Best Ski Touring Crampons of 2026
The phrase "ski crampons" covers two unrelated products — harscheisen, the metal blades that clip into a touring binding and bite alongside the ski, and boot crampons light enough that you will actually carry them on a tour — and this page is about boot crampons only.
That distinction matters because the two solve different problems. Harscheisen keep a skinning track from sliding out sideways on firm morning snow. Boot crampons are for the part of the day when the skis come off your feet and go on your back: a bootpack up a couloir, a firm summit ridge, a col crossing where the skin track ran out.
A ski touring crampon is therefore a contingency tool. It spends most of its life in a pack, gets used for twenty minutes, and its most important specification is whether its weight and bulk are low enough that you bring it on the marginal days. That is why almost everything here is aluminum or part-aluminum, and why the ranking is not simply "lightest wins" — a crampon that skates on the one icy step of the day has failed at its job no matter what it weighs.
All five below fit rigid ski touring boots. Confirm what your specific boot's welts accept in the boot compatibility guide before ordering, because the toe geometry on ski boots varies more than most buyers expect.
| Model | Weight (pair) | Points | Material | Binding | Best for |
|---|---|---|---|---|---|
| Petzl Irvis Hybrid | ~540 g | 10 | Steel front, alloy heel | Semi / auto | The all-round tourer |
| Petzl Leopard | ~330 g | 10 | Aluminum | Strap or wire bail | Snow-only, minimum weight |
| BD Neve | ~500–600 g | 10 | Aluminum | Strap (C1) or auto (C3) | Non-welted stiff boots |
| CAMP XLC 390 | ~390 g | 12 | Aluminum | Semi / auto | Twelve points at race weight |
| Grivel Ski Race | ~380 g | 10 | Aluminum | Race-oriented | Skimo racing |
1. Petzl Irvis Hybrid
Steel where the load concentrates, aluminum where it does not. The front section that kicks into firm névé and takes the leverage of a step-up is steel; the heel, which mostly just sits on snow, is alloy. At ~540 g the pair folds around a Dyneema cord instead of a steel bar and packs to roughly the size of a sandwich, so it goes in the pack on days you are only half expecting to need it.
The practical result is a crampon that copes with surprises. A refrozen afternoon slope, a short bulge of hard ice at the top of a couloir, fifty metres of rocky col — all things that quietly ruin a full-aluminum crampon and that the Irvis Hybrid absorbs without complaint.
Pros
- Steel front points bite hard ice that alloy skates off
- Packs very small thanks to the cord linking system
- ANTISNOW plates front and rear
- Tolerates rock contact that would round alloy points
Cons
- ~200 g heavier than the Leopard
- Needs a heel welt — no true strap-on version
- Cord wants seasonal inspection and eventual replacement
2. Petzl Leopard
At ~330 g a pair, the Leopard is barely a decision. It folds flat, disappears into a skimo pack and grips firm snow and névé as securely as steel does, because snow is not hard enough to care what the point is made of.
Its limits are equally clear. Alloy points blunt on rock in hours rather than seasons, and blunt alloy does not hold on hard refrozen snow, let alone ice. Two binding versions are sold: FL straps onto stiff boots without welts, LLF uses a wire toe bail for welted ski boots. The full review covers how quickly the points go off.
Pros
- ~330 g — light enough that you stop debating whether to bring it
- Smallest packed size here
- Genuinely secure on firm snow and névé
- Strap and wire-bail versions cover welted and non-welted stiff boots
Cons
- Unsafe on hard water ice and steep alpine ice
- Points round quickly with any rock contact
- Cord sizing is slow and effectively single-boot
- No secondary points, so front-pointing is out of scope
3. Black Diamond Neve
The Neve's advantage over the Petzl and CAMP alloys is breadth of fit. It comes in a Strap version at ~600 g that attaches to any stiff boot without welts, and a Pro version at ~500 g with a full automatic binding for welted ski and mountaineering boots. If your touring setup involves a boot that does not take a wire bail cleanly, the Neve Strap is often the only light crampon that will sit on it properly.
It uses a conventional rigid linking bar rather than cord, so it packs bulkier than the cord-based models but adjusts faster and is one less thing to inspect. Same alloy limits apply: snow yes, ice no, rock never.
Check price on Amazon4. CAMP XLC 390
Twelve points at ~390 g, which is a genuinely unusual combination — most crampons this light drop to ten. The extra points give a slightly more planted feel when flat-footing across a firm traverse, and the frame is stiff enough to sit properly under a rigid ski boot rather than rocking under it.
It needs welts at the heel (semi-automatic) or at both ends (automatic), so it is a ski-boot crampon rather than a general one. Treat it exactly as you would the Leopard: firm spring snow and cold névé, taken off before rock, never asked to hold on blue ice.
Check price on Amazon5. Grivel Ski Race
A ~380 g race crampon with short, low-profile points and a minimal binding built around skimo boots. In a race context that specification is correct: transitions are fast, the crampon is on for one steep bootpack, and the terrain is a prepared course rather than an unknown couloir.
Outside racing it is the narrowest tool here. The short points give less margin on anything but firm snow, and the race binding is fussier about boot geometry than the others. If you are not racing, the Leopard costs you nothing in weight and gives you more crampon.
Check price on AmazonWhat matters in a ski touring crampon
Weight you will actually carry. The safety argument for light crampons is behavioural, not mechanical. Gear in the car protects nobody. Anything under about 600 g a pair crosses the threshold where most tourers stop leaving it behind, and that is worth more than the last hundred grams.
Material, honestly assessed. Aluminum grips snow as well as steel and fails on ice and rock. The question is not which material is better but how confident you are about the surface you will meet. If there is a realistic chance of bare ice, scoured névé or a rocky entry, take steel front points. The full argument is in aluminum vs steel crampons.
Boot welts. Most touring boots have both toe and heel welts, but the toe lugs on some are shallow or oddly shaped and a wire bail will not seat securely. Check before you buy, and check with the boot you own rather than the one you plan to own.
Anti-balling plates. Spring snow balls under a crampon, and a snowball under an alloy crampon is worse than under steel because you have fewer millimetres of point to spare. Keep the plates fitted and tap the frame with your axe shaft on warm afternoons.
Transitions. You will fit these standing on a slope, in gloves, with skis on your back. Practise once at home. A crampon you can put on in ninety seconds without taking your gloves off is safer than a lighter one that takes five minutes and a bare hand.
Who should not buy anything on this page
Anyone buying their first and only crampon. Every model here is a specialist built around one assumption — that the surface will be snow. A first pair has to cope with what you did not plan for, which means a steel 12-point. Start with the mountaineering crampons roundup instead, and buy something light later as a second pair.
Anyone whose "ski mountaineering" includes real ice. Steep couloirs that run out at a bergschrund, north-facing lines that stay bulletproof all day, or anything you would want to front-point are outside the envelope of alloy points. The Irvis Hybrid is the only model above that takes short ice steps seriously.
Anyone who wanted harscheisen. If your problem is a skin track that slides out sideways on firm snow, none of these solve it. You want the binding-mounted blades, sized to your ski width and matched to your binding brand — a different purchase entirely.
Crampons buy traction, not safety. On the firm 40° snow where these earn their place, a slip becomes a slide within a metre, and stopping it takes an ice axe and self-arrest you have practised on real ground. If you are not confident with an axe on the terrain you are planning, that is the gap to close before the gear purchase.
FAQ
Do I need boot crampons if I already have harscheisen?
They cover different situations. Harscheisen work while you are still on skis, on a skin track that is firm enough to slide out. Boot crampons are for when you take the skis off. Most tourers who go into couloirs or onto summit ridges end up carrying both, and neither substitutes for the other.
Aluminum or hybrid for ski touring?
Hybrid unless you are certain your use is snow only. A steel front section adds roughly 150–200 g and removes almost every failure mode of alloy — hard ice steps, rock contact, points that go blunt in a season. Full aluminum makes sense as a second pair, or for racers, or for tourers whose crampon days are all on spring corn.
Will these fit my ski boots?
Usually, if the boot has a proper toe and heel welt and a rigid sole. Walk-mode ski boots vary in toe lug depth and some tech boots have shallow welts that a wire bail does not grip well. Fit them at home, twist the boot in the crampon by hand, and confirm nothing rocks or rotates.
How long do aluminum points last on a ski crampon?
Used strictly on snow, several seasons. Used on a couple of rocky cols, you will see measurable rounding straight away, and rounded alloy points stop holding on hard refrozen snow. Judge them by bite rather than looks, and treat visible shortening of the front points as the end of the crampon rather than a sharpening job.