Dynastar M-Tour 90 Open

Easy and agile on the ascent. Powerful and precise, yet fun on the descent. Carve tracks and go off-piste with the new M-TOUR 90. The hybrid core is made from a blend of paulownia wood and polyurethane for a lightweight yet supple feel. The sandwich construction and full sidewalls guarantee a controlled feel when tackling backcountry terrain in a variety of snow conditions.
Length
Radius
Waist
Weight
157 cm
12 m
118-88-108 mm
2.4 kg/Paar
167 cm
15 m
119-89-109 mm
2.5 kg/Paar
177 cm
18 m
120-90-110 mm
2.7 kg/pair
185 cm
20 m
120-90-110 mm
2.8 kg/pair

HYBRID CORE
Our best solution for a unique snow feel: combining the performance of wood with the lightness and smooth snow feel of PU.

HYBRID CORE PAULOWNIA PU
Hybrid Core technology is combined with a Pawlownia core with a density of 300 g/m3, reducing the weight of the ski by an average of 15 to 20% compared to a poplar core.

SANDWICH FULL SIDEWALL CONSTRUCTION
Thanks to the COMPLETE SIDE WALL CONSTRUCTION, full length vertical edges from tip to tail provide maximum grip, precision, balance and performance.

SINTERED HD BASE
SINTERED HD BASE provides excellent gliding properties for all ski conditions.

DIRECTIONAL ROCKER
Long ski tip and tail, but limited in height. With the optimal height / length ratio, the ski literally flies over the powder snow and retains its grip on hard snow.

ADAPTIVE SIDECUTS
Adaptive Sidecut provides a smooth transition between the sidecut underfoot and the geometry of the ski tip and tail. This technology brings smoothness on hard and powder snow.

FIBERGLASS TORSION BOX
Fiberglass Torsion Box is a technology used in the M-Line Range. The wooden part of the hybrid core is surrounded by a fiberglass. It brings a vertical reinforcement that improves skier comfort and feel in the snow.

UNIDIRECTIONNAL FIBERGLASS
The focus is on sustainability and performance. Unidirectional fiberglass construction reduces the use of composite fibers in favor of natural fibers to reduce environmental impact while improving ski performance.

en_USEnglish
Scroll to Top