Slap 92 2027 White/Green
All-mountain skis - Unisex -
Product not eligible for return
No subject to promotional offersThe Slap 92 2027 White/Green is a unisex all-mountain ski from the brand ZAG, designed for advanced skiers seeking an excellent balance between manoeuvrability and precision.
Its robust construction is based on a core of paulownia and poplar, ensuring both lightness and durability. The Heavy Duty Ti technology incorporates a titanal layer that enhances grip and energy return, ideal for incisive turns and precise carving. The Semi cap construction structure optimises force transmission while providing excellent edge hold on hard snow thanks to its ABS edges, resistant to cold and impacts.
The Slap 92 also features a double rocker profile with moderate camber, offering increased manoeuvrability and effective float in variable snow. Its multi-radius shape, with a short radius underfoot, facilitates quick direction changes while maintaining a commendable tolerance on challenging terrain. The double multiaxial layer of fibreglass fibres ensures balanced stiffness for a stable and dynamic ski.
Versatile and high-performing, the Slap 92 will easily accompany you on all terrains, allowing you to fully enjoy every descent.
| Size (cm) | Dimensions (mm) | Radius (m) | Ski weight (g) |
| 160 | 123 - 91 - 109 | 16.8 | 1,550 |
| 166 | 124 - 92 - 110 | 17.5 | 1,610 |
| 173 | 126 - 92 - 112.2 | 18.3 | 1,760 |
| 178 | 127 - 92 - 113.2 | 19 | 1,760 |
| 185 | 128 - 92 - 114 | 20 | 1,820 |
- Paulownia and poplar core
- Heavy Duty Ti construction with titanal to enhance grip and energy return (perfect for precise carving)
- Semi cap construction for optimal force transmission and good hold on hard snow
- Double multiaxial fiberglass layer
- ABS edges (increased resistance to cold and impacts)
- Double rocker on tip (20%) and endpiece (15%)
- Moderate camber
- Multi-radius shape: very short radius underfoot (increased manoeuvrability) while maintaining forgiving tips in challenging snow
- 5-point shape: improves ski manoeuvrability without excessively increasing rocker values
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