Best Ice Cleats and Traction Devices for Snow

The best ice cleats and traction devices for snow for most people are Kahtoola MICROspikes for mixed winter hiking and Hillsound Trail Crampons for steeper icy terrain, while Yaktrax Walk and Kahtoola NANOspikes are better for flat urban use, because spike length, chain vs coil design, and elastomer fit determine grip, weight, and compatibility with your footwear.

Traction System Types Compared

Not all traction devices are cleats. The category breaks into four distinct systems, each with a different approach to bite and surface contact:

• Coil systems (e.g., Yaktrax Walk): Wound steel coils and low-profile plates wrap the sole. They provide friction on light snow and frosted pavement but have minimal penetration on solid ice.
• Chain and spike systems (e.g., Kahtoola MICROspikes, Hillsound Trail Crampon): Chains distribute load across the sole with 10-18 hardened steel spikes, typically 8-12mm long. This is the standard for trail hiking, packed snow, and blue ice.
• Low-profile diamond grip (e.g., Kahtoola NANOspikes, Kahtoola EXOspikes): Uses dozens of small tungsten carbide studs or aluminum traction lugs instead of long spikes. Designed for road running and city commuting where you transition constantly between ice, concrete, and indoor floors.
• Strap-on crampon style (e.g., Hillsound Trail Crampon Pro, Black Diamond Distance Spike): Adds a more rigid plate, toe bail, and aggressive front points. Bridges the gap between flexible winter cleats and mountaineering crampons for steep, hard-packed slopes.

Head-to-Head Spec Comparison

Weight, spike count, and spike length are the three numbers that most affect how a device feels and grips. Longer spikes bite deeper but add weight, snag on rocks, and wear faster on pavement.

Generally, coil and NANOspike-class devices usually cost $25-$50, chain-based MICROspike-class devices usually $65-$85, and aggressive trail crampon-class devices usually $75-$110.

Weight vs. Grip: A Worked Calculation

Spec sheets list weight, but not what that weight costs you on a hike. This is why runners choose NANOspikes and hikers tolerate the heavier MICROspikes.

Use this rule of thumb: carrying 100g extra on each foot costs roughly 1% more energy per step due to the pendulum effect of foot swing. On a 5-mile winter hike (about 10,000 steps):

• A pair of Kahtoola NANOspikes (~190g) adds minimal swing weight. Total added energy cost vs. no traction is about 2-3%.
• A pair of Hillsound Trail Crampons (~450g) adds about 260g more than NANOspikes. That is roughly 2 x 130g per foot = ~2.6% additional energy cost over the lighter option.
• Over 10,000 steps, that 2.6% compounds. If you burn ~500 calories without traction, you will burn an extra ~13 calories just moving the heavier device, plus more if you lift your feet higher to clear long spikes on rocks.

The takeaway is not to always buy the lightest option, but to match spike length to terrain. The 2-3% penalty is worthwhile on solid ice where a coil will slip, but a waste of energy and shoe wear on bare pavement where a 12.7mm spike cannot penetrate and instead skates on the tips.

Spike Design and What It Means on Snow vs. Ice

Coils and Plates

Coils increase surface area and rely on friction rather than penetration. They excel on wet, slushy snow and lightly frosted sidewalks. On hard, smooth ice at 25F / -4C or colder, coils slide because there is no edge to bite. They are also quietest on store floors and least damaging to hardwood.

Short Carbide Studs

Tungsten carbide studs found on NANOspikes and EXOspikes are extremely hard and maintain a sharp point even after miles of pavement. The small, numerous contact points create grip without a pronounced spike feel underfoot. They do not trench into deep snow, so in 2+ inches of soft snow they can feel floaty. Ideal for city commuters who walk 70% on cleared concrete and 30% on black ice.

Medium Chain Spikes (8-10mm)

This is the sweet spot for trail use. Twelve spikes at ~9.5mm on chains allow each spike to punch through packed snow and engage ice while the chains flex with the shoe. The elastomer harness keeps tension across the midfoot. Limitation: on hard rock or concrete, the long spikes reduce rubber-to-ground contact and can feel unstable, similar to walking in soccer cleats on tile.

Aggressive Crampon Spikes (12mm+)

Devices like the Hillsound Trail Crampon add front toe points and a stabilizing plate across the forefoot. This prevents balling of snow under the foot and provides lateral grip on off-camber icy traverses. The trade-off is fit precision; they require a stiffer boot to prevent the plate from flexing and walking off the sole.

Fit and Ease of Putting Them On

Fit is where most buying mistakes happen. Traction fails when the elastomer harness is too loose and rotates under the foot, or too tight and tears at the toe eyelet.

• Elastomer harness sizing: All flexible systems use a thermoplastic elastomer that stiffens in cold. Size down if you are between sizes, especially for low-profile running shoes. A properly sized harness should require two hands and a firm pull over the toe, with no gap at the heel. If you can put it on with one finger, it is too large.
• Footwear compatibility: Coil and NANOspike systems stretch to fit everything from sneakers to winter boots. Chain spike systems fit best on shoes with a defined heel ledge and moderate sole lug depth (hiking shoes, trail runners). Aggressive crampon styles need a boot with a heel welt and minimal rocker, otherwise the toe points overhang.
• Ease of use in the cold: Look for large heel tabs with pull loops. The two-strap velcro found on STABILicers and Yaktrax Pro allows adjustment over bulky insulated boots and can be secured with gloves on. Chain-and-elastomer systems without straps are faster (5-10 seconds per foot once practiced) but cannot be tightened; you must get the size exactly right.
• Transition zones: If your walk includes frequent indoor entries, avoid 9mm+ spikes. Carbide stud systems can be worn briefly indoors without removing them, while long spikes require removal to avoid slipping on tile and damaging floors.

Decision Matrix: Map Your Situation to the Right Type

Use this matrix instead of chasing a single best overall pick. Match your primary surface and footwear to the row.

What to Check Before You Buy

Check these three specs that matter more than marketing names:

• Replaceable parts: Some STABILicers models allow you to replace individual cleats and screws when they dull. Chain spike systems typically require replacing the whole unit once spikes round off after heavy rock use.
• Chain weld vs. rivet: Welded chains (Hillsound, Kahtoola) resist opening under torque on sidehills. Split rings or rivets can spread if used on steep terrain with a heavy pack.
• Elastomer cold rating: High-quality TPE remains elastic to -30F / -34C. Cheaper rubber compounds crack at 0F / -18C. If you hike in deep cold, prioritize brands that specify low-temperature elastomer.

Also consider sole wear: long spikes concentrate pressure on 12 points and will dent soft EVA midsoles over time. Rotate traction devices between shoes or place a thin insole under the footbed if you use them daily.

Care and Storage

After use, rinse off road salt and grit, which corrodes chains and dulls carbide. Air dry completely and store the pair stretched lightly over cardboard rather than balled up, which prevents the elastomer from taking a permanent kink at the toe. Keep them in a zip pouch in your pack so wet spikes do not soak your gloves.

Do not run or hike on dry rock for extended distances with long spikes just to avoid taking them off. One mile of bare rock wears spikes as much as 10-15 miles on snow, and it dramatically increases slip risk.