The Rossignol Nova 7 LTD is a women’s-focused frontside ski designed to make carving feel intuitive, smooth, and confidence-inspiring. It blends a moderately narrow waist with a forgiving flex pattern, placing it squarely in the on-trail performance category with a touch of versatility. This ski is built for skiers who want dependable edge hold and easy turn initiation without an overly demanding ride.

Why we like it:

The Nova 7 feels balanced and predictable, offering enough grip to build confidence on firmer days while remaining light and manageable.

Who it's for:

This is a great choice for advancing beginners and inermediates looking for a ski that will encourage progression. It rewards good technique without punishing small mistakes.

Highlights:

A lightweight wood core keeps the ski responsive and easy to maneuver, reducing fatigue over a full day on the hill. Carbon Alloy Matrix reinforcement adds torsional stiffness, which helps the ski maintain edge hold when carving on firmer surfaces while preserving a smooth flex. Rectangular sidewalls improve power transfer so movements at the boot translate clearly to the snow. The camber underfoot supports solid grip and rebound, while tip rocker softens turn entry and helps the ski feel approachable at slower speeds. Its slightly wider waist compared to race-oriented carve models adds a bit of forgiveness and stability in mixed on-trail conditions.

Things to consider:

While it offers more forgiveness than a race-inspired carve ski, it is still primarily designed for groomed terrain. Heavier or very aggressive skiers may find its lighter construction less planted at very high speeds. Those seeking true all-mountain float will want a wider platform.

Fit & sizing considerations:

The Nova 7 LTD skis true to length with a balanced, approachable feel. Skiers who prioritize maneuverability and confidence at moderate speeds can stay in their typical size or size slightly shorter. Those who prefer a bit more stability for faster carving can size toward the longer end of their normal range.