Fischer Speedmax 100 Zero – a reliable choice for classic skiing in zero conditions

Fischer Speedmax 100 Zero – a reliable choice for classic skiing in zero conditions

SKU: NO9525
EAN: 9002973195388

When temperatures hover around freezing and track conditions vary from wet to icy, selecting kick wax can be challenging. The Fischer Speedmax 100 Zero is designed to deliver reliable grip and smooth glide in exactly these conditions — without traditional kick wax.

🔧 Technologies & Construction

Zero grip zone – mechanical grip structure provides secure kick in zero conditions without kick wax.
World Cup base material – optimized for wet and warm snow.
Air Core Basalite Pro – lightweight and stable core for efficient kick and excellent tracking.
Power Edge – reinforced edges improve durability and control.
Efficient Forward – supports efficient kick timing and energy transfer.
IFP plate – Turnamic® binding compatibility, no drilling required.
Sidecut: 41–44–44 mm

Delivered pre-waxed – remove the protective wax layer before use. We recommend an XCskiGuru grind for optimal performance.

📋 Usage & Target Group

Style: Classic
Skill level: Active skiers, performance-oriented fitness skiers, and racers
Best performance: Around 0 °C and in wet snow
Not suitable for: Dry cold conditions where hard kick wax performs better

📏 Lengths & Flex

Available lengths: 187, 192, 197, 202, 207 cm
Flex options: Medium-focused range (Zero models optimized for a specific flex range)

🧮 Length & Flex Guide

💡 XCskiGuru Tips

✔ The Zero grip zone performs best in wet snow and near-zero temperatures — keep it clean and dry.
✔ Mixed conditions require precise maintenance — pay special attention to glide surface structure.
✔ Clean the grip zone after each use to maintain performance.

👉 Summary for Buyers

The Fischer Speedmax 100 Zero is a dependable choice for classic skiing in challenging zero conditions. It provides confident grip without wax while maintaining smooth glide in wet snow. An excellent option for active skiers seeking reliability in variable winter conditions.