Triad Custom Scooter | Psychic Voodoo
Designed by riders for riders, Triad's high quality and innovative range of pro scooter products have found their home at Scooter Hut.
The Psychic Voodoo Custom Scooter from Triad has been built with their latest parts, matched with Oath Components in a truly unique colour scheme!
This custom scooter means business with a durable powder coated deck and triple anodized parts finished in satin black and raw with accents of blue and purple throughout.
Key Features;
Triad Psychic 4.7” x 20.5” (120 x 520mm) deck. Sealed front and rear deck inserts
Triad V2 Fend Off fender/brake system
Oath Shadow SCS/HIC 6061 T6 Aluminium Forged and CNC Fork
120mm Oath Bermuda Wheels
Triad Riot O/S 4130 Butted Cro-mo Bar W 22” x H 25” (560 x 635mm)
Specs
Scooter Weight = 3.5kg | 7.72lbs
Overall Height = 900mm | 35.433"
Bar Height = 635mm | 25"
Bar Width = 560mm | 22.05"
Deck Width = 120mm | 4.72"
Deck Length = 520mm | 20.47"
Foot Space = 355mm | 13.976
Wheel Size = 24mm x 120mm
Compression = HiC
Triad Custom Scooter | Psychic Voodoo
Designed by riders for riders, Triad's high quality and innovative range of pro scooter products have found their home at Scooter Hut.
The Psychic Voodoo Custom Scooter from Triad has been built with their latest parts, matched with Oath Components in a truly unique colour scheme!
This custom scooter means business with a durable powder coated deck and triple anodized parts finished in satin black and raw with accents of blue and purple throughout.
Key Features;
Triad Psychic 4.7” x 20.5” (120 x 520mm) deck. Sealed front and rear deck inserts
Triad V2 Fend Off fender/brake system
Oath Shadow SCS/HIC 6061 T6 Aluminium Forged and CNC Fork
120mm Oath Bermuda Wheels
Triad Riot O/S 4130 Butted Cro-mo Bar W 22” x H 25” (560 x 635mm)
Specs
Scooter Weight = 3.5kg | 7.72lbs
Overall Height = 900mm | 35.433"
Bar Height = 635mm | 25"
Bar Width = 560mm | 22.05"
Deck Width = 120mm | 4.72"
Deck Length = 520mm | 20.47"
Foot Space = 355mm | 13.976
Wheel Size = 24mm x 120mm
Compression = HiC