The 2026 Fischer Nightstick 97 is the most versatile freestyle ski in Fischer’s twin tip lineup, built to thrive in both the terrain park and all over the mountain. Wider than the Nightstick 90 but carrying the same bombproof construction and twin-tip geometry, this ski is perfect for skiers who want to blend freeride style with technical tricks—and maybe throw down a switch 5 into soft snow while they’re at it.

Why we like it:

It’s rare to find a park ski this durable and stable that still feels lively and flickable. The added width opens up the terrain options without dulling the pop or responsiveness needed for progression in the park.

Who it's for:

Designed for advanced to expert freestyle skiers who want a ski that can move effortlessly between rails, side hits, and booters—but also hold its own when there’s a bit of fresh snow or off-piste lines calling. Riders who ski hard, land switch, and look for creative lines from summit to park will feel right at home.

Highlights:

A full poplar wood core forms the ski’s energetic baseline, reinforced by Air Tec for reduced swing weight and Titanal elements for enhanced durability and edge grip. The Freeski Rocker profile gives the Nightstick 97 the maneuverability and pivot power required in park and urban terrain, while the Fiber Tech laminate and Sandwich Sidewall Construction deliver a smooth and consistent flex with strong torsional hold. With a sintered base and a solid 96 mm waist, it’s built for speed, stability, and softer landings—all with the edge grip needed for firm days on snow.

Things to consider:

This is still a freestyle-specific ski at heart. While it’s more versatile than the narrower Nightstick 90, the 97 doesn’t match the power or edge hold of a directional all-mountain ski in steep, high-speed terrain. If you're chasing max carving performance, you’ll want to look elsewhere.

Fit & sizing considerations:

Skis true to size. Park riders focused on spins and tricks may prefer to size down, while all-mountain or big-feature-focused skiers should stick to their usual length for added support and landing stability.