2027 Atomic Cloud C12 Women's Skis W/ M10 Bindings

The Atomic Cloud C12 is a women's frontside carver built for skiers who love laying down clean, precise turns on groomed runs. It combines a narrow, quick shape and full camber underfoot with a light wood core, a thin layer of titanium, and Atomic's Revoshock C damping system. The result is a smooth, easy-to-control ski that grips the snow with confidence and feels remarkably comfortable even at higher speeds.

Why we like it:

Revoshock C is the standout feature, smoothing out vibrations so the ski feels calm and composed on hard snow. We also love how quickly it moves from edge to edge, making short, snappy turns feel almost effortless.

Who it's for:

Intermediate and advanced women who spend most of their time on groomed runs and want to sharpen their carving technique. It's ideal for skiers who prefer quick, precise turns and want a ski that feels confident without being demanding.

Highlights:

Atomic's Revoshock C sits in the shovel of the Cloud C12, absorbing chatter before it reaches your legs so the ski stays smooth and comfortable. Underneath, a light woodcore with Ti Powered construction adds grip and stability without making the ski heavy, while Dura Cap sidewalls keep it durable and easy to swing around. A 69mm waist and 13.9m radius make it quick and precise from edge to edge, and full camber keeps the edge engaged from the start of the turn to the finish. World Cup Base Finish and Dura Edge round out the package with a fast, durable base and edges that hold up to hard snow.

Things to consider:

The narrow shape and full camber that make the Cloud C12 so precise on groomers mean it won't float well in fresh snow or chopped-up conditions. Skiers who want a little more versatility should consider the Cloud Q14, which has a wider all-condition shape.

Fit & sizing considerations:

Standard sizing applies to the Cloud C12. Skiers who prefer quicker, shorter turns can drop a length, while those who ski faster or want more stability can bump up a length.