Since introducing the 420 - FIVE years ago - we’ve received a steady stream of testimonials from people that were literally blown away from their experience. No bullshit – this board will shatter your long-held beliefs of what a snowboard can do or even what length you should be riding. In that 5 years we’ve seen every other brand come to market with shorter, wider “quiver boards”. Are we bummed? Not at all. Our inspirations that led to this design are just a little less obvious. And besides, there’s only one 420.
Super short, the outline of the 420 plays with volume distribution and gets its float and stability from the exaggerated width, a little taper and a custom-crafted base profile. The outline and base surface area of the 148 is equal to a traditional 158 cm board and therefore has similar float and stability. But with all the mass located closer to your feet, it’s far more maneuverable in the trees and way easier to spin. Because we don’t get carried away with taper, swallowtails or overly setback stances, the board also rips hardpack and ride switch with ease.
Inspired by Steve Lis, and 420 the revolution that occurred when kneeboards influenced surfboard design. Powder is all about speed and flotation. Displacement of a board’s volume is affected by more than just length. With the 420 for example, we’re able to get the stability and float normally associated with much longer boards by punching out the waist width and drastically chopping the length. The 148 for example has the same circumference and base surface as a traditional 160, but it’s mass is located much closer to your feet resulting in more maneuverability and far less swing weight
A slight taper (12mm) helps keep the nose up without loosing the tail’s ability to hold in hard-pack. Stance is only slightly set back from center of effective edge because the difference in nose and tail shovel keeps you from going over the nose.
Designed specifically for the 420 and 20/20.
The weightless core strikes a critical balance between lightweight and strength. Using a lower density species of Poplar in areas that are not as structural and Paulownia in the areas that are, we’re able to shave precious weight off our beloved 420 and now the 20/20. This helps a board not only float, but “feel” floaty.
This is the term we use and is the grey zone many companies play in. We call it Sintered Spec because it’s hardness and chemical properties are very close to true sintered and it’s on-snow performance is also very close to true sintered - but it’s formed using the extrusion process. How? – Well the raw material is actually pre-consumer recycled (meaning it never left the factory) sintered base material. So while the heating and extrusion process has softened it slightly, it’s still much harder than true Extruded.
|Board Length (cm)||Tip Length (cm)||Tail Length (cm)||Effective Edge (cm)||Contact Length (cm)||Waist Width (cm)||Tip Width (cm)||Tail Width (cm)||Rocker / Camber (cm)||Side Cut (cm)||Ref. point (cm) (in)||Ref. Stance Setback (cm)||Min Stance Width (cm) (in)||Max Stance Width (cm) (in)|
|148||36.5||24||105.1||87.5||28.6||33.78||32.18||0||5.944||57.15 - 22.5||1.5||53.2 - 20.9||61.2 - 24.1|
|152||38||24.5||107.5||89.5||28.6||33.95||32.12||0||6.1||59.69 - 23.5||1.5||55.7 - 21.9||63.7 - 25.1|