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Contents
Can you use a wooden shaft in lacrosse?
1) Wooden shafts are illegal.
They are legal in the NCAA. To whit: “SECTION 18. The crosse shall be made of wood, laminated wood or synthetic material, with the head approximately perpendicular to the handle.” So it’s legal to use a whole wooden stick, not just a shaft.
What is the best material for a lacrosse shaft?
Scandium is becoming the most desired shaft material in the sport of lacrosse. Scandium offers the top strength to weight ratio and it is stronger than the traditional alloy. Scandium is a great shaft for all positions making it an excellent choice.
What wood are lacrosse sticks made from?
Tip. Hickory trees are the best trees to use to make wooden lacrosse sticks. The trees have to be harvested and grown. The “live” part of the tree is used to make the stick.
What is the lightest lacrosse shaft on the market?
The Warrior EVO QX carbon attack shaft is one of the lightest and strongest on the market at only 130 grams.
Are carbon fiber lacrosse shafts good?
Carbon fiber, or composite, lacrosse shafts are more resilient than your average metal lacrosse shaft. Dents, bends, and breaks in cold weather are no longer a reality with a carbon fiber lacrosse shaft. This doesn’t mean a carbon fiber shaft will last forever, but they have a long playing life.
What material are lacrosse sticks made of?
Traditional lacrosse sticks are made of a single piece of wood, bent to form the head of the stick (the part used for catching, carrying, and throwing the ball). Traditionally, Indigenous stick makers wrapped pliable steamed hickory around a tree in order to bend it.
What is the strongest lacrosse shaft?
Lacrosse shafts are usually made of aluminum, scandium, titanium, or carbon fiber. Titanium shafts are the strongest while aluminum ones are the lightest.
How much does a lax stick weigh?
Lacrosse Sticks have a length of 40”-42” (101.6-106.7 cm) for offensive players, a length of 52”-72” (132.1-182.9 cm) for defensive players, widths between 6.5”-10” (16.5-25.4 cm), and pocket depths from 2”-2.5” (50.8-63.5 mm). The weight of a Lacrosse Stick is 5-12 oz (142-340 g).
What did Native Americans use for lacrosse sticks?
The early versions of lacrosse matches played by Native American nations included 100 to 1,000 men or more using wooden sticks, sometimes with net baskets or pockets attached, and small, deer hide-wrapped balls.
How long does it take to make a traditional lacrosse stick?
The entire process takes about ten months to make a quality stick. On a side note, nothing from the tree goes to waste. If pieces are not being used in the stick, they are used for the steaming process (heating up the water to make steam).
How do I choose a Lacrosse Shaft?
- Stick length differences by position are not common for Women’s Lacrosse.
- Attackers and Midfielders typically use a shorter stick, ranging from 40 to 42 inches long.
- Defensive players or defensive minded Midfielders should use a stick ranging from 52 to 72 inches long.
What is a composite shaft?
A composite shaft is a shaft made up of two different diameters. The composite shaft may experience twist when they subjected to the torque. This twist can be obtained in these composite shaft, be based on the torque applied position when the shafts in series and parallel.
Are composite lacrosse sticks good?
Composite shafts bring several main advantages to lacrosse. In my experience, the biggest is strength. Because of how composite handles are made, they are designed structurally to be stronger by layering the material to make the shafts.
how to make a wood lacrosse shaft
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How to make a wooden lacrosse shaft for only $10! – YouTube
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Lacrosse Shaft Buying Guide: Weights, Materials & Shapes!
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Lacrosse Shaft Weight Chart
Shaft Finish
Lacrosse Shaft Shapes
Shop Lacrosse Shafts at LacrosseMonkey!
Alf Jacques: How to make a wooden lacrosse stick – YouTube
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The Making of A Wooden Lacrosse Stick – Edge of Philly Sports Network
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The Making of A Wooden Lacrosse Stick – Edge of Philly Sports Network
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Wooden Lacrosse Shaft
The wood you pick is very important to your overall product.
First, the kind of wood. You want a wood that has a good balance of strength and weight. Some woods like Ash are extremely light, but may not be as strong or durable as you desire. Other hard woods can be achieved that are incredibly durable and strong, yet may be far heavier than you desire.
Also, I recommend using pine for practice. This process can be tricky to get down just right, and practicing with pine will help you to avoid messing up nicer, more expensive wood.
Next is picking your 2×4. First off, you don’t have to use a 2×4. Technically, you could use an 8×12, but it would be much more work and much more wasted materials. In the beginning of this process your wood will be cut down to a 1 1/8″ x 7/8″ piece. This is most easily achieved by starting with a 2×4. Even thought any dimensions above 1 1/8″ by 7/8″ will work.
Your 2×4 should ideally be one that is a straight as possible, in good shape, and as free from knots as possible. The knots will mar and weaken the final product, and any curving may translate to the final product or result in uneven cuts.
Once you have your 2×4 selected, you are ready to proceed.
Sporting Wood: More on Wooden Shafts
As folks have noticed the sparkling new hickory shaft on my goalie stick, I have been made aware of a great variety of opinion about such shafts. So, perhaps it would be good to delve a bit deeper than I did a couple of blogs ago. Here are seven things I read about wooden shafts online, and what I think about them:
I hear this a lot, but is it true? Nope. They are legal in the NCAA. To whit: “SECTION 18. The crosse shall be made of wood, laminated wood or synthetic material, with the head approximately perpendicular to the handle.” So it’s legal to use a whole wooden stick, not just a shaft. They may be “legal” in the MLL, but you can’t currently use one: “MLL Players use Warrior and Brine Lacrosse sticks and equipment, New Balance footwear and Cascade Lacrosse helmets.” Brine and Warrior don’t make wooden shafts. Are they legal in high school? NFHS rules are not available freely online, so far as I could tell, and I didn’t have $50 to download them, but a ref at Inside Lacrosse forums doesn’t mention shafts in his rundown of NFHS and NCAA rule differences.
2) Wooden shafts “suck”. This refined viewpoint apparently comes courtesy of ad copy from Warrior. I’m sure they’re above having an interest in what shaft you buy. Wooden shafts, aluminum shafts, composite shafts, what have you: each material is going to have its plusses and minuses. For certain players, wood shafts will suck; for others they will be the perfect match. As I said in a former piece, a finesse-type attackman might have good reason to prefer a super-light shaft, whereas a power attackman with the nasty job of running a gauntlet of defensive checks, might have good reason to prefer the density and energy absorption of wood.
3) Wooden shafts are too heavy. Let me admit to a certain biased point of view. Most of the time I played every shaft was wood, and what’s more, so was every stick head. The idea that it’s too difficult to play with wooden sticks therefore just isn’t a starter as far as I’m concerned. Too heavy? Awwww! Try getting in shape, wimp.
4) Wooden shafts are dangerous weapons. Again, every one of the sticks were “heavy” wood back in the day, so if this were true, one would have expected the bodies of the dead and dying to have littered the lacrosse fields. Au contraire, I don’t remember ever seeing anyone injured playing lacrosse, certainly not from being brained with a wooden stick. But let’s go ahead and explore further. Is wood dangerous ‘cause guys are clubbing other guys with them? It seems likely to me that guys are getting hurt by players wielding wooden shafts (if this contention is in fact true) not because of what the shafts are made of, but because of the kind of guy who’s attracted to a shaft with a “reputation”. If wood shafts were outlawed, in my view, these barbarians would be pounding on dudes with whatever other shaft seemed most fit for the purpose.
5) Wooden shafts break often, and breaks form dangerous shards. I only saw a wooden stick broken at the shaft once in all my playing days — and remember, every single shaft on all those fields, in all those scrimmages and games, was wood. As I recall, however, the stick broke into a spike worthy of Buffy, Vampire Slayer, but it didn’t separate enough to stick someone. That is, the splinters adhered one to another rather than coming loose. No shrapnel, in other words. There is no saying so far after the fact if the grain pattern was defective in the stick. If shafts were made today as they were then, with fine, straight-grain lumber, the probability of a shaft breaking into nasty sharp punji sticks that would be very low, given the small number of wood shafts in use compared to those made of other materials. There are many kinds of wood, each with different characteristics, grades and cuts. Each of these will make a difference in the strength, flexibility and weight of a shaft. I would say this point is viable, in light of how easy it would be to produce a substandard wooden shaft. Who knows what kind of crappy shafts guys are bringing onto the field from their garage?
6) Wooden shafts destroy metal and composite shafts. Don’t have data on this, just anecdote. But it’s perfectly plausible that this is true. Certainly they’re more likely to crunch than be crunched.
7) Wooden shafts feel good in the hands, and catching feels smoother. Hickory, the wood of choice for wooden sticks, polishes very nicely, and with a light, oil finish, has a surface that has almost ideal grip and friction. You should never need to tape up a wooden shaft. Does catching with one feel smoother? This is very much to one’s personal taste. But given the properties that make wood less prone to transmitting energy, it does stand to reason that the feel would be “smoother” catching the ball. On the other hand, some players might prefer to feel everything about the catch.
8) There is a spiritual dimension to using a wooden shaft. Absolutely, yes. Totally my opinion. Excuse me while I assume the full lotus position — o-om … o-om … o-om …
Frozen in a freak accident called life, Mark Bocek was only recently thawed. Upon his resuscitation, he discovered that the game of lacrosse had changed in a multitude of ways. Back when men were men and sticks were made from trees, Bocek was a four-year starter in goal for Bishop Dagwell Hall, now Oregon Episcopal School. Back in the swing, Mark coaches goal and D for North Seattle Lacrosse. He writes “The Gut Wall” for Emerald Lax, which now also appears on his own site, Gutwall.com. In the big picture, Bocek is a partner at Dreamhand Design Studios, a firm specializing in Web and print design and implementation.
Lacrosse Shaft Buying Guide: Weights, Materials & Shapes!
There are many different types of lacrosse shafts on the market, but there is only one shaft that stands between you and your opponent trying to overpower you. In this blog, the experts here at Monkey Sports are going to go over several factors that will help you make the right purchase decision, including:
Lacrosse Shaft Materials & Durability
The durability of a shaft relates directly to the materials the shaft is made out of and the thickness of the shaft wall. The thicker the material, the more durability the shaft will have. Unfortunately the only way to relatively determine the strength of a shaft in the store is by reading the description and using the price as a guide to determine quality.
Aluminum
Aluminum is a low cost material used mainly by youth lacrosse players that are just picking up the sport. Aluminum shafts are mostly constructed out of a thin 6000 series alloy that you see being sold in complete stick setups. Aluminum is a good option for entry-level players but will dent easily at higher levels (not recommended for advanced play).
Not as durable as other advanced materials
Does not have advanced grip
Perfect for young players
Alloy
Alloy is constructed out of a mix of metals. These metals are usually Vanadium and C405. Alloy shafts are very lightweight, making them great for offensive players who desire a decent strength to weight ratio. Alloy shafts are heavily used at the middle school and high school level.
Lightweight
Easy to use
Reasonably priced
Perfect for young entry-level players
Example: StringKing A 175 Attack Lacrosse Shaft
Scandium
Scandium is becoming the most desired shaft material in the sport of lacrosse. Scandium offers the top strength to weight ratio and it is stronger than the traditional alloy. Scandium is a great shaft for all positions making it an excellent choice.
Long lasting durability and strength
Light enough for offensive dominance
Perfect for elite-level players
Examples:Maverik Mission Blank Defense Lacrosse Shaft
Composite
Composite shafts are very versatile due to their flex profiles. They are similar to hockey sticks where they come with different levels of flex. With added flex comes added velocity on your shot. Bigger stronger players are encouraged to try stronger flex profiles so they can shoot harder. Composite shafts are made from carbon fiber and are great for offensive minded players.
Unique grip
Manufactured for intermediate and advanced athletes
Flex release provides unrivaled shot velocity
Example: Epoch Dragonfly Pro Attack Lacrosse Shaft
Blends
Manufacturers are taking the popular materials such as; alloy, titanium, scandium and are mixing them together to create the perfect strength-to-weight ratio to fit your style. Blends can provide a comparable durability of a Titanium shaft, but have the lightweight feel of a scandium alloy shaft. Blended shafts have the best of both worlds but fall around the middle of the pack when it comes to weight. These shafts are perfect for midfielders.
Lightweight and Strong
Versatile and easy to use
Midfielder’s dream shaft
Lacrosse Shaft Weight Chart
Position Materials Weight (ounces) Attack Alloy, composite 5.5 – 7.0 Midfield Scandium, blended 6.0 – 7.0 Long Stick Midfield Alloy 12.0 – 14.0 Defense Scandium, blended 14.0 – 17.0
Attackman
Offensive-minded players always tend to lean to something lightweight and dent resistant. They need the lightest shaft possible to rip high velocity shots at their full potential. Alloy shafts are some of the lightest on the market, making them perfect for sharp shooting attackman. Durability is, for the most part, measured by price. For example, $100 alloy shafts will be significantly more dense/durable than the average $60 alloy shaft. Expensive alloy shafts will more than likely have reinforced concave walls making them more dent resistant.
Another material that is becoming increasingly popular in lacrosse is composite. Composite shafts are considered to be more versatile than the typical alloy shaft due to the “FLEX FACTOR”. Composite shafts provide more release power and snap in your shot. They also provide a variety of flex options for you to choose.
Midfielders
Scandium alloy is taking over the sport due to its versatility for both offense and defense. Midfielders are the true athletes of the sport and they need a shaft that can withstand the abuse from playing both offense and defense. Scandium alloy and blended shafts will provide this need. With the combination of both titanium and alloy, midfielders can have that happy medium they are searching for that is best suited for their game.
If you are more offensive-minded then it is recommended to use a lighter scandium or alloy shaft like attackman. If you are strictly a defensive specialist, then it is recommended to get a blended shaft with a lot of titanium in it. This material will be more dent resistant and will not warp or bend. Blended shafts with titanium in them are predominantly used by players in the MLL and NLL due to how strong they are.
Close Defensemen & Long Stick Midfielders
When it comes to close defensemen shafts and Long Pole Midfielders, weight and durability are the most important characteristics to look into. Over the years the manufactures have realized that titanium long poles are too heavy. Players have sacrificed strength by using the lightest shafts possible in order to make aggressive stick checks. Alloy shafts will provide the greatest lightweight advantage, but will be the most vulnerable to denting and breaking. Scandium alloy shafts and blended shafts will be the most ideal for defensive warriors.
Shaft Finish
Shaft finish is known as the surface texture or surface topography of the shaft. There are three key surface characteristics that provide texture such as; smooth grip, sandblasted grip, and Tactile Grip.
Smooth (No Grip)
Smooth “no grip” is the most traditional shaft finish. It allows the player to customize their grip with tape.
Examples: STX Sc-Ti Attack Lacrosse Shaft, and StringKing Metal 3 Pro 155 Attack Lacrosse Shaft
Sandblast (Diamond) Grip
Sandblast grip “Diamond Grip” is the most popular finish that adds little to no weight to the shaft. It also provides a unique feel all over the lacrosse stick. This shaft finish is highly recommended among offensive players, but is known to deteriorate the palm of the gloves quicker.
Tactile Grip
Tactile Grip with “Rubberized inserts” is preferred by long range shooters who like to have strategically placed grip on the lower end of their shaft for better hold over the shaft while shooting.
Examples: Maverik Wonderboy Lacrosse Shaft and True Composite SF 4.5 U Constrictor Grip Attack Lacrosse Shaft
Lacrosse Shaft Shapes
Handle shapes are all about personal preference. It all depends on which handle shape fits in your hand the best. The most common handle shapes are seen below.
Shaft Shape Image Brand Examples Concave Octagon Maverik Signature Shape
STX Concave Octagon
Warrior Power Die Shape Traditional Shape Warrior Speed Die Shape
Maverik Traditional Shape Speed Shape Maverik Speed Shape Octagon STX Octagon
Gait Octagon
Shop Lacrosse Shafts at LacrosseMonkey!
Your lacrosse shaft is a reflection of yourself; use what you know, trust your first instinct, and you will select the best shaft possible.
A great way to figure out the right shaft for you is to come into one of our stores! Our staff is knowledgeable and always willing to figure out which shaft works best for your playing style. If you already know what you want or are not close to a store, you can check out our lacrosse shafts online.
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