Dalbello Panterra 130 ID GW Boots

A synthesis of comfort and performance! The Panterra 130 ID GW is the strongest model in the demanding all-inclusive range for sporty skiers who not only value impressive power transfer but, above all, individual customization. The integration of the Powercage design and the milled outer shell result in optimum power distribution across the entire boot and reduce the weight without compromising on stability. The variable sole angle with a canting system under the foot and the adjustable cuff volume provide additional options for adapting the boot to meet individual preferences. This also improves the power transfer. GripWalk soles, hike mode with a 51° ski/hike range, and MyFit technology for an individually adaptable ID liner and outer shell offer everything you need for optimum wearing comfort. The cabrio design also impresses with a three-piece structure featuring uniform flex and shock absorption as well as lateral and rear support. The 3D grip texture furthermore makes the Panterra extremely robust.

ID MAX HIKE

> No-Tongue Overlapping Design
> Gusseted spine for easy walking
> Factory Pre-Formed for step in
> 100% Custom Heat Moldable Ultralon® EVA Foam
> HD/MD Laminate

3D GRIP TEXTURE

The irregular pattern of the 3D GRIP TEXTURE gives this extra grip when walking on groomed slopes or fresh snow and positively influences the balanced stiffness of the boot. The 3D GRIP TEXTURE adds material right at the spot where it is needed to stiffen the the lower shell for an improved power transmission from boot to ski. In addition, the structure avoids scratches and improves the overall durability.

Low Cuff Hinge Point

High leverage cuff assembly with hinge points mounted approximately 10 cm lower than standard construction boot designs.
The LOW HINGING CUFF permits the boot cuff to more easily follow the natural anatomic movement of the skier’s legs because it has a longer range of forward and rearward hinging motion. For more efficient walking and gliding. Increased power and control with less energy.