Madshus Redline Classic LTD Wet 2023

$1,195.00 inc GST

A lightweight, worldclass classic racing ski for warm and wet skiing conditions. A high camber provides carrying capacity for the stickiest klisters, and a special base maximizes speed in granular snow.

Integrated NIS II Move Compatible binding mounting plate.

NOTE: This is a bulky item as has a $35.00 delivery fee


A brand new fluorocarbon-free base material which provides exceptional performance in specific snow conditions. The ski is at its best when the snow is warm, wet, and exhibits a rough granular structure, often referred to as corn snow due to the little clumps of snow that form when the snow repeatedly melts and refreezes. Featuring the highest camber of any of our classic skis, the Redline Classic LTD is only recommended in conditions which require klister grip waxes. As with all our other Redline classic skis, the camber of the Redline Classic LTD is developed to react dynamically to the force you generate. The wax pocket is designed to remain open during double poling for near-frictionless glide, and to close symmetrically from both the front and the rear of the pocket. Doing so means that your kicking force is better distributed across the whole wax zone helping to maximize the total grip force that can be generated, resulting in better grip the harder you kick!



A high-performance Rohacell foam core with extreme strength-to-weight characteristics and excellent damping qualities. Pre-formed to our 3D shape and reinforced with triaxial braiding, to maximize strength, optimize stiffness, and save weight.



Interlocking strands of fiberglass and carbon fiber surround the entire core, producing excellent torsional rigidity and strength with light weight and a lively response.

fluor free bases


Everyone in our sport benefits from nature’s beauty, which is why we are working hard to minimize our effect on the environment that we all hold so dear. Skis marked with the «Fluor Free Ski Bases» logo indicate exactly that: a ski which does not use fluorocarbons in the base material.

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