Short answer: Aluminum alloy is lighter: 135–195 g at 30″ against 250–285 g for solid hickory. Wood wins almost everywhere else. It damps vibration about 10× better than alloy, pulls heat from bare hands about 3× slower, and fails progressively instead of denting and bending. Choose alloy for the lightest stick. Choose wood for feel.
Is wood or aluminum better for a lacrosse shaft?
Wood, for most players who care about feel, sting and checking. Aluminum, for players who want the lightest, cheapest-to-replace stick and don't mind the buzz.
Weight first, because that's where alloy wins. An aluminum alloy shaft weighs 135–195 g at 30″. A First Grain Hickory 30″ shaft weighs 250–285 g. Even our lightest wood, Black Walnut, comes in at an estimated 190–215 g. That's heavier than most alloy. If you need the lightest stick on the field, alloy beats every wood we mill.
After weight, this is the matchup where wood's margins are biggest. Sting and cold are not close.
Why does my aluminum lacrosse stick sting?
Because aluminum alloy barely damps vibration. When the shaft takes a check or a hard pass off the frame, the vibration keeps ringing through the tube and into your hands.
Damping ratio measures how fast a material kills vibration. Higher is better. Aluminum alloy measures 0.5–1.3%. Wood in the hickory and ash class measures 3.4–6.7%. That's why wood damps vibration about 10× better than aluminum alloy, and as well as the best composites — naturally.
You feel that gap on every check you take on your hands and every ball you catch off the shaft. On a cold day the sting gets worse, because cold hands are already sensitive.
We're running this test ourselves. T2, The Sting Test, strikes a suspended shaft and measures how fast the vibration dies, following Russell's published bat-damping method. Results will be published on The Proof.
Why are aluminum shafts so cold?
Metal pulls heat out of your hands. Aluminum pulls heat from bare hands about 3× faster than wood at the same temperature.
The raw conductivity gap is even larger. Aluminum alloy conducts heat at 130–167 W/m·K. Hickory conducts at 0.16 W/m·K. Aluminum conducts heat roughly 1,000× better than wood. But what your skin feels depends on more than conductivity. It depends on density and heat capacity too, a property called thermal effusivity. Run those numbers and aluminum draws roughly 3.2× more heat from your hand than hickory does. That's the honest figure, and it's plenty.
Our test T3, The Cold Snap, will measure grip-surface temperatures outdoors at 35°F. Results will be published on The Proof.
Wood vs. aluminum: how do they compare side by side?
Alloy takes weight. Wood takes damping, heat, core, failure mode and character.
| Property | Solid wood (First Grain Hickory) | Aluminum alloy |
|---|---|---|
| Weight, 30″ | 250–285 g | 135–195 g |
| Vibration damping | 3.4–6.7% (wood class) | 0.5–1.3% |
| Thermal conductivity | 0.16 W/m·K | 130–167 W/m·K |
| Heat pulled from bare hands | Baseline | About 3× more |
| Core | Solid wood | Hollow tube |
| Break strength (MOR) | 20,200 psi | Dents before breaking |
| How it fails | Progressively — cracks you can see coming | Dents, bends |
| Character | Grain is a fingerprint | Extruded, identical |
Carbon is in the full table on The Proof and in wood vs. carbon.
How does an aluminum shaft fail compared to wood?
Alloy dents and bends. Wood cracks progressively. Both give you warning.
To be fair, denting is an honest failure mode. You see the dent. It rarely surprises anyone. The problem is what a dent does to your hands: a flat spot or a kink changes how the shaft sits in your grip, and a bent shaft never quite comes back true.
Grain-controlled hardwood fails differently. It checks, cracks or flakes in a way you can see coming. Every First Grain blank is held to our Grain Spec: slope of grain at 1:20 or better, running the length, 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. Hickory's published break strength is 20,200 psi.
Does the extra weight of wood help or hurt?
It helps defenders and hurts players who need the lightest stick. At the same stick speed, a 280 g shaft carries roughly twice the momentum of a 140 g shaft.
Momentum is mass times velocity. A hollow alloy tube is light and quick. A solid wood shaft puts real mass behind a slap or a lift, so the check moves the stick instead of tapping it. That's why Hickory is our pick for close D and LSM.
If you want wood but a lighter carry, Black Walnut is about 24% lighter than Hickory by density. Hard Maple and Red Oak sit in between. The full breakdown is in how much a wooden shaft weighs.
Who should pick aluminum, and who should pick wood?
Pick by your position, your hands and your weather.
Pick aluminum alloy if: - You want the lightest stick and weight decides everything. - You don't mind sting and play gloved in mild weather. - You're fine replacing a dented shaft.
Pick wood if: - Your hands sting after practice. Wood damps about 10× better. - You play bare-handed or in cold weather. Aluminum pulls heat about 3× faster. - You play D, LSM or two-way middie and want mass behind your checks. - You want a shaft that's one of one, stamped with its species, batch and serial number.
Compare all five species in the material guide, or go straight to the shop.
Frequently asked questions
Why does my aluminum lacrosse stick sting my hands?
Aluminum alloy has a damping ratio of only 0.5–1.3%, so vibration from checks and hard catches keeps ringing through the tube and into your hands. Wood measures 3.4–6.7%, which means it damps vibration about 10× better than alloy. Cold weather makes the sting worse. Switching to a wood shaft is the most direct fix, short of padding your gloves and hoping.
Is a wood shaft heavier than an aluminum shaft?
Yes. Aluminum alloy shafts weigh 135–195 g at 30″. A First Grain Hickory 30″ shaft weighs 250–285 g, Hard Maple and Red Oak an estimated 220–250 g, and Black Walnut an estimated 190–215 g. The extra mass is the point for defenders, since it carries more momentum into a check. For a player chasing the lightest stick, alloy is the better pick.
Does wood really keep your hands warmer than aluminum?
Yes. Aluminum pulls heat from bare hands about 3× faster than wood at the same temperature. Aluminum conducts heat roughly 1,000× better than wood, but skin feel depends on thermal effusivity, which accounts for density and heat capacity too. That works out to roughly 3.2× more heat drawn by aluminum. Our Cold Snap test will publish measured grip temperatures on The Proof.
Is a wooden lacrosse shaft legal?
Yes. NCAA men's Rule 1-18 says the crosse "shall be made of wood, laminated wood or synthetic material." NFHS Rule 1-7-1 uses the same language for high school boys, and the Canadian Lacrosse Association has approved wooden ash and hickory shafts for box. Women's and girls' rules are written separately, so check your own rulebook. See are wooden lacrosse shafts legal.
Can I try a wood shaft without committing?
Yes. Every First Grain shaft comes with a 30-day check guarantee. Play with it, and if you don't feel the difference, send it back. Hickory, Hard Maple and Red Oak run $99.99 for a 30″ shaft and $214.99 for a 60″ pole. Check our sizing guide first so you order the right length.
Sources
- Russell, Penn State — Damping measurements (ISEA 2006)
- Engineering Toolbox — Thermal conductivity of common materials
- Wood Database — Shagbark Hickory
- Wood Database — Hard Maple
- NCAA Men's Lacrosse Rules, Rule 1-18 · NFHS Boys Lacrosse Rules, Rule 1-7-1 · Canadian Lacrosse Association technical bulletin
- Aluminum alloy shaft weights from published manufacturer and review specs
- First Grain fact sheet
- The Proof