Choosing ski gear online comes down to matching construction to the conditions you actually ride. These guides explain what the specifications mean, so you can compare products on what matters rather than on marketing language.
Shell vs. insulation. A glove does two jobs: blocking weather outside and holding warmth inside. Look first at the outer shell's waterproof rating and whether the seams are taped; then at insulation weight. Heavier insulation is not automatically better — it trades dexterity for warmth.
Gloves vs. mittens. Fingers share heat in a mitten, so mittens are warmer at the same insulation weight. Gloves keep finger independence, which matters for buckling boots, handling poles and operating zippers. If your hands run cold, mittens win; if you need fine motor control, gloves win.
Fit. A ski glove should feel snug, with the fingertips just touching the ends and the cuff closing over your jacket sleeve. Too much room means cold air circulates; too little restricts blood flow, which actually makes hands colder.
Cuff length. Long cuffs (gauntlet style) seal better against snow entry on deep days and work with jackets whose sleeves are not adjustable. Short cuffs suit spring conditions and layering with a wrist gaiter.
NANEND glove line-up. 3L five-finger gloves (NS1161046), 3L mittens (NS1162048), and the NCJC25101 and NCPC25133 models. Size charts are published per SKU on each product page — check the chart before ordering, as fit varies by model.
Lens tint and VLT. Visible Light Transmission (VLT) is the share of light passing through the lens. Low VLT (around 10–20%) suits bright, sunny conditions; mid VLT (20–50%) is the all-round range; high VLT (above 50%) is for flat light, fog and night. A single mid-VLT lens is the practical choice if you only own one pair.
Anti-fog. Ventilation design and anti-fog coatings matter more in daily use than any spec-sheet number. Fogging is usually caused by condensation on the inside, so a goggle that moves air is worth more than a goggle with thicker foam.
Magnetic lens swap. Interchangeable lens systems let you adapt to changing light without carrying two goggles. Magnetic side-opening designs are the fastest to swap with gloves on.
Helmet compatibility. Check that the goggle's frame profile matches your helmet's brim gap. Most mid-to-large frames work with most ski helmets; very small frames can leave a gap at the forehead.
NANEND goggle line-up. N10 SNAP goggles (high-contrast, anti-fog, magnetic side-opening lens system), selected for ISPO CHINA CHOICE 2026 together with the N10 SLIDE PRO helmet.
Certification. Look for CE EN 1077 (European ski and snowboard standard) or ASTM F2040 (US standard). These certify impact protection; nothing else on the label does.
Rotational impact systems. Systems such as MIPS address rotational forces in oblique impacts — a different failure mode from direct impact. A helmet with a rotational system is the safer default when the budget allows.
Fit. Measure your head circumference and match it to the size chart. A helmet should feel snug with no pressure points; it will break in slightly. Never size up for comfort — a loose helmet fails in a crash.
Weight vs. coverage. Lighter helmets reduce neck fatigue on long days; fuller-coverage shells protect the ears and temples better. For park and all-mountain use, prioritise a certified, well-fitted helmet over any other feature.
NANEND helmet line-up. N10 SLIDE PRO (MIPS rotational impact system, Polartec Power Grid insulation, RECCO reflector), selected for ISPO CHINA CHOICE 2026.
Mittens with the heaviest insulation your dexterity can tolerate. Mittens keep fingers together and share heat, so at equal insulation they are warmer than gloves. For extreme cold, add a liner glove system.
Match VLT to conditions: low VLT (10–20%) for bright sun, mid VLT (20–50%) for all-round use, high VLT (50%+) for flat light and fog. If you ski mostly in changing light, a mid-VLT lens with a magnetic swap system covers the most days.
Mittens are warmer; gloves give better finger control for buckles, poles and zippers. Choose by how cold your hands run and how much fine motor work you do on the hill.
It is not a legal requirement, but rotational impact systems like MIPS reduce forces in oblique impacts that a standard helmet does not fully address. Any certified helmet (CE EN 1077 or ASTM F2040) is far better than no helmet; a rotational system is the safer default when available.
Snug, with fingertips just touching the glove ends and the cuff overlapping your jacket sleeve. Excess space lets cold air in; a tight fit restricts circulation. Fit varies between models, so check the size chart on each product page.