CORE CB1 Mini Freestyle Scooter Black/Neochrome

🔥 CORE CB1 Mini – compact freestyle scooter for beginners

The CORE CB1 Mini in a black and neo-chrome finish is a nimble freestyle scooter for children and smaller beginner riders. It offers a low overall height, 110 mm wheels, and durable components for your first tricks at the skatepark.

🛴 Description

CORE CB1 Mini is a smaller freestyle scooter designed for children and beginner riders, who are learning basic jumps and tricks. Thanks to its overall height of 710 mm, it is easy to handle even for riders of smaller stature.

The aluminum deck measuring 440 × 114 mm offers good control in the skatepark. It also comes with 430 mm wide aluminum handlebars, 110 mm diameter wheels with ABEC-9 bearings, and IHC compression. The scooter is delivered almost fully assembled, so after a brief inspection you can quickly get it ready to ride.

Thanks to its low height, the CORE CB1 Mini is easy to handle when learning bunny hops, jumps, and basic tricks. Shorter dimensions help smaller riders maintain confidence during takeoff and landing.

The wide aluminum deck provides ample space for a stable stance while remaining agile during changes of direction. The IHC compression keeps the handlebars firmly in place and contributes to the precise control of the entire scooter.

The scooter is delivered almost fully assembled, so after a quick check of the tightness of the fittings, you can head out for your first training session. It is suitable for beginners looking for a compact model for the skatepark.

🎯 Who is the scooter intended for?

For beginners and children who want to start with freestyle scooters. The compact dimensions are especially suitable for smaller riders and for first rides in the skatepark.

✅ Main advantages

• compact freestyle scooter for beginner riders
• low overall height of 710 mm
• 114 mm wide aluminum deck for easy control
• 110 mm wheels and ABEC-9 bearings
• IHC compression and aluminum handlebars
• suitable for the skatepark.

📐 Technical parameters

❓ FAQ