Research Snowboard 2027
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Pickup available at Boutique Adrénaline
Usually ready in 24 hours
Size chart
Quick Specs
| Rider Type | All-Mountain Freeride Explorer |
| Terrain | All Mountain |
| Shape | Directional, 8mm taper |
| Flex | 7 / 10 |
Product Description
Built for riders who want to explore every corner of the mountain, the Public Research pairs a directional shape with 8mm of taper for powder float and edge hold in one package. Its Poplar Light Core keeps the swing weight low while Carbon V Stringers and a tip-to-tail Carbon Stringer inject explosive snap through every turn. A sintered base rounds out a board made for the curious charger who never settles for one type of terrain.
Product Details
| Rocker Type | Mountain Alert Camber: a directional take on the Alert Camber profile, built around a majority camber section between the feet for edge hold, control, and pop. Tip and tail feature early rise, with the tip slightly more exaggerated for increased float in powder and easier entry into turns. |
| Flex | 7 / 10 |
| Shape | Directional with 8mm of taper (tip wider than tail). Sidecut radius: 7.2 m (154) / 7.4 m (157) / 7.6 m (160 and 160W). |
| Core | Poplar Light Core: premium FCS-certified poplar core with strategically placed paulownia wood to reduce weight while maintaining a snappy feel. Hardwood strips under the bindings reduce board breaks at the binding line and increase insert retention. Found only on the highest-end Public boards. |
| Laminates | Carbon V Stringers: carbon fibers arranged in a V pattern at tip and tail for increased response from binding to contact point, delivering endless snap in and out of turns and an overall boost in pop · Carbon Stringer: a 20mm wide carbon fiber stringer running tip to tail, increasing overall pop and response without stiffening torsional flex, keeping the board lively and nimble underfoot · Biaxial Fiberglass: tip-to-tail biax fiberglass layup creates a consistent, smooth flex pattern while keeping the board nimble and predictable |
| Sidewalls | Urethane Sidewalls: superior dampening compared to standard ABS and P-Tex sidewalls, more durable against impacts on rocks and rails to prevent delamination |
| Base | Sintered Base: high-pressure sintered polyethylene for maximum wax absorption and superior abrasion resistance, faster and more durable than extruded constructions |
Warranty
Research Snowboard 2027 FAQ
Who is this board for, and what level do I need to be?
The Research is built for all-mountain riders who split time between groomed runs and deeper snow. With a stiff flex of 7 out of 10, it rewards solid technique and maintains edge grip and responsiveness when you're linking aggressive turns at speed. Intermediate to advanced riders will get the most out of it.
Should I get a twin or a directional board?
This one's directional: the front is wider than the tail, and tapered by 8mm. That shape lets the nose sit higher and float more easily in powder, while the narrower tail stays locked in on hardpack. You lose the switch playfulness of a twin, but you gain efficiency and control when you're pointing downhill.
Is this board good for powder?
Yes. The directional shape gets it started in soft snow, and the tip is pulled back and rises earlier than the tail, so it won't dive. Combined with the tapered design, you stay high and float instead of working hard to stay on top. It's genuinely designed for discovery in untracked terrain.
How stiff should my board be, and what does flex actually change on snow?
At 7 out of 10, the Research sits in the stiff zone. That means more direct edge response, better tracking at high speed, and less chatter when you're pushing through bumpy or wind-blown snow. You'll feel the snow more directly underfoot, but it won't reward lazy turns or timid technique.
What do carbon stringers or carbon additives do for the ride?
This board has two layers of carbon: a V-shaped set in the tip and tail for snappy turns, plus a continuous stringer running the whole length for extra pop without adding weight. That combo keeps the board lively and responsive without stiffening it up, so you get energy return on every edge.