Jart Choice 8.25" Complete Skateboard - 139 mm Trucks & 54 mm 99A Wheels

Jart Choice 8.25" Complete Skateboard – Built for Modern Skateboarding

The Jart Choice Complete 8.25" is engineered for riders seeking a balanced setup capable of handling technical tricks, skatepark transitions and everyday street skating. Its wider platform increases stability while maintaining responsive board feel.

Constructed from premium 7-ply Canadian maple, the deck delivers long-lasting durability, reliable pop and consistent performance through every session.

Components Designed to Work Together

The setup includes perfectly matched 139 mm trucks that provide smooth turning, accurate steering and dependable stability. Combined with 54 mm wheels rated at 99A, it offers excellent speed, grip and slide characteristics on smooth concrete and skatepark surfaces.

A 14.2-inch wheelbase helps create predictable handling, making technical tricks and transition skating feel natural and controlled.

Technical Specifications

• Brand: Jart Skateboards
• Model: Choice Complete
• Type: Complete Skateboard
• Deck Width: 8.25"
• Wheelbase: 14.2"
• Construction: 7-ply Canadian Maple
• Trucks: 139 mm
• Wheels: 54 mm
• Wheel Hardness: 99A
• Grip Tape: Factory applied
• Recommended Use: Street, skateparks, tricks and everyday skating
• Assembly: Fully assembled and ready to ride

Why Choose the Jart Choice 8.25"?

The 8.25-inch deck has become the preferred size for many skaters thanks to its versatile feel. It offers increased confidence on landings, improved balance during manuals and enough responsiveness for technical flip tricks.

Matched with quality components from Jart Skateboards, this complete skateboard is an excellent option for intermediate riders, experienced skaters and anyone looking for a dependable all-around setup.

Main Features

• Versatile 8.25" deck.
• Premium 7-ply Canadian maple construction.
• 139 mm trucks for precise handling.
• 54 mm 99A wheels for street and park.
• Ready-to-ride complete skateboard.
• Excellent balance between stability and responsiveness.