undergone change is the APX2 glove. The APX2 still features the tapered fit and slots in alongside the anatomically designed Supreme and traditionally designed Nexus equipment lines. The APX2 features a streamlined new look and colorway breakdown compared to last year’s model. It also features a number of technical advances that shouldn’t be ignored.
Bauer managed to shed upward of 30% of the weight off the APX2 to make it that much lighter than it’s predecessor and direct competitors. Additionally, Bauer has introduced the Quattro+ Palm system that’s designed to help wick moisture away. The new palms are full of tech and also feature matching team colors to a number of the gloves. This is an interesting choice given the widespread popularity of the typical beige color seen on most gloves. When I think of colored palms, Claude Giroux immediately springs to mind from late last season when he was trying out orange palmed gloves. I thought he looked silly and the concept definitely has the ability to look odd, especially if the palm sharply contrasts the glove itself.
Bauer also added Proron XRD foam to the back of the hand to increase protection from pucks and sticks. It’s an addition that brings Bauer’s favorite new feature into their glove line. It seems like a wise choice considering adding the material to their helmets and other protective lines has been nothing but a boon for the company.
The Bauer APX2 gloves will be on the shelves soon and will make for a great addition to your bag heading into next season.
The newest member of the Velocity family is the V6. Vaughn shifted gears a bit in how they categorize their pads this year, as the V6 2000 and 2200 headline the set with the 1000 just below. This is a change from recent years as Vaughn was in the high 7000s with many of their new pads.
Numbers aside, the new 1000 is a continuation of a tremendous line at a competitive price point. Vaughn has included a number of new features in the V6 line in total and the 1000 has benefitted from many of these changes.
While some of the additions to the V6 that you see Jonathan Quick and Ryan Miller wearing aren’t featured on this pad, the 1000 continues Vaughn’s commitment to a somewhat traditional look with full knee rolls to promote flexibility in the upper portion of the pad. Outer knee and thigh breaks serve in the same manner as this continuation from past Velocity pads is a hallmark of the line in general.
What’s new for 2014 is Vaughn’s Pro Core design. It is a feature that utilizes a full length and width foam core to keep consistent form up and down the pad while still keeping a flexible fit and profile that allows the pad to break-in according to the style of play the goalie uses. Like with the Premier XLT, Vaughn is using bindingless landing gear to minimize friction and increase the sliding area on the knee and calf wing.
One interesting feature that actually makes the pads look odd in pictures is that Vaughn overstuffed the thigh rise, in a sense. While the build still conforms to the 11-inch requirement, Vaughn made sure to eliminate the taper that many pads have at the thigh, thus ensuring maximum five-hole protection.
The 1000 comes with Vaughn’s newest graphic, one that I feel is an improvement over the past few Velocity models. It is a simple design that gives the illusion of height in certain color combinations (mostly with a white base). It’s ultimately a sleek, simple design that looks great when a goalie is in his or her stance or a butterfly.
One of the best things about Vaughn’s production process is that they often maintain nearly every feature that can be found in their pro pads down through their price point models. They consistently build a quality product that is hard to beat when considering senior, intermediate or junior pads.
Not that long ago Bauer introduced the Vapor XXX composite goal stick to the market and forever changed the landscape of that particular niche of goaltending equipment.
While a few other entries served as a precursor to the Vapor, there wasn’t much out there in terms of a non-wood goal stick to purchase and use for goalies of any age. Today the goalie stick market is nearly flipped 180 degrees.
Each and every equipment manufacturer in the stick business has at least one line of full composite sticks to complement their traditional wood models. Some companies offer a number of lines that actually outnumber the traditionally built models they offer (Bauer).
When it comes to goal stick shopping, a few things need to be considered. The most important of which is durability and price point. While no two sticks are built the same, knowing that the one that works best for you is going to last longer than a few practices is vitally important.
Other factors that come into play are balance, weight, pattern and feel. With a plethora of composite sticks to consider when sorting through the stick rack, those factors become that much more important.
In my time playing net I’ve used a composite only a handful of times. Not once did I feel that I enjoyed the experience. Short of using the highest price point models, I found that the sticks I tried out were no lighter than the wood stick I have used my whole life, their responsiveness was anything but and the smooth composite finish was slippery to the touch.
That last point is an easy fix, of course. A little tape where the shaft and paddle meet will provide a tacky finish and even today nearly every model has some sort of grip applied to that area. Yet, the difference in feel between a wood and composite stick can be difficult to get past.
Keep in mind that I prefer to keep the shaft of my stick devoid of tape so that my hands can move up and down freely with just a good, solid knob at the very end to provide control with poke checks and puck handling. Many other goalies – like Ryan Miller – prefer some sort of homemade grip area where the shaft and paddle meet and the built-in grip that many composites have can eliminate the need to waste any more tape.
Another thing that helps with is vibrations caused by stopping pucks. Wood sticks, for the most part, pretty much absorb all vibrations caused by shots. But composites can suffer from something similar to a baseball bat with vibrations from a shot running up through the stick and into your hands. However, that’s something that is becoming less of an issue.
Advances in stick technology has provided a significant edge in many of the shortcomings composite sticks suffered from in the past. Most composites have shed weight in recent years and even the lower price point models are significantly lighter than the war clubs that preceded them. Yet, unless you’re aiming for the stars and the pro models, the weight savings aren’t all that much more than you find with pro model wood sticks.
The one primary advantage that I’ve found composites have over wood sticks is in durability. While you can certainly get a bad twig that breaks after 20 minutes of ice time, nearly every composite model out there will offer a longer life than wood sticks. While composites can snap at any moment, the well built ones don’t slowly deteriorate like a wood stick.
Wood sticks absorb water and will soften over time. As the blade of a stick deadens with age, rebound control will change and your puck handling (specifically passing) will suffer. Since a composite won’t suffer that sort of deterioration, you can count on them to give you a longer effective life after purchase.
Any sort of debate of wood vs. composite ultimately comes down to personal preference. There are plenty of guys and girls out there who swear by their composite sticks and won’t ever go back to a wood model. But then there are people like myself who prefer the feel you get with a wood stick and won’t change their tune.
A few other things to consider when planning on purchasing a stick:
– In many case weight and balance are more important than the curve or paddle length. If you’re able to easily move with the stick in hand and make normal goaltender moves, then that’s the stick for you. Just because you see NHL goalies using 27” paddles or big curves, doesn’t mean that is the type of stick you should use.
– Don’t buy a stick that you’ll need to cut down. Ideally a goalie stick is going to be just right for you when you purchase it. It doesn’t need to come to your chin or neck like a forward stick. Goal sticks are built with a specific balance point that will be altered if a portion of the shaft is cut down. Find a stick that fits you right, not one that needs to be altered.
– Buy at least two sticks at a time. The worst thing you can do is use two different sticks with drastically different patterns. When you find a curve and paddle length that you play best with, don’t mess around too much with it. Buy a second stick as a backup or practice stick and move forward with a unified arsenal of goal sticks.
– Try to use the more beaten up of your two sticks as your practice or warm up stick. If you have two identical sticks and one is more beaten up than the other, use that well worn stick for practice and warm ups. That will increase the longevity of your game stick and allow you to perform at a higher level.
Never before has there been a public display of the technological capabilities of a hockey company like Bauer displayed on December 19.
Bauer unveiled the OD1N equipment line that is going to officially be put on display during the 2014 Winter Olympics by some of the world’s best players. Nicklas Backstrom, Claude Giroux, Patrick Kane, Henrik Lundqvist and Jonathan Toews will each wear the OD1N gear during the games in a public display of Bauer’s technological prowess.
The line of thinking in developing the OD1N line was inspired by the concept cars introduced at auto shows on a yearly basis. Just as a concept car shows the features a car company hopes to bring to market in coming years, Bauer is using OD1N to introduce technological advances they hope to bring to market in the coming years.
That’s the most interesting part of this entire line of equipment. There’s a chance that none of this gear ever goes on sale to the general public. For now, it will just be for the world’s elite.
It’s more than likely that some of the features begin to be seen in stores sooner rather than later. But some of the design features in the line seem to be something that will only ever be found in an NHL locker room.
For example, the OD1N protective gear is mapped to each player’s body using a special scanning suit and a 3D scanning tool. It provides for a fully accurate, 3D map of each player’s body which then allows Bauer to build each shoulder pad, elbow pad and shin pad to the exact measurements of each player’s body.
Bauer also developed a base layer that has high-tech foam reinforcing specific areas throughout the body. For example, the small of the back or the neck. By putting this foam on the player’s base layer, the shoulder, elbow and shin pads can have foam and plastic removed since the base layer is already providing that protection.
The though process is to eliminate redundancies in each piece of equipment to ultimately save weight between the shoulders and legs. Ultimately, Bauer eliminated four pounds of weight by combining high-tech foam and carbon along with the scaled back layers of foam.
By eliminating that much weight, Bauer has determined that this equipment will make a player a full foot faster than a competitor in a 50-sprint. That means someone wearing this gear could conceivably beat an opponent to a puck by a full foot. Which is a significant difference.
Weight reduction is the key to the entire line of equipment as the inspiration is that those four missing pounds translated over each and every shift over the course of the game equates to hundreds of pounds of weight savings that was previously sitting on the shoulders and legs of each player. Therefore, by saving each player that much weight, Bauer expects each player to not only be more explosive shift-to-shift, but have more endurance at the end of each game as the stress exerted by their bodies will be that much less.
This is reflected in the radical new OD1N skate in the form of a brand new carbon-composite blade holder that doesn’t conform to any traditional design standards. Instead of a hole in the middle of the foot, the OD1N has two large holes below the toes and heel with a small, rigid stabilizer in the middle.
Combined with the high-tech carbon boot, Bauer has managed to save a full half-pound in each skate with the new design. They equate that to over 1000 pounds of weight that doesn’t need to be lifted over the course of an entire game.
They didn’t forget about the goaltenders either. Bauer’s OD1N goal pad is 1/3 the weight of a traditional goal pad which is a drastic difference in weight which, like with the skate and protective gear, is built to take away hundreds of pounds worth of lifting that is typically done by a goalie in a game.
Bauer also claims that the OD1N pad can be tuned to the specific rebound control preferences of each goalie. That caught me by surprise because the build of the pad has only so many layers of foam (due to weight savings) that there are only so many spots where some sort of change could be made.
What is interesting to me, about this whole line, is the fact that there is no indication that any of this will ever be on the shelves in any store. Clearly the build of the skate and the weight reduction in the goal pads can be easily introduced to a retail model. However, the fine-tuned carbon-composite blade holder (which is said to only hold a certain number of sharpenings in each blade) may never see the light of day. The same could be said of the 3D mapping of the protective gear. However, selling the protective equipment in unison with the base layer would allow anyone to benefit from the weight and design features of the equipment.
Regardless if this equipment is five months or five years away from hitting the shelves, it will be cool to see Henrik Lundqvist in a funky new set of pads and the stars of Team Canada, Russia, Sweden and USA sporting some very interesting, new equipment.