Just when you think it can’t get any better, the Völkl R&D team proves you wrong – as they have with the 2027 Peregrine V.WERKS edition.
The premium model with 84 mm under the boot and a weight of just 1,830 grams (177 cm length w/o binding) features Völkl’s innovative tailored carbon tips and tails. Never before has it been possible to distribute power so precisely to the areas under the most load while retaining a ski’s full dynamism and agility. The carbon fibers do not constitute a uniform fleece but are arranged instead across the body of the ski using a stitching process, with their orientation and strength tuned to the requirements of each point on the ski. The way a ski behaves is determined very much by the properties of its tip and tail, so they are the areas with the most carbon fibers. The result is remarkably agile, responsive performance on any slope, with minimal effort.
The ski is built using our innovative 3D radius side cut technology. This makes it possible to optimally tailor the tip and tail rocker design to the three interconnecting radii for excellent smoothness and stability at the highest speeds and in demanding piste conditions. To increase the power transmission and shock absorption qualities even further, the Peregrine V.WERKS comes with a 0.7 mm thick Titanal frame that surrounds the most stressed tip and tail areas. This highly complex technical structure produces a completely new combination of liveliness and speed stability.
The IPT Low ride binding system has been carefully integrated into the ski body for impressive power transmission. If you’re looking for a highly versatile, powerful, super-light, high-performance all-mountain ski for smooth rides in all conditions, the Peregrine V.WERKS is a must for your shortlist.
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Tailored Carbon Tips and Tails -In this construction carbon fibers are no longer incorporated as a uniform fleece. They are integrated through a stitching process in such a way that their orientation and strength meet the functional requirements of each part of the ski. As the tip and the tail are the most influencial sections on a ski the carbon fibres are concentrated exactly in these areas. As a result the power transmission is extremely precise and liveliness and energy are accesible with minimal effort.
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3D.Glass - 3D.GLASS is Völkl’s development to furthermore improve overall ski performance and stability even in critical snow conditions. Compared to classic glass constructions the three-dimensional and multiple-folded glass layers in the tip&tail area result in an increased edge grip and a more vivid rebound behavior in turns.
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Titanal Frame -The Titanal Frame with a thickness of 0,7 mm is integrated along the sidewall and into tip and tail area of the ski. This way the ski provides the stability and dampening that every experienced skier expects, at the most critical spots on the tip and tail of the ski. A second thinner Titanal layer (0,3 mm) under the binding delivers the necessary strength to the ski. This way the binding screws offer the most reliable hold even in the toughest conditions and the super thin sheet allows a soft flex in the mid-body. Due to this highly complex construction skiers experience a previously unknown combination of liveliness and high speed stability.
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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.
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Base structure: Zebra structure - Engineered for ultimate on-piste precision, Zebra Structure features a deep, high-definition base pattern tailored to narrower, system-mounted skis. This aggressive structure delivers lightning-fast, reliable turn initiation and smooth, controlled drifting for maximum carving performance.
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3D Radius Sidecut - Three radii in one ski for maximum turning and speed versatility in all mountain skiing long tip and tail radius. Usage of long radii at tip and tail for big turns and high speed, easy steering and maneuverability, disruption resistant at the tip, no radius limitation and ease of turn exit tight centre radius. Usage of shorter radius in the center for short turns and lower speed, extremely easy to initiate short turns, strikingly agile, effortless and smooth in short turns.
