UAP
UAP
Eye witness accounts of UAP’s report rapid acceleration, flying without wings, and moving easily between the mediums of the mountains. SIMS Unidentified Aerial Phenomena are described as highly intelligent in design, complete with a MOD 4 Core and Dual X Camber making the UAP a truly out of this world ride. Snowboard graphic by DAYZE.
150, 153, 156, 159, 162
Bend: Traditional Camber
Shape: Long Nose Twin
Wood Core: MOD 4
Base: Premium Racing
Tip Tech: Regular Tip
Fiberglass: Tri-Tex
Layer Strings: Dual X Carbon
TECH SPECS
RUNNING LENGTH |
1043 |
1073 |
1103 |
1133 |
1163 |
EFFECTIVE EDGE |
1120 |
1150 |
1180 |
1210 |
1240 |
NOSE/TAIL WIDTH |
299 / 299 |
302 / 302 |
305 / 305 |
308 / 308 |
311 / 311 |
WAIST WIDTH |
255 |
258 |
261 |
264 |
267 |
STANCE RANGE |
430-550 |
460-580 |
490-610 |
520-640 |
550-670 |
SET BACK |
0 |
0 |
0 |
0 |
0 |
SIDECUT RADIUS (M) |
6.9 |
7.3 |
7.8 |
8.2 |
8.6 |
CAMBER PROFILE
TRADITIONAL CAMBER
A single convex arc between the board’s contact points ensures predictable edge hold, load, and rebound as pressure is exerted and expelled throughout the rider’s turn.
WOOD CORE
MOD 4
A unique blend of poplar, bamboo and Paulownia wood in a balanced array, make this Core lighter, provide increased repulsion, increased strength and a lively feel
BASE
PREMIUM RACING
This base utilizes a high-density, high-speed base material chosen for its molecular weight, which delivers unrivaled speed, excellent wear resistance, and increased wax permeability.
TIP TECHNOLOGY
FLEXIBLE THIN TIP
This weight-saving technology reduces material in the board’s tip and tail, resulting in lighter swing weight which makes it easier and faster to spin and rotate tricks.
FIBERGLASS LAMINATE
TRI-TEX
This is our most advanced matrix; a 3-way lay up that combines Light fiberglass at 90˚, 45˚, and -45˚ degrees, ensuring unquestionable pop, rebound, flex, and torsion in our highest performance boards.
CARBON LAY-UP
DUAL X CARBON
Two X profile carbon layers underfoot reaching out into the tip and tail provide evolved pop, stability, and efficient power transmission edge to edge, making this construction one of our most versatile and responsive anywhere on the mountain.