Short answer: Hickory, if you play defense or LSM. It is the hardest, densest and strongest wood we mill: 1,880 lbf Janka and 20,200 psi break strength. Want lighter? Black Walnut is about 24% lighter by density. Attackmen should look at Hard Maple, two-way middies at Red Oak. The best wood is the one that fits your position.
Which wood makes the best lacrosse shaft?
For a defenseman, hickory. For everyone else, it depends on what you need the shaft to do. Harder isn't better. Harder is different.
Every step down the hardness ladder buys flex, swing speed and a lighter carry. Every step up buys mass and authority on the check. That is why we mill five species instead of one.
| Species | Janka hardness | Density | Weight, 30″ | Best for | Price, 30″ / 60″ |
|---|---|---|---|---|---|
| Hickory | 1,880 lbf | 800 kg/m³ | 250–285 g | D / LSM | $99.99 / $214.99 |
| Hard Maple | 1,450 lbf | 705 kg/m³ | 220–250 g (est.) | Attack | $99.99 / $214.99 |
| White Oak | 1,350 lbf | 755 kg/m³ | 235–270 g (est.) | D / M | $149.99 / $322.99 |
| Red Oak | 1,220 lbf | 700 kg/m³ | 220–250 g (est.) | Middie | $99.99 / $214.99 |
| Black Walnut | 1,010 lbf | 610 kg/m³ | 190–215 g (est.) | Collector | $179.99 / $386.99 |
Janka figures are from the Wood Database. Hickory's weight is calculated from density and will be confirmed by weighing. The others are estimated from density. For context, aluminum alloy shafts run 135–195 g and carbon composite 130–165 g. Every number has a source on the fact sheet.
What does each wood actually do?
Each species has one job it does best. Here is the short version of each.
Hickory: The Problem. Defense. The hardest, densest, strongest wood we mill. Stiffness of 2.16M psi and break strength of 20,200 psi. At 30″ it weighs 250–285 g; the 60″ pole runs 500–570 g. Want authority? Hickory.
Hard Maple: The Finish. Tight, pale grain and the smoothest surface we mill. A glass-clean release. Stiffness of 1.83M psi, break strength of 15,800 psi. Built for attack, where hands and release matter more than check mass.
White Oak: The Upgrade. Dense, figured, ray-flecked. The premium tier for players who want both: real density on the check with a lighter carry than hickory. Good for close D and defensive middies.
Red Oak: The Classic. Bold, open grain, the most wood-looking wood on the rack. That open grain gives a natural grip. It is our pick for the two-way middie who needs to carry the ball and still throw a check, at the fair price.
Black Walnut: The One of One. The lightest wood we mill, with the richest color. Batch 01, no restock. It is the softest on the ladder at 1,010 lbf, and that is the trade: lighter carry, less hardness.
What is the strongest wood for a lacrosse stick?
Hickory, of the woods we mill. It leads every column we publish: 1,880 lbf Janka, 2.16M psi stiffness, 20,200 psi break strength.
Grain matters too. Hickory with grain running off the side is weaker than straight-grained softer wood. That is why every First Grain blank is held to a slope of grain of 1:20 or better, running the length, with no knots, pith or splits. 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. Same idea here. The full spec is on The Proof.
Grain-controlled hardwood also fails progressively. You see cracks coming before the shaft lets go.
What is the lightest wood lacrosse shaft?
Black Walnut. A 30″ walnut shaft is estimated at 190–215 g, and the 60″ pole at 380–430 g. By density it is about 24% lighter than hickory (610 vs. 800 kg/m³).
Walnut is still heavier than aluminum alloy or carbon. If your whole game is the lightest stick you can find, wood is not your shaft. If you want wood that carries easier, walnut first, then maple or red oak. Our weight page goes deeper.
Hickory vs. maple vs. oak: which should you pick?
Hickory for checking, maple for release, oak for the middle ground. The differences are real but not huge, so position should decide it.
Hickory is the heaviest and hardest. On defense the mass is the feature: at the same stick speed, a 280 g shaft carries roughly twice the momentum of a 140 g shaft. That is a check that lands instead of one that taps.
Hard Maple is a step lighter and less stiff, with the smoothest surface we mill. Attackmen notice the release before they notice the weight.
The oaks split the difference. White Oak is the denser of the two (755 vs. 700 kg/m³) and costs more for the figure and ray fleck. Red Oak is lighter, grips in the wet thanks to its open grain, and sits at our core price.
Hickory vs. ash: what about ash?
Ash is a traditional lacrosse shaft wood, known for its flex. The Canadian Lacrosse Association's approval for box names two woods: ash and hickory. We don't mill ash right now.
If you've played ash, you know it bends more than hickory. That flex is the trade: some feel and forgiveness, less of the stiffness and mass that make hickory our defensive shaft. We won't publish ash numbers we haven't measured. If you want a little more give than hickory today, look at Hard Maple or Red Oak. Both sit lower on the ladder.
Why does First Grain stop at hickory?
Because past hickory you're not buying performance. You're carrying furniture.
Ipe is the obvious next step up. It rates 3,490 lbf Janka, and at 65+ lb/ft³ it is about 30% denser than hickory. In a shaft that is dead weight past the point of usefulness. It is also an imported tropical, and we are an American-hardwood brand. Hickory is the hardest wood that still plays like a lacrosse stick.
Which wood should I pick for my position?
Start here, then go by feel.
| Position | Pick | Length | Why |
|---|---|---|---|
| Close D / LSM | Hickory | 60″ | Heaviest check on the rack |
| Defense, quicker hands | White Oak | 60″ | Real density with a lighter carry than hickory |
| Two-way middie | Red Oak or Hickory | 30″ | Carry and authority |
| Short-stick D-middie | White Oak or Red Oak | 30″ | Density on the check, lighter for running the field |
| Attack | Hard Maple | 30″ | Tight grain, quick release |
| The one nobody else has | Black Walnut | 30″ or 60″ | Lightest we mill, Batch 01 |
Still deciding between wood and a tube? Read wood vs. carbon. Every shaft carries our 30-day check guarantee. Shop all five.
Frequently asked questions
What is the best wood for a lacrosse shaft?
For defense and LSM, hickory. It is the hardest, densest and strongest wood we mill, at 1,880 lbf Janka and 20,200 psi break strength. For attack, Hard Maple gives the smoothest release. For two-way middies, Red Oak balances carry and check at our core price. Black Walnut is the lightest. There is no single best wood, only the best wood for your position and how you play.
Is hickory or maple better for a lacrosse shaft?
Hickory is harder (1,880 vs. 1,450 lbf), stiffer (2.16M vs. 1.83M psi) and stronger (20,200 vs. 15,800 psi). It is also heavier: 250–285 g at 30″, against an estimated 220–250 g for maple. Pick hickory if you throw checks for a living. Pick maple if you play attack and care most about a clean, quick release. Both cost $99.99 at 30″.
Is a hickory or ash lacrosse shaft better?
They do different jobs. Ash is a traditional shaft wood known for flex, and the Canadian Lacrosse Association's box approval names both ash and hickory. Hickory is stiffer and denser, which is why it is our defensive shaft. First Grain does not mill ash right now, so we won't publish ash numbers. If you want more give than hickory, Hard Maple and Red Oak sit lower on our ladder.
What is the strongest wood for a lacrosse stick?
Of the five we mill, hickory: 1,880 lbf Janka, 2.16M psi stiffness and 20,200 psi break strength. Harder woods exist. Ipe rates 3,490 lbf, but it is about 30% denser than hickory, which is dead weight in a shaft. Grain matters as much as species, so every blank we sell meets a slope of grain of 1:20 or better with no knots, pith or splits.
Is a wood lacrosse shaft heavier than aluminum or carbon?
Yes. A 30″ hickory shaft weighs 250–285 g, about twice a carbon shaft at 130–165 g. Aluminum alloy runs 135–195 g. Black Walnut, our lightest, is estimated at 190–215 g. On defense the mass is the point, because a heavier shaft carries more momentum into the check. If your game depends on the lightest stick possible, wood is the wrong pick.
Sources
- Wood Database — Shagbark Hickory
- Wood Database — Hard Maple
- Canadian Lacrosse Association technical bulletin approving wooden ash and hickory shafts
- First Grain fact sheet
- The Proof