Powell Peralta Sakura Yosozumi Samurai Tiger Flight Skateboard Deck 8.25"
- Deck width: 8.25"
- Deck length: 31.95"
- Deck nose: 6.88"
- Deck tail: 6.63"
- Deck wheelbase: 14.25"
- Deck shape: 243
- Deck concave: K20
- Construction: Flight
About Powell Peralta Flight Decks:
Powell Peralta decks are made in the USA at their skateboard manufacturing facility in Santa Barbara, CA. Materials include U.S. hard rock maple, high strength fiberglass, AirLam fused with epoxy resin and are warranted against delamination for their useful life. Our graphics are created in-house using non-solvent based inks and paints to keep our atmosphere cleaner.
Flight Decks Are:
- Thinner - as thin as your phone
- Stronger - more than twice as strong in our tail break tests
- Longer lasting - The epoxy infused, fiber reinforced structure of the Flight deck is extremely resistant to breaking, and this structure gives Flight decks "everlasting pop" that doesn't fade as your Flight deck slowly wears.
- Ollies higher because of greater rebound and snap
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
- Deck width: 8.25"
- Deck length: 31.95"
- Deck nose: 6.88"
- Deck tail: 6.63"
- Deck wheelbase: 14.25"
- Deck shape: 243
- Deck concave: K20
- Construction: Flight
About Powell Peralta Flight Decks:
Powell Peralta decks are made in the USA at their skateboard manufacturing facility in Santa Barbara, CA. Materials include U.S. hard rock maple, high strength fiberglass, AirLam fused with epoxy resin and are warranted against delamination for their useful life. Our graphics are created in-house using non-solvent based inks and paints to keep our atmosphere cleaner.
Flight Decks Are:
- Thinner - as thin as your phone
- Stronger - more than twice as strong in our tail break tests
- Longer lasting - The epoxy infused, fiber reinforced structure of the Flight deck is extremely resistant to breaking, and this structure gives Flight decks "everlasting pop" that doesn't fade as your Flight deck slowly wears.
- Ollies higher because of greater rebound and snap
