Fischer Speedmax 100 Double Poling Sprint – Maximum Glide for Double Poling

If your technique is all about double poling and you want to maximize every centimeter of glide, the Fischer Speedmax 100 Double Poling Sprint is built for you. Designed for elite skiers and long-distance races, this ski delivers when glide length and speed decide the outcome.

Key Features

• Double poling–specific frame – extremely stiff construction minimizes energy loss and maximizes efficiency in the double poling technique

• Speedmax 3D base – World Cup-level base material ensures top-level glide in all conditions

• Cold Base Bonding – improves wax absorption and preserves grinding properties

• Sprint version – engineered for hard, fast tracks where long, powerful glide phases matter most

• Plus base – optimized for a wide temperature range, especially in firm conditions (–10 °C and warmer)

Benefits at a Glance

✅ Maximum stiffness for superior power transfer in double poling
✅ Built for racing – thrives in marathons and sprint finishes alike
✅ Glide-optimized base with Cold Base Bonding technology
✅ Plus base for reliable performance in a broad range of conditions

xcSkiGuru’s Tips

• This ski is a specialist tool: it shines when you fully exploit the long, powerful glide phase of double poling. Learn the technique well, and you’ll unlock its true potential.

• Experiment with moving the binding slightly to the rear – it can enhance glide, especially when pushing uphill.

• While factory grinding provides a solid starting point, custom, condition-specific grinding takes this model to another level:

  • Noticeably longer glide phases → cover more ground with less effort

  • Improved efficiency even on gradual uphills

  • Tailored structures can be the deciding factor between good and exceptional performance

• It’s no coincidence that most elite skiers in classic marathons rely on this very ski.

General Information

👉 Fischer Speedmax 100 Double Poling Sprint – the ski that turns every centimeter of glide into maximum speed and efficiency.