Wildcat 76 C LS — Women's (2025)

Ski Length: 144
Binding: EL 9.0 GW SHIFT

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The 2025 Elan Wildcat 76 C LS women's skis combine lightweight agility with powerful performance, thanks to their carbon-reinforced laminated wood core and Amphibio Truline Technology. Perfect for effortless all-mountain carving, these skis inspire confidence with every turn.

Features
  • Lightweight Carbon Core: Enjoy a nimble and responsive ride all day long, reducing fatigue and maximizing fun.
  • Amphibio Truline Technology: Experience precise turns with enhanced edge grip and control, making each descent smooth and enjoyable.
  • Power Shift Binding System: Optimized ski flex and energy transmission ensure a stable, confident skiing experience on any terrain.
  • RST Sidewall Construction: Delivers direct power transfer to the ski edges for exceptional grip and stability, even on harder snow.
  • Environmentally Friendly Design: Crafted with sustainable practices, including 100% green energy and over 70% natural and recycled materials.
The 2025 Elan Wildcat 76 C LS women's skis are engineered to deliver exceptional performance across a range of conditions, making them an ideal choice for intermediate to advanced skiers. Featuring a carbon-reinforced laminated wood core, these skis are incredibly light and agile, allowing for effortless turns and reduced fatigue on the slopes. The Amphibio Truline Technology, unique to Elan, incorporates an asymmetrical design that enhances edge grip and control, ensuring that every turn is executed with precision and confidence. Designed with the Power Shift binding system, the Wildcat 76 C LS offers a natural flex and smooth power delivery, which is further complemented by the RST sidewall construction for strong edge hold. Whether you're cruising down groomed trails or carving through mixed terrain, these skis provide the stability and responsiveness needed for a truly enjoyable skiing experience. Plus, Elan's commitment to sustainability means these skis are made using environmentally conscious methods, combining performance with eco-friendly design.

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