- Multilayer Woodcore - Constructed with low- and high-density woods for balanced weight and flexibility.
- Tailored Carbon Tips - Embroidered carbon fibers on stress points in the tip improve responsiveness and precision.
- Full Sidewall - Full-length sidewalls deliver consistent edge hold and direct power transmission.
- Base P-Tex 4504 - A sintered, ultra-high molecular polyethylene base with an extremely high density. Besides a great wear resistance and perfect wax absorption the P-Tex 4504 is extremely fast and exclusively used on our top of the line and race models. The material has been upgraded with special additives to make it thermal and electro-conductive and proves its qualities with premium glide and maximum speed in races.
- Binding - R-Motion 3 12 GW
- DIN Range - 4 - 12
You could say that the term “all-mountain” was coined just for the Peregrine. Long, medium or crisp, short turns, cruising or skiing at the limits of speed, churned up or groomed slopes – if you’re ambitious about carving, look no further. With a 72 mm waist, the Peregrine is great for anyone who likes to carve quickly through every radius and sometimes really let rip. Fully overhauled and designed in bright colours for this winter, the Peregrine 72 is impossible to miss on the slopes. With different geometry, a widened shovel and shortened tip and tail rocker, this powerhouse masters every turn radius and can switch edges even faster thanks to a 72-millimetre waist. Long, medium or short turns – if you’re ambitious about performance, look no further. Its versatility is magnified by Tailored Carbon Tips. Carbon fibres applied using Völkl’s exclusive Tailored Fibre Placement (TFP) process allow the engineers to influence curve behaviour with great accuracy. The strength and alignment of the fibres define the force you need to apply and the energy that builds up where it’s needed. Agile shovel reaction is a feature of special note. This means that as soon as you initiate a turn, the ski begins to steer in a measured and controlled manner, depending on how the edges are employed. This construction also allows means less weight without any loss of stability. Last but not least, TFP allows the designers to tailor every length to the requirements of each target group.