Wood, alloy or carbon: pick the right shaft

Short answer: Buy carbon if you play attack and want the lightest stick. Buy aluminum alloy if you want a tube that dents before it breaks. Buy wood if you play defense, LSM or want feel: a hickory shaft weighs about twice a carbon one, damps vibration about 10× better than alloy, and stays warmer in cold hands.

We make wood shafts, so read this knowing where we stand. We'll still tell you when wood is the wrong call. It often is. Every number on this page comes from our fact sheet, and every source is listed at the bottom.

The three materials at a glance

Read the weight row first. Then read the rest.

Does shaft weight matter, and how much does a wood shaft weigh?

Yes, and it matters differently by position. A wood shaft weighs roughly twice a carbon shaft, which slows your hands on attack and puts real mass behind your checks on defense.

Here are the numbers. A First Grain hickory 30″ shaft runs 250–285 g. Carbon composite shafts run 130–165 g. Aluminum alloy runs 135–195 g. Our lightest species, black walnut, is estimated at 190–215 g. That is lighter than hickory but still heavier than any alloy or carbon shaft in the table.

Poles scale up. A 60″ hickory pole weighs about 500–570 g. A 60″ black walnut pole is estimated at 380–430 g. Walnut is about 24% lighter than hickory by density: 610 vs. 800 kg/m³. Hard maple, red oak and white oak sit in between. Full species weights are on our wood shaft weight page.

Now the part that matters on the field. Momentum is mass times velocity. At the same stick speed, a 280 g shaft carries roughly twice the momentum of a 140 g shaft. When a defenseman throws a poke or a lift, that mass goes into the other player's stick and hands. A wood check lands. A featherweight check taps.

The same math cuts the other way. If your game is a quick release, a split dodge and a stick that moves before the goalie does, every extra gram is a cost. That player should not buy a hickory shaft. We'd rather say so here than get the shaft back in thirty days.

Which lacrosse shaft has the least sting?

Wood and carbon are close. Aluminum alloy stings the most. Wood damps vibration about 10× better than aluminum alloy, and as well as the best composites — naturally.

Damping ratio measures how fast vibration dies out after an impact. Higher is better for your hands. Bat-damping measurements by Russell at Penn State put wood in the hickory and ash class at 3.4–6.7%. Aluminum alloy measured 0.5–1.3%. Carbon composite shafts with damping inserts come in at 4.0–6.4%.

So the honest read is this: wood and good carbon are in the same range. Wood gets there with no inserts, because that's how grain behaves. Alloy is the outlier. If your bottom hand buzzes after a check or a pipe-shot rebound on a cold day, the tube is the reason.

We're running our own sting test, using Russell's published ring-down method on wood, alloy and carbon shafts. Results will be published on The Proof, including anywhere wood comes out behind. For the head-to-head with composites, see wood vs. carbon.

Is a wood lacrosse shaft better in cold weather?

Yes, for bare hands. Aluminum pulls heat from bare hands about 3× faster than wood. Carbon is far closer to wood than to aluminum.

The physics in plain terms: hickory conducts heat at 0.16 W/m·K. Carbon composite is about 0.35 W/m·K. Aluminum alloy is 130–167 W/m·K. What your skin actually feels depends on more than conductivity. It depends on how much heat a material can draw from your hand on contact. Run that calculation and aluminum draws roughly 3× more heat from a bare hand than hickory at the same temperature.

When does this matter? Carrying gear to the field before sunrise. Wall ball with no gloves. Fall ball, early-spring practice, the sideline between reps. Gloves help, but you still pick up the stick bare-handed more than you think. Our cold test, The Cold Snap, will publish measured grip temperatures on The Proof. More on the alloy comparison: wood vs. aluminum.

Do wooden lacrosse shafts break? How does each material fail?

Every shaft breaks eventually. What matters is how. Grain-controlled hardwood fails progressively, so you see cracks before it goes. Aluminum dents and bends. Carbon can crack suddenly under extreme impact.

Wood earned a reputation for snapping because a lot of wood was never selected for it. The weak point in any wood shaft is grain that runs off the side of the blank. That's where a crack starts. Baseball learned this the hard way. When Major League Baseball and the U.S. Forest Service tightened slope-of-grain and density controls on bats, the rate of shattered bats fell by more than half.

We hold every blank to the same idea. We call it the Grain Spec:

• Slope of grain ≤ 1:20, running the length
• Straight-grained American hardwood, clear faces
• No knots, pith or splits
• Kiln-dried, 6–8% moisture
• Octagon profile, 7/8″ × 1-1/16″, true end to end
• Oven-cured catalyzed conversion varnish
• Species, batch and serial number stamped on every shaft

Blanks that fail the spec don't become shafts. They're milled in America in small batches and ship from Idaho.

Hardness tells part of the story. Hickory rates 1,880 lbf on the Janka scale, with a break strength (MOR) of 20,200 psi. Hard maple rates 1,450 lbf and 15,800 psi. White oak is 1,350 lbf, red oak 1,220 lbf, black walnut 1,010 lbf.

Aluminum's failure mode is honest too. A dent tells you the tube is compromised, and a bent shaft usually still finishes the game. Carbon is strong until it isn't. Under a hard enough impact it can let go without much warning.

Our bend-to-failure and repeated-impact tests are in progress. Every failure, ours included, will be filmed and posted on The Proof. Until then, every First Grain shaft comes with a 30-day check guarantee.

How stiff is a wood lacrosse shaft?

Stiff, with a little natural give. Hickory's stiffness (MOE) is 2.16 million psi; hard maple's is 1.83 million psi. Alloy is uniformly stiff. Carbon's flex depends on how it's laid up.

Flex is a feel question more than a spec question. Some players like a shaft with zero give for shooting. Others like a little load in the shaft on a pass. Wood's give comes from the species. Hickory is the stiffest and strongest we mill. Each step down the ladder, toward maple, the oaks and walnut, trades some hardness for lighter carry and a quicker swing.

That's also why we stop at hickory. Harder, denser woods exist. Ipe rates 3,490 lbf on the Janka scale. Past hickory you aren't buying performance, just weight. We don't mill it.

Are wooden lacrosse shafts legal?

Yes. NCAA men's Rule 1-18 says the crosse "shall be made of wood, laminated wood or synthetic material." NFHS boys' Rule 1-7-1 uses the same language.

Box lacrosse in Canada has an approved path too: a Canadian Lacrosse Association technical bulletin approves wooden ash and hickory shafts. Pro field rulebooks don't restrict shaft material. Women's and girls' rules are written separately, so check your own rulebook. The full breakdown, with citations, is on are wooden lacrosse shafts legal.

Which wood species should you choose?

Pick hickory for maximum strength and check weight. Pick black walnut if you want wood at the lightest weight we make. Hard maple, red oak and white oak sit in the middle.

The short version:

• Hickory: hardest and strongest we mill. The default for close defense. Hickory shafts.
• Hard maple: a stiff, dense shaft that's lighter than hickory. A good middle choice. Hard maple shafts.
• White oak: tough and a little lighter than hickory.
• Red oak: similar weight to maple, slightly softer.
• Black walnut: about 24% lighter than hickory. The wood for players who want feel without the full weight. Black walnut shafts.

The full species-by-species comparison is in the best wood for a lacrosse shaft.

Which shaft should you buy? (by position)

Match the shaft to the job. The more of your game is checks and ground balls, the more wood makes sense. The more of it is dodging and shooting, the less it does.

If you're between two options, buy for what you do most. A defenseman who plays some attack in fall ball still needs a pole that checks. An attackman who wants to try wood should start with walnut, not hickory.

Where wood came from

Lacrosse began with the Haudenosaunee and other Indigenous nations of North America. They played it with wooden sticks, and for most of the game's history every stick was wood. Metal and composite shafts arrived much later.

First Grain gives 2% of every shaft to Indigenous youth lacrosse.

Frequently asked questions

Is a wood lacrosse shaft better than carbon?

It depends on your position. Carbon is about half the weight, which wins for attackmen and most middies. Wood damps vibration as well as the best composites, naturally, stays comfortable in cold hands, and puts roughly twice the momentum into a check at the same stick speed. For close defense and LSM, that mass is the reason to choose wood. For quick-release offense, carbon is usually the better buy.

Why do defensemen use heavier shafts?

Because mass is what makes a check land. Momentum is mass times velocity, so at the same stick speed a 280 g shaft carries roughly twice the momentum of a 140 g shaft. That extra momentum transfers into the ball carrier's stick and hands on pokes, lifts and slap checks. Defensemen also take more stick-on-stick contact, so durability and vibration damping matter more for them than shaving grams.

Do wooden lacrosse shafts break easily?

Not when the grain is controlled. Wood's weak point is grain that runs off the side of a blank, which is where cracks start. We hold every blank to a slope of grain of 1:20 or straighter, with no knots, pith or splits. When baseball tightened the same kind of control on bats, shattered bats fell by more than half. Grain-controlled hardwood fails progressively, with cracks you can see coming.

Is a wood shaft good for beginners?

For most young beginners, no. New players need to learn to cradle, pass and catch, and a lighter alloy shaft makes that easier. Wood makes sense for a beginner who is older, strong enough to control the weight and playing defense. It also works well as a second stick for wall ball and cold practice, where wood's damping and warmth help most.

Is wood or aluminum better in the cold?

Wood. Aluminum pulls heat from bare hands about 3× faster than wood, so an alloy shaft feels much colder to pick up on a frosty morning. Hickory's thermal conductivity is 0.16 W/m·K, against 130–167 W/m·K for aluminum alloy. Wood also damps vibration about 10× better than aluminum, so a cold-day check stings less. Carbon sits much closer to wood than to aluminum on heat.

How heavy is a wooden lacrosse shaft?

A First Grain hickory 30″ shaft weighs 250–285 g. Black walnut, our lightest species, is estimated at 190–215 g. A 60″ hickory pole runs about 500–570 g, and a walnut pole about 380–430 g. For comparison, carbon composite 30″ shafts run 130–165 g and aluminum alloy runs 135–195 g. Our hickory figure is calculated from published density, and we'll confirm it by weighing.

Sources

• Wood Database — Shagbark Hickory
• Wood Database — Hard Maple
• Russell, Penn State — Damping measurements (ISEA 2006)
• Engineering Toolbox — Thermal conductivity of common materials
• NCAA Men's Lacrosse Rules, Rule 1-18 · NFHS Boys Lacrosse Rules, Rule 1-7-1 · Canadian Lacrosse Association technical bulletin
• First Grain fact sheet
• The Proof