Like-New Condition! The 2027 Head Kore 94 TI with Demo bindings is an all-mountain ski with a frontside lean. Karuba and beech in the core, two layers of titanal, and a tip-to-tail rocker profile add up to a ski that carves like it means it when the snow is firm and still has the rocker and shape for a soft-snow detour. A demo binding completes the setup, adjustable to fit most boot sole lengths.

Why we like it:

The Kore 94 might be the goldilocks ski in the line. The waist is wide enough to feel confident off-trail and narrow enough to roll edge to edge effortlessly, and with the titanal damping on top of that, it's a ski that's fun to drive at any speed.

Who it's for:

Strong, frontside-leaning skiers who want some off-trail capability built in. It's best for skiers in regions where most days are groomed and chopped up, with the occasional storm day mixed in.

Highlights:

Graphene reinforcement adds stiffness without weight, and the rocker profile pairs an easy turn-in with strong camber underfoot for full edge engagement through the middle of the arc. The karuba and beech core mix keeps a 94 mm waist lively and quick to react, while titanal layers above and below the core bring the damping and torsional stiffness that hold an edge in firm conditions. Freeride Sandwich Cap Construction delivers a balanced ride, the UHM C base is structured for smooth glide across mixed snow, and the signature flax-inlaid Hybrid Top Surface ties the ski into the rest of the Kore line while keeping swing weight down. Pairing this platform with a demo binding adds adjustability to cover a wide range of boot sizes.

Things to consider:

It leans frontside in feel, which makes it less than ideal if powder is where you spend your time. The wider Kore 100 TI is the better all-around choice for deeper-snow regions, and the Kore 88 TI is the tighter, more groomer-focused option.

Fit & sizing considerations:

True to length, so stick with your usual size, then drop a length for shorter, snappier turns or bump up a length for added stability at speed.