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Hockey Sticks: Flex, Length, Kick Point & Blade Curves

Rink Hunters staff are gear obsessed, and sticks are a piece of gear we especially nerd out on. A stick is really four decisions stacked on top of each other — how long it is, how much it bends, where it bends, and what shape the blade is. The right stick will feel like magic in your hands. Start with the Stick Explorer below to turn your size and your game into a starting range, then use the Curve Explorer to see how the P88, P92, P28, P90TM and P86 blades differ — and the pros and cons of each.

Stick Explorer Curve Explorer (Common Curves) Compare every pattern Flex, explained Length & lie Kick point Stick lines by kick point

The Stick Explorer

Seven questions · updates as you answer · nothing is sent anywhere
Your height out of skates. Sets the length range.
lb (77 kg)
The single biggest input into flex.
Position
Nudges length — reach versus handling.
Your stance on the ice
Drives lie: how upright the shaft should sit.
The shot you take most
Drives kick point, and pulls flex up or down.
Your hands with the puck
Drives the blade pattern.
How's your shot right now?
Honest answers here save you from a stick you can't bend.

Your starting point

Ranges, not rules — try before you commit where you can

Every one of these specs comes down to personal preference in the end. Treat this as a starting point — a framework for thinking about what you actually want in a stick, and what makes sense for you.

Stick length
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Flex range
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Kick point
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Lie
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Blade pattern
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Read this before you buy: every number above is a starting range built from the standard fitting rules of thumb, not a measurement of you. Two players with identical height, weight and position routinely end up on different sticks and both are right. If a shop will let you handle a demo stick, or a teammate will let you take a few shots with theirs, that beats any calculator — including this one.

The Curve Explorer (Common Curves)

Looking down at the top of a right-handed blade · curve exaggerated for clarity

These graphics aren't exact reproductions — they're drawn to convey the general difference between blade curves.

All five right-handed blades, sighted down the blade at the same angle and scale — the way you'd compare them holding two sticks up in a shop. Pick one to open it below.

Top-down view of a hockey stick blade showing where the curve begins and how deep it is A blade drawn from above, with the heel, mid and toe sections marked, a dashed straight line showing where an uncurved blade would sit, and an arrow measuring how far the toe bends away from it. SHAFT heel mid toe dashed line = a perfectly straight blade Drawn to scale against each other, bend exaggerated. The shaft is foreshortened; a lefty blade is the mirror image.
P92

Curve type
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where the bend begins
Curve depth
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Face angle
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Lie (Bauer spec)
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shaft angle on the ice
What it gives you
    What it costs you
      Face angle: closed, slightly open and open blades seen from the end, with the path the puck takes off each Face angle — the blade seen from its end
      Open face tips the blade back so the puck climbs on its own — great for picking corners, unhelpful when you wanted it flat and on the tape. A closed or slightly open face keeps shots and passes down. One thing spec sheets never mention: the face angle isn't constant. On the open patterns it starts near vertical at the heel and twists progressively open toward the toe, which is why the same blade lifts a puck easily off the toe and barely at all off the heel — and why two patterns quoted as “open” can still feel different.
      Lie: the angle between the shaft and the blade. Higher lie numbers stand the shaft up; the selected curve's lie is highlighted Lie — the angle between shaft and blade
      Higher lie numbers stand the shaft up. Blades aren't flat underneath — they're slightly rounded from heel to toe (the rocker), so the stick rides on one spot. The right lie puts that spot under the middle of the blade in your stance. The tape on an old blade is a clue: worn at the toe usually means the lie is too low for you, worn at the heel means it's too high. Stick length and posture can cause the same wear, so rule those out first.
      Roughly the same blade at other brands

      “Equivalent” means close, not identical. Brands publish their own lie and blade height for these codes, and the shapes drift a little from year to year — treat a cross-brand swap as a new pattern you happen to like the sound of.

      Every common pattern, side by side

      Tap any row to load that blade into the Curve Explorer above. Lie is the manufacturer's published spec for the Bauer code; equivalents at other brands sometimes differ by half a number.

      CodeCurve typeDepthFaceLieBest atWorst at

      A note on depth: manufacturer charts rate all of these “medium,” and no common retail pattern is dramatically deeper than another — what actually separates them is where along the blade the curve sits, which is what the curve type column describes. Be sceptical of any chart ranking these by depth. Curve type, face and lie come from manufacturer pattern charts. “Best at” and “worst at” describe what the shape makes easy or hard — not who should use it. Every one of these patterns is used by pros at every position, and a curve you shoot well with beats a curve that suits your position on paper.

      Patterns you'll also run into

      Max blade: what the “M” means

      A max blade is the same curve on a taller blade. Height is measured from the ice to the top edge. The M at the end of a code (P92M, P28M, P90TM) marks it, and Bauer's curve chart flags it with an asterisk. Curve, face and lie stay the same. Retail guides put the extra height at a few millimetres, mostly toward the toe.

      Flex: A number worth experimenting with

      Flex is how many pounds of force it takes to bend the shaft one inch. An 85 flex needs 85 lb; a 65 flex needs 65 lb. Lower number, softer stick. That's the whole definition — the rest is what you do with it.

      When you shoot, you're not just swinging a lever, you're loading a spring. Lean into the stick, the shaft bends, and it snaps straight as the puck leaves the blade and adds speed you didn't generate with your arms. If the stick is too stiff for you, that never happens: you're swinging a broom handle. If it's too soft, it collapses under a real shot and sprays pucks everywhere.

      Half your body weight is the classic starting point — 160 lb player, 80 flex. It's a decent first guess and a terrible last word. A 150 lb beginner and a 150 lb junior with a real shot should not be on the same stick.

      Cutting the stick stiffens it

      This is the part that surprises people. Shortening a stick shortens the lever, so the same shaft takes more force to bend the same distance. The rough industry number is about 3 to 4 flex points per inch removed. Cut four inches off an 85 and you're effectively shooting a stiff 100. If your fitted length is well under the uncut length, buy the flex below what the weight rule says.

      How to tell you're on the wrong flex

      One more thing that has nothing to do with the number: flex ratings aren't standardized between brands. A CCM 85 and a Bauer 85 don't have to feel the same, and neither has to match a Warrior 85. Pick a number, then judge the stick in your hands.

      Flex preference may change as your shot evolves.

      Length and lie: the two that make it feel like yours

      Length

      Two different things get called “length,” which is where most of the confusion comes from. The number on the stick — and the number you cut to — is the shaft length, measured from the heel of the blade to the butt end. A senior stick is about 60 to 64 inches that way. But you don't fit a stick with a tape measure. You fit it standing up: put the stick upright on the toe of its blade, in your skates, and see where the butt end lands.

      In shoes rather than skates, the same range is roughly chin to nose — skates add a couple of inches you don't want to forget about. And when you do cut, cut in half-inch steps and re-tape. You can always take more off. You can't put it back.

      Lie

      Lie is the angle between the shaft and the blade — how upright the stick stands when the blade is flat on the ice. Common retail lies run 5 to 6, and each whole number is about two degrees. Higher number, more upright shaft, puck carried closer to your feet. Lower number, more open angle, puck carried farther out in front.

      You don't really choose lie so much as inherit it: it comes attached to the blade pattern you pick. What you can do is check it. Look at the bottom of a blade you've used for a season — the wear should be even from heel to toe. All the wear at the heel means the toe is riding up and your lie is too low for your stance. All the wear at the toe means the opposite.

      Length and lie work together. Cutting a stick down effectively raises how upright it feels in your hands, and adding an extension does the reverse. If you change your length by more than an inch or two, expect the blade to sit differently on the ice and give it a few skates.

      Kick point: where the stick bends

      Flex says how much the shaft bends. Kick point says where. That spot is where the stored energy releases, and it decides whether a stick is built for a fast shot or a heavy one.

      Low kick

      Loads near the blade. The fastest release of the three — built for wrist and snap shots taken in traffic where you get half a second. Less rewarding on a full slap shot from the point.

      Mid kick

      Loads in the middle of the shaft, over a longer windup. The most power on slap shots, one-timers and long-range wristers. Slower to release when someone's on you.

      Hybrid

      Sits between the two, usually a bit closer to the blade. The safe answer if you take a bit of everything, and what a lot of all-round sticks are built around.

      Every brand names its kick point differently and most of them market it harder than it deserves. Kick point is real, but it's a smaller effect than length and flex — a stick that's the right length with a flex you can load will out-shoot the perfect kick point you can't.

      Which stick line is which

      Model names change every year. The family almost never does — Bauer's Vapor has been the quick-release line for well over a decade, and CCM's Tacks has been the power line for just as long. Learn the families and you can walk into any shop, ignore the wall of names, and go straight to the right three sticks.

      Current as of September 2026. Lineups, model names and tiers change every season — check the year of the stick you're considering before buying, especially secondhand.

      Kick pointBrandFamily Where it loads
      blade ←  → hands
      Recent examplesWhat it's built for

      Kick points come from each brand's own descriptions of its lines, and the models listed are examples rather than a full catalogue. When a name disappears, expect the family that replaces it to behave the way that family always has. Rink Hunters isn't affiliated with any of these brands and doesn't sell sticks.

      Every family also comes in tiers. The same Vapor or Tacks name appears at four or five price points in a season. Moving up the tiers within one family buys lighter weight and better balance — it does not change the kick point, and it will not fix a stick that's the wrong length or flex for you.

      Try before you buy

      Numbers on a page will only get you to a shortlist. Our Hockey Shops directory lists pro shops across the U.S. and Canada — the ones with a shooting area or a demo rack are where a shortlist turns into the right stick.

      Find a hockey shop near you →

      Keep reading

      Skate Sharpening & the Radius of Hollow does for your edges what this page does for your stick. Rink Lingo decodes the rest of the vocabulary you'll hit at the rink, Hockey Training lists coaches and skills programs, and Find a Rink gets you the ice to test all of it on.